firestop catalogue 2015 v4

FireStop Catalogue

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Product Range LibraryAs part of the fischer comprehensive service offer, our International catalogue has now been completely revised and re-worked into the new UK and Interrnational product range library. This library is compiled of 12 independant sections, which can be used to create a bespoke reference collection for your own individual requirements. The sections in the library include:

Introduction - World of fischer1) Chemical fixings2) High performance steel anchors3) Frame fixings and stand-off installation4) General fixings5) Cavity fixings6) Electrical fixings7) Sanitary fixings8) Scaffold fixings9) Insulation and façade fixings10) Foams and sealants11) Drill bits12) Technical services and basic knowledge / technology

A brand and its promise to performWhoever chooses fischer receives more than a range of safe products. The aim is to always develop the best solutions for our customers across the globe. This does not just mean innovative products, but also user-orientated support and a reliable service. With the fischer ProcessSystem (fPS), we ensure that we are adapting and optimising our processes in line with customer requirements in a flexible manner and on a continuous basis.

Always moving with the timesAt fischer, innovation is more than just a sum of the patents. We are open to new things and are prepared for change – always with the aim of offering our customers the greatest possible benefits. Over the years, our own development and production sites have been developing numerous fixing solutions for the most wide-ranging applications. Be it new production procedures or materials, such as renewable raw materials: We are carrying out the research for your safety and will continue to do so in the future. This gives us such great flexibility that we can even develop tailor-made customer solutions. This power to innovate has seen fischer become market leader in anchor technology and the fixing industry.

Our active environment management policy means that we are helping to sustain the environment for our generation and for those that follow. We deal responsibly with energy resources and raw materials. The environment management policy at the Tumlingen site has been certified in line with DIN EN ISO 14001. We are a member of the German Sustainable Building Council (DGNB), and our products have been successively certified in line with the guidelines provided by the Institute for Construction and the Environment (IBU).

We take responsibility

Our service to you We are a reliable partner, one that will stand at your side and address your individual requirements with advice and actions:

▪ Technical advice and product recommendation. ▪ Support for engineers, consultants and craftsmen. ▪ Specialist fixing solutions and anchor technology. ▪ Tailored seminars dedicated to engineers, consultants, architects.

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Catalogue contents

FireStop Product Range

Introduction

▪ Compartmentation, building regulations and codes 4

▪ Passive fire protection 5

▪ Standards and approvals 6

▪ Product and Installers conformity and certification 7

Compartmentation guide 8

Technical services 9

fischer innovation 10

Product summary 11

FireStop catalogue

▪ FiAM fischer FireStop & acoustic mastic 12

▪ FiGM-PFS+ fischer Intumescent graphite mastic 14

▪ FFRS fischer Fire rated silicone sealant 16

▪ FireStop Foam fischer FireStop foam - hand / gun 18

▪ FCID fischer Cast-in device with extension sleeve / cap 20

▪ FCID - MRF fischer Cast-in device manifold recess former 21

▪ FCPS fischer Coated panel system 22

▪ FiPP fischer Intumescent putty pads 24

▪ FiP fischer Intumescent pillows 25

▪ FFC fischer Fire collar 26

▪ FiPW fischer Pipe wrap 28

▪ FFSC fischer FireStop compound 30

▪ FiFS fischer Insulated fire sleeve 32

▪ FFB-ES fischer Fire|Barr System- ElastoSeal 34

▪ FFB-VS fischer Fire|Barr System - VentiStop 36

▪ FFB-FM fischer Fire|Barr System - Fleximescent 38

Forthcoming developments 40

Fixing Technology 44

Notes & decisive factors 46

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Introduction

COMPARTMENTATION - AN INTERNATIONAL APPROACH

Fire Prevention is a critical consideration for all those who are responsible for creating the design, specification and construction of new buildings. It also has to be considered in the ongoing maintenance of occupied premises.

The causes of fire are varied and unpredictable. Often the cause is outside the area of influence of design engineers and planners. But the ability to control the spread of fire once it has started can still be influenced.

There is one globally applied principle for fire safety that is the basis for controlling the spread of fire, smoke and toxic gases within buildings and that is compartmentation (Fire compartments).

To confine a fire to the zone of origin for a specified time, buildings are split down into fire compartments. Walls and floors forming a compartment are therefore designed to resist the passage of fire and smoke for a specified period of time:

▪ Provide protected escape routes, allowing more time for safe evacuation of the building’s occupants. ▪ Restrict / delay the spread of fire, smoke and toxic gases ▪ Minimise / reduce risk of loss ▪ Reduce risk for fire brigades

Effective fire fighting within a building is generally achieved through a combination of active and passive FireStop systems.

Active FireStop Systems

Active fire prevention systems are designed to react to the outbreak of a fire which is then suppressed with the help of sprinkler systems, halogen installations, fire extinguishers or other proactive mechanical systems. The effects of the fire may also be lessened by the removal of smoke. By including alarms and emergency lighting, active systems also serve to provide escape routes for people inside the building.

Passive Fire Prevention Systems

Passive fire prevention systems are integrated in the structure of a building ensuring that once the fire starts it is limited to a fire compartment composed of fire rated walls, floors and ceilings. To maintain the FireStopping integrity of walls, floors and ceilings, all gaps, openings and channels must be sealed to prevent the escape of fire smoke and toxic gases.

BUILDING REGULATIONS AND CODES

All Building Regulations and codes, throughout the world, provide standards that constructors should adhere to. Within these codes there will normally be standards for Fire protection which are intended purely to help save lives. Protection of buildings and equipment is not the purpose of these codes and often there will be further industry standards set by others who have an interest in this aspect, such as Insurers.

National (UK and Ireland) Regulations

The following national regulations are published as statutory instruments by Parliament with respect to life safety purposes:

BUILDING REGULATIONS (ENGLAND AND WALES) 1991

▪ These regulations are expressed as functional requirements. ▪ Approved Document B (2000 Edition) Fire Safety, give non-

mandatory guidance.

BUILDING STANDARDS (SCOTLAND) 2001

▪ These are expressed as functional requirements. ▪ All of the provisions of Technical Standards Part D and Part E

are mandatory ▪ These provisions are wavered only by means of a relaxation.

BUILDING REGULATIONS (REPUBLIC OF IRELAND) 1997

The building regulations in the republic of Ireland are similar in arrangement and content to the England and Wales Building Regulations and are covered by Technical Guidance Document B.

BUILDING REGULATIONS (NORTHERN IRELAND) 1994

Basic functional requirements with approval solutions are given in Technical Booklet E which is similar to England and Wales Approved Document B.

BS 7671: 2008: UNITED KINGDOM

The 17th edition of the IEE Wiring Regulations (BS 7671:2008) lays down standards of Firestopping for all commercial, domestic and industrial wiring installations.

The Goal of Fire Regulations:

Building regulations vary from country to country, but all FS regulations are based on one objective; The Life safety of occupants and all those nearby. As such, National building regulations define:

▪ Rules of building construction ▪ Inspection / Enforcement procedures ▪ Level of fire protection required (Type of building, FS systems, fire resistance..) ▪ Fire testing methods and standards

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PASSIVE FIRE PROTECTION

Q. Why does FireStopping need to be carried out?

Approved Document B states the following points with regard to reinstatement of fire rated elements:

“If a fire separating element is to be effective then every joint, or imperfection of fit, or opening to allow services to pass through the element should be adequately protected by sealing or FireStopping so that the fire resistance of the element is not impaired” 11.2

This is quite categorical in its assertion that every opening in a fire rated element needs to be reinstated to restore it full fire resistance.

In addition to any other provisions in this document for FireStopping:

a. Joints between fire separating elements should be FireStopped and

b. All openings for pipes, ducts, conduits or cables to pass through any part of a fire separating element should be:

i. Kept as few in number as possible and

ii. Kept as small as practical and

iii. FireStopped (which in the case of a pipe or duct should allow for thermal movement) 11.12

Technical Standards (Scotland) state:

“A compartment wall and compartment floor must have no openings and must provide a barrier to fire between the parts

of a building to be divided including any roof space.”

Except for: Where there is a service opening -

a. Which is of suitable construction or where the services are suitably protected so that in the event of a fire the level of fire safety performance required of the compartment wall or compartment floor is maintained, and;

b. Which is suitably FireStopped” D3.14

BS7671 (IEE Wiring Regulations) further adds:

“Where a wiring system passes through elements of building construction such as floors, walls, roofs, ceilings, partitions or cavity barriers the openings remaining after passage of the wiring systems shall be sealed according to the degree of fire resistance required of the element concerned.” 527-02-01

“Where a wiring system such as conduit, cable ducting, cable trunking, busbar or busbar trunking penetrates an element of building construction having specified fire resistance it shall be internally sealed so as to maintain the degree of fire resistance of the respective element as well as being externally sealed to maintain the required fire resistance.” 527-02-01

Q. Why do you have to have all your FireStop products tested?

Approved Document B states the following with regard to testing:

“The product should be in accordance with a specification or design which has been shown by test to be capable of meeting that performance or have been assessed from test evidence against appropriate standards” Appendix ‘A’ 1A

“Provide a propriety sealing system which has been shown by test to maintain fire resistance of the wall, floor or cavity

barrier.” B3 11.6

Technical Standards (Scotland) require:

“The requirements of D3.14, D4.7, D5.8 and D6.7 for FireStopping of service openings and D6.9 for FireStopping will be met in the case”

“When different movement is anticipated, whether in normal use or during fire exposure by the use of a proprietary sealant or sealing system which has shown by test its ability to maintain the required level of safety performance under the conditions appropriate to its end use” B2.2.1

Q. What is 3rd party accreditation and why is it important?

Approved Document B states the following with regard to Product Conformity:

“Third party accredited product conformity certification schemes not only provide a means of identifying …. products…. which have demonstrated that they have the requisite performance in fire, but additionally provide confidence that the ... products .. actually supplied are provided to the same specification or design as tested/assessed”

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STANDARDS AND APPROVALS

FIRE RESISTANCE TEST STANDARDS

Various standards have been adopted around the world to provide conformance with the needs of local building regulations and codes. There are no hard and fast rules with some regions accepting several different standards that might be acceptable, For instance, in many countries, British Standards are accepted, but in certain situations there might be a preference for UL or maybe FM standards for certain projects or specific products. As laid down within the IBC there is global acceptance that ALL standards and approvals that provide conformance with local codes must be deemed as acceptable so no specific standard ought to be imposed.

Historically, fire resistance tests within the UK have utilised test evidence created by ad-hoc testing to the BS 476: Part 20 - 24 regime. With the move towards harmonised European standards, testing of late has been to the EN1366 test standards and then classification to EN13501.

Ultimately, the aim is for Firestop Products and Systems to be CE Marked, but at the time of writing, there is no Harmonised Standard, so there is no mandatory requirement to CE mark. It is expected that it will be at least 2016-2017 before this situation changes.

Products within this handbook have been tested and/or assessed to either BS476 or EN1366. In some cases, both.

Underwiters Laboratories are an American organisation whose listings and standards have been aggressively promoted in some countries around the world. The cost of obtaining such listings is prohibitive, the process is lengthy and invariably those costs have to be passed on. It is extremely rare that UL listed products are requested within the UK but in some countries they do have a stronger presence.

There is a perception where UL listed products are requested or specified, that products tested to other international standards, such as BS or EN are not acceptable and cannot be offered as an alternative. This can and should be challanged, as even the IBC states that “Comparable standards include, but are not limited to, ............, British Standards, European Norms (EN) Standards and International Organisation for Standardisation (ISO) Standards...............” (Chapter 47 – Referenced Standards).

NB: fischer fixings UK have no UL affiliated systems or products.

REACTION TO FIRE TEST STANDARDS

Reaction to fire is the measurement of how a material or system will contribute to the fire development and spread, particularly in the very early stages of a fire when evacuation is crucial. Reaction to fire can influence a products ability to resist fire, but the classification is NOT a Fire Rating and does not indicate suitability for Firestopping. The classifications B1, B2, B3, etc effectively indicate flamability and are derived from totally different tests to Resistance to fire testing.

ADDITIONAL TESTING

Invariably where Firestop products are being used to reinstate the fire resistance of a compartment wall or floor, there are other considerations that may have to be met; for instance, preventing or reducing the leakage of energy from a building by meeting air leakage standards. Preserving the acoustic performance of walls and floors is also often a requirement.

As such, many of our FireStop products have undergone additional testing to the following and other standards to provide our customers with added value solutions where more than resistance to fire is desired.

BS EN ISO 140-3:1995 BS EN ISO 140-3: 1995

BS EN ISO 717-1: 1997 BS EN ISO 717-1: 1997

The laboratory measurement of airborne sound insulation of building elements

BS EN1026 BS EN1026

Air Permeabilty - Test Method

BS EN 1027 BS EN 1027

Windows and Doors Watertightness - Test Method

BS EN1366

BS EN13501BS 476

DIN 4102: Part1

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QUALITY ASSURANCE

PRODUCT CONFORMITY AND CERTIFICATION

3rd Party Accreditation of FireStop products provides peace of mind that products supplied are to the same specification as that tested and many building codes include this as a requirement. Approved Document B states that “There are many UK product certification schemes. Such schemes certify compliance with the requirements of a recognised document, which is appropriate to the purpose for which the material is to be used. Materials, which are not so certified, may still conform to a relevant standard........Many certification bodies which approve such schemes are accredited by UKAS” .

fischer FireStop products throughout this Handbook have appropriate accreditation under the following Certification scheme.

I Administered by Warrington Certification, CERTIFIRE is an independent third party certification scheme that assures performance, quality, reliability and traceability of fire protection products.Recognised by regulatory authorities

worldwide, it is an internationally respected mark of fire safety and one of the most authoritative in the industry.

INSTALLER CONFORMITY AND CERTIFICATION

Many Building Codes and Regulations recognise that poor installation of Firestop products can lead to failure and see 3rd Party Accreditation of Installers as vital. Approved Document B states that “Since the fire performance of a product, component or structure is dependent upon satisfactory site installation and maintenance, independent schemes of certification and registration of installers and maintenance firms of such will provide confidence in the appropriate standard of workmanship being provided.”

It then goes on to say “Building control may accept the certification of products, components, materials or structures under such schemes as evidence of compliance with the relevant standard. Similarly Building Control Bodies may accept the certification of the installation or maintenance of products, components, materials or structures under such schemes as evidence of compliance with the relevant standard. A Building Control Body will wish to establish in advance of the work that any such scheme is adequate for the purposes of the Building Regulations.”

This statement suggests that savings are available to reduce the costs of Building Control/Approved Inspectors where 3rd party certificated products and installers are being used on site.

Installer Schemes that provide such Certification include:

FIRAS is voluntary, third party certification for installation contractors of both passive and active fire protection systems, operated by Warrington Certification, and accredited by UKAS to EN45011. A comprehensive listing of companies which have FIRAS certification including the scope of their certification can be viewed in the FIRAS Register.

FIRAS certificated contractors are required to undergo a 3 stage assessment process. And, only when the applicant contractor has satisfied all of these criteria is certification granted:

Once certificated, all FIRAS Registered Installer Companies are subject to ongoing random inspection of their installation work on ongoing contracts along with an annual audit of their office systems by FIRAS Inspectors to ensure that compliance with FIRAS Scheme Requirements is maintained.

FISCHER ACCREDITED INSTALLERS

As a responsible manufacturer and supplier, fischer are pleased to train and partner with installers who are members of FIRAS or LPCB Third Party Accreditation Schemes.

FISCHER CERTIFIED CPD SEMINARS

As well as offering Installer training, other Training and providing bespoke seminars, fischer is also able to support Continual Professional Development by way of recognised CPD accredited seminars.

fischer holds ISO 9001 Certification. ISO9001 is a collection of management principles designed to ensure that an organization’s quality management systems meet the needs of customers, staff and other key stakeholders.

fischer hold ISO 14001 Certification. ISO14001 represents the core set of standards used by organizations for designing and implementing an effective environmental management system.

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1 fischer Coated panel system FCPS used in conjunction with FiPW or FFC. Use FiAM to edge.

6 fischer FireStop & acoustic mastic or fischer fire rated silicone FFRS

11 fischer FireBarr-ElastoSeal FFB-ES applied overmineral wool to provide fire, smoke and air seal.

2 fischer Power fire seal plus FiGM-PFS+ 7 fischer FireStop collar FFC2 or FFC4 used with fischer concrete screw FBS 6x40TZ for solid material and HM 6x37S for board material.

12 fischer FireBarr-ElastoSeal FFB-ES applied overmineral wool to provide fire, smoke and air seal.

3 fischer Coated panel system FCPS 8 fischer Intumescent pipe wrap FiPW 2 or FiPW 4 with fischer FireStop compound FFSC.

13 fischer Fire rated silicone FFRS or FireBarrElastoSeal FFB-ES to floor joints, subject to sizeand movement required

4 fischer FireStop compound FFSC 9 fischer FireStop compound FFSC with FiPW Intumescent pipe wraps.

14 fischer FireStop & acoustic mastic FiAM toseal around door frames.

5 fischer Putty pads FiPP 10 fischer FireStop & acoustic mastic FiAM to edges.

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TECHNICAL INFORMATION

▪ fischer fixings UK and International Technical Product Catalogue - New from 2013

▪ fischer Substrate Report available - Testing Reports for most construction substrates

▪ MSDS data sheets available for a full range of chemical products.

▪ Method statements detailing installation techniques available on request.

▪ Compufix Anchor Design Programme - A must for every Specification Engineer.

fischer fixings UK

UK and International Catalogue

TRAINING

▪ CPD Seminars are available as an opportunity to discover more about correct specification of anchors, types and systems.

▪ One Day Seminars provide full training of all types of fixings and provide a good working knowledge of products and applications, with a strong emphasis on safety and durability.

SPECIFIC ADVICE SERVICE

▪ At fischer our aim is to provide the very best technical support to compliment our vast range of quality products. The fischer group currently lead the way in producing technically advanced products having gained many European Technical Approvals (ETA’s).

▪ The constant investment in Research and Development has resulted in more than 7000 patents awarded to date. This investment combined with a constant exchange of information between professional users, universities and technical research institutions ensures that fischer remains at the forefront of the very latest developments within the construction industry.

▪ Technical advice available from our highly trained Technical Services Team who can offer support, advice and specifications at all stages of the design and construction process.

▪ fischer (UK) Ltd. is a member of the Construction Fixings Association.

CPD Seminars On-site assistance

SPECIFICATION ADVISORY SERVICE

▪ Calculations

▪ Method statements

▪ Health and Safety Data Sheets

▪ Technical data Sheets

▪ Full product support offering value

engineering solutions.

Advisory service

For additional information, please contact the fischer technical department on 01491 827920.

TRB 2014.11.05

Fischer Fixings UK Limited

Technical Department

Method Statement for installation of

fischer Threaded rod FIS A or RG M 12 with fischer Injection mortar FIS V

into hollow core Block.

Accessories: fischer Threaded rod FIS A or RG M 12

Injection mortal FIS V 360 S with FIS DMS, FIS AM application gun:

FISH 20x85 N – Anchor Sleeve Art No : 50474

Metal-brush BS Ø 20 Art No 52277

Blow-out pump ABG Art No : 89300

Installation:

• Drill 20mm diameter hole to a depth of 95mm on centreline of fixing position. (fig 1)

• Remove any debris from the hole. This should be done by using ABP cleaning gun or ABG dust

pump and also metal brush. Blow-out Twice, Brush Twice.

• Place the FISH 20x85 N in to the hole. (fig 2)

• Place the cartridge in the injection gun and discharge resin until the colour becomes evenly

mixed. Not doing this could lead to the resin not curing

• Fit special adaptor to the mixing nozzle ( included in the box of sleeves) Inject the resin into the

sleeve until resin backs out of the collar. (fig 3)

• Immediately after resin is injected into the sleeve, twist M12 threaded rod into the resin through

the collar.

• Leave resin to cure completely before applying any load. Curing time is dependant on the

temperature. The cure time table can be found on the side of the cartridge.

• Using a calibrated torque wrench tighten nuts to recommended torque of 4 Nm. (fig 5)

fig 1 fig 2 fig 3 fig 4

fig 5

SITE DEMONSTRATIONS

▪ In order to fully support installers and tradesman on site, fischer offer a range of on-site training and services including tool box talks. This will allow the installer to be confident that they are using correct installation techniques.

Technical services

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Product and Standards DevelopmentThe latest Innovations from fischer...

fischer Product Literature Library

Construction Products Regulation and British Standard – BS 8539: 2012

Construction Products Regulation (CPR)The construction industry is facing a very significant change in the way in which construction products are sold in Europe. The Construction Products Regulation (CPR) has been adopted by the European Commission and UK Government and from 1 July 2013, replaces the Construction Products Directive (CPD). As a result of the change, CE marking will become mandatory in the UK on products which are covered by a harmonised European Standard (hEN) or European Technical Assessment (ETA previously known as European Technical Approval). Until recently under the old CPD, CE marking was voluntary in the UK. Manufacturers and importers have until July 2013 to ensure that their construction products, where applicable, comply with the new Regulation and are CE marked.

Are you aware of the new BS standard? BS 8539:2012 - Code of Practice for the selection and installation of post-installed anchors in concrete and masonry Are you a Specifier, Distributor, Contractor or Tester of construction fixings? Do you know what your Role and Responsibilities are, to comply with this new Code of Practice? Do not take the risk, make sure you comply!

Another important development which promoted the best practice and safety within the construction industry, is the publication of the British Standard – “BS 8539: 2012 Code of practice for the selection and installation of post-installed anchors in concrete and masonry.” This code is intended to set out the roles and responsibilities of all stakeholders involved in the use of construction fixings in the UK from manufacturers and specifiers through distributors to contractors, installers and testers. It highlights the importance of anchors, especially for safety critical applications where failure of the fixing could result in risk to life or serious economic consequences. According to this new BS Code of Practice, fixings must be selected following the correct design methods and all selection criteria to be considered. If anchor specification need to be changed and alternative anchor supplied, the full Change Management procedures must be followed to eliminate any risks of inferior product being used. Contractors must assure that fixings are installed by competent personnel, correct installation procedures are followed with correct tools and upon completion installation is certified. If anchors are to be tested on building sites, CFA Guidance note “Procedures for site testing construction fixings – 2012” shall be followed.

fischer fully support this positive development as the new BS Code of Practice is expected to improve the way fixings are selected and installed, making them safer while protecting everyone’s liabilities.

Plug Length = 50mm

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A full range of literature including product catalogues, reports and product innovation leaflets are all available at www.fischer.co.uk or from our Sales Team on 01491 827 900

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Image Description Testing BS EN AS Certifire Pages

FiAMfischer FireStop & acoustic mastic

5 ■ ■ ■ 12

FiGM - PFS + fischer Intumescent graphite mastic

2 ■ ■ ■ 14

FFRS fischer Fire ratedsilicone sealant

5 ■ ■ ■ 16

fischer FireStop Foam Hand and Gun

4 ■ ■ 18

FCID fischer Cast-in device with extension sleeve / cap

4 ■ ■ 20

FCID - MRF fischer Manifold recess former

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FCPS fischer Coated panel system

4 ■ ■ ■ 22

FiPPfischer Intumescent putty pads

2 ■ ■ 24

FiPfischer Intumescent pillows

2 ■ ■ ■ 25

FFCfischer Firecollar

4 ■ ■ ■ 26

FiPWfischer Intumescent pipe wrap

4 ■ ■ 28

FFSC fischer FireStop compound

6 ■ ■ ■ ■ 30

FiFS fischer Insulated fire sleeve

2 ■ ■ 32

FFB-ES fischer Fire|Barr Elastoseal

2 ■ ■ 34

FFB-VS fischer Fire|Barr VentiStop

1 ■ 36

FFB-FM fischer Fire|Barr Fleximescent

2 ■ 38

Product summary

acoustic testing smoke sealair seal FireStop 5 Max. fire rating for product range (hrs)

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Masonry to Steel Joints Masonry to concrete joints

Designed to resist the passage of fire, smoke and sound

APPLICATIONS

▪ Linear joints in both masonry and drywall constructions,

▪ Fire rated door assemblies ▪ A wide range of service penetrations

DESCRIPTION

fischer FireStop & acoustic mastic is a one part acrylic emulsion that is designed to resist the passage of fire, smoke and sound, as well as providing an effective air seal. When exposed to fire, it reacts to form a highly insulative char that slows down heat transfer, as well as providing a barrier to fire.

Tested to BS476 pts 20/22 and EN1366 pt 4, FiAM has been shown to provide up to 5 hours fire resistance. It is suitable for sealing linear joints in both masonry and drywall constructions, as well as around fire rated door assemblies and a wide range of service penetrations.

FiAM is also utilised within the fischer coated panel system (FCPS), which is designed to seal larger openings through fire rated walls and floors.

BUILDING MATERIALS

Suitable for: ▪ Wall constructions - linear joints ▪ Floor constructions - linear joints ▪ Dry wall ▪ Masonry ▪ Concrete ▪ FCPS System

STANDARDS & APPROVALS

ADVANTAGES

▪ Up to 300 mins fire integrity and insulation rating.

▪ Joint movement capability of up to +/-10%.

▪ Acoustic barrier - Up to 62.7dB. (Sound Reduction Index)

▪ Halogen free. Resists fungi and vermin.

▪ Paintable. ▪ Available in 600ml foil packs for

productivity savings, to promote sustainability and to reduce waste disposal.

▪ Extensive range of tested applications within both masonry and drywall constructions.

INSTALLATION GUIDANCE

FireStop & acoustic mastic - FiAM

Approved CF 5034

BS EN ISO 717-1: 1997Rating of sound insulation in buildings and of building elements. Airborne sound insulation

BS 476 - 20: 1987

British Standard

EN 1366-4

BS 476 - 22: 1987

BS EN1026Air Permeabilty Test Method

STORAGE

▪ fischer FiAM is not affected by outdoors environment. However, for long term storage it is recommended that it be stored in dry, frost free conditions below +30oc application.

AIR AND SMOKE SEAL

▪ fischer FireStop & acoustic mastic has been tested to BS EN1026 and will provide an effective cold smoke seal, as well as resisting air leakage where the requirements of Approved Document L are to be met.

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▪ Clean all joints free from dust, oil and grease ▪ Fill to required depth and tool off for a smooth finish

▪ Mask surrounding surfaces if necessary ▪ Min. depth 6mm, see application data for fire rating.

▪ Ensure seal is filled to required depth, using approved backing material ▪ Smooth off using pallet knife and water

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ORDERING INFORMATION

FireStop & acoustic mastic FiAM (310ml)

FireStop & acoustic mastic FiAM (600ml)

Items to order only

Appr

oval Size Colour* Suitable for use

withPack quantity

Item Art.-No. ETA [ml] [pcs]

FiAM 310 53011 310 White - 25FiAM 600 foils 56006 600 White - 25KP M2 Applicator Gun 53117 - FIAM 310 1Applicator Gun 600ml 97967 - FIAM 600 1

FireStop & acoustic mastic - FiAM

APPLICATION DATALinear Joints - Walls

Fire Ratings (Mins)Max Joint

Width [mm]

Substrate(s) IntegrityRating

InsulationRating

50mm Concrete /concrete 300 30025mm Brick / concrete 240 3050mm Steel /blockwork 300 9050mm Hard wood / blockwork 60 6025mm Soft wood / blockwork 30 3020mm Drywall / concrete / head detail 120 120

Service Penetrations - Walls

Suitable Substrates: Drywall/Masonry/Concrete Fire Ratings (Mins)Service Type Sizes Integrity

RatingInsulation

Rating

Copper /steel /metal pipes 14-159mm Diam Up to 120 Up to 90

Loaded cable tray 450 x 50 (Tray) Cables to 21mm Up to 120 Up to 90

Single / bunched cables 30-80mm diam. cables Up to 90 Up to 90

Consumption Guide

Joint Width

[mm]

Joint Depth

[mm]

Yield/310ml Cart.

[Linear Mtr]* *

Yield/ 600ml Pk

[Linear Mtr]**

10 10 3.10 6.0015 10 2.07 4.0020 10 1.55 3.0025 12 1.03 2.0030 15 0.69 1.3340 20 0.39 0.7550 25 0.25 0.48

TECHNICAL DETAILS

Backing Materials | PE Foam Closed cell polyethylene backer rod (nominal density 35kg/m³)Backing Materials | MMF Mineral fibre >90kg/m³ densityBacking Materials |PU Foam fischer FireStop or B2 foamAcoustic Data | Average SRI (100 – 3150Hz) Unsealed Wall: 15.6dB Wall Sealed with FiAM: 36.6dB Acoustic Data | Weighted SRI, Rw Index Unsealed Wall: 14.0dB Wall Sealed with FiAM: 39.0dB Acoustic Data | STC rating Unsealed Wall: 14.0dB Wall Sealed with FiAM: 39.0dBCure Rate 1.5mm per 24hrs dependant on conditionsTack Free 30minsWater Resistance Very good when fully curedSlump Nil upto 20mmSkinning Time: 10 minutes at 23oc / 50% RHApplication Temperature From +5oC to +30oCService Temp Range: Store in cool dry conditions between +5oc and +25ocShore/ A 50

**Figures above are approximate and for guidance only. No account has been taken of wastage, which on 310ml hard cartridges is approx. 10%. For 600ml foil packs, wastage would be 2-3% due to the packaging. For further details, please contact fischer Technical on 01491 827 920.

Linear Joints - Floors

Fire Ratings (Minutes)Max Joint

Width [mm]

Substrate(s) IntegrityRating

InsulationRating

50mm Concrete /concrete 300 21050mm Steel / aerated blockwork 60 6050mm Hard wood /aerated blockwork 30 3025mm Soft wood /aerated blockwork 30 30

*Grey / Brown available on request - Min. order qty applies. For details contact fischer Technical Support on 01491 827 920

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Services - Dry Wall

A versatile, powerful, graphite based product that expands to 20 times its own volume

APPLICATIONS

▪ A wide range of service penetrations including pipes passing through dry and masonry walls.

DESCRIPTION

fischer FiGM-PFS+ is a powerful graphite based product which when exposed to fire expands up to 20 times its own volume; crushing through services as they melt to form a resiliant fire seal.

Tested to BS EN1366-3, it is suitable for use within both drywall constructions and solid concrete or masonry walls, providing up to 2 hours fire and insulation ratings for most applications. These include plastic pipes (PVC, HDPE, ABS) up to 125mm diameter, insulated pipes, metal pipes, single and bunched cables plus mixed pipe and cable penetrations.

FiGM-PFS+ has excellent non slump properties coupled with ease of application due to its water based nature.

Once cured, as well as being smoke, gas and water tight, it can also be painted.

BUILDING MATERIALS

Suitable for: ▪ Dry wall ▪ Masonry wall ▪ Concrete wall


ADVANTAGES

▪ Approved for a wide range of applications, many of which do not require backing material.

▪ Quicker and more economical than collars for many pipe applications.

▪ Tested in full scale drywall ▪ Both fire integrity and insulation

ratings maintained due to stability of the highly insulative char.

▪ Tested with PVC, HDPE and ABS as well as insulated pipes.

▪ Easy clean up with water ▪ Odourless and paintable once cured. ▪ Tested with PVC Pipes up to 125mm

diameter.


Graphite mastic - FiGM-PFS+

Approved CF 5151

British Standard

EN 1366-3: 2009

STORAGE

▪ FiGM-PFS+ should ideally be stored between +5°C and +25°C, indoors, above ground level in dry well ventilated conditions, in unopened and original packaging.

▪ Dispose of waste in accordance with local authority regulations.

▪ Ensure the opening and any substrate which the product will come into contact with is clean, free from dust and loose particles. ▪ Ensure that all services are adequately supported so as to not exert movement that might disrupt the seal during a fire. ▪ Backing material, where required, should be installed centrally within the penetration. ▪ Sealant should be applied around the service(s) on both exposed faces. ▪ The sealant can be tooled and smoothed with a pallet knife using water ▪ All dimensions and tolerances should be in line with the recommended guidelines as dictated by the relevant test data and/or

assessments.

BACKING MATERIALS

▪ For metal pipe applications mineral wool (min 80kg/m³) should be used.

▪ For most other tested applications, no backing material is required.

▪ Where increased insulation and/or acoustic performance is required; or to control sealant depth, use fischer FireStop foam, fischer B2 foam or mineral wool.

BS EN1026Air Permeabilty Test Method

Mixed Services - Masonry

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APPLICATION DATA Wall Constructions - Drywall / Masonry / Concrete

Services Fire Ratings (Minutes)Types Sizes Integrity

RatingInsulation

Rating

PVC pipe Up to 125mm diam 120 120

HDPE pipe Up to 90mm diam 120 120

ABS pipe Up to 90mm diam 120 120

Insulated copper pipe Up to 60mm diam pipe + up to 32mm insulation 120 90

Cables Up to 21mm diam x bunches 10 max 120 120

Mixed Up to 63mm diam HDPE + 21mm diam cables x 10 120 120

Minimum wall thickness = 100mm


Graphite mastic power fire seal plus FiGM-PFS+ (310ml)

Items to order only

Appr

oval Size Colour Suitable for use with Pack quantity


FiGM PFS + 310 508765 310 Grey - 25KP M2 Applicator Gun 53117 - FiGM PFS + 1

TECHNICAL DETAILS

Description Aqueous thixotropic paste

Density Ca. 1.3g/cm3

Cure Rate 2mm per 24hrs dependant on conditions

Application temperature +5°C to +35°C

Tack Free 30mins

Water Resistance Very good when fully cured

U.V Resistance Good

Expansion onset temperature Ca. 180oc

Expansion Up to 20 times

Skinning Time: 15 minutes at 25oc / 50% RH

Service Temp Range: Store in cool dry conditions between +5oc and +25oc

Shelf Life: 12 months unopened

Chemical and water resistance: The cured sealant is unaffected by water, dilute acids and alkalis, soap and household detergents. Contains a plasticised acrylic polymer, fire retardant fillers, blowing agents and minor additives. No component labelled as dangerous under EEC directives criteria.

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Steel Header Joint Timber to Masonry Joints

Offers up to 5 hours fire resistance and +/-25% movement accommodation, as well as providing an air and water tight seal.

APPLICATIONS

▪ Internal and external applications ▪ Sealing of curtain walling ▪ Building facades, expansion joints ▪ Door frames, header joints ▪ Linear joints within block work walls

DESCRIPTION

fischer fire rated silicone is a one-part silicone sealant that has excellent adhesion to porous and non-porous substrates used in the construction industry.

Tested to BS476 part 20 and22 and BSEN1366-4, FFRS offers up to 5 hour fire integrity and insulation, as well as having excellent acoustic, air permeability and water resisting properties

It is a primerless, neutral curing silicone sealant with excellent weatherability and flexibility offering a movement capability of up to +/-25%. Being suitable for both internal and external applications, FFRS can be used for the sealing of curtain walling, building facades,expansion joints, door frames, header joints, block work walls etc.

Formulated to be halogen and solvent free, FFRS exhibits excellent slump characteristics and is odourless.

BUILDING MATERIALS

Suitable for: ▪ Concrete ▪ Steel ▪ Timber ▪ Masonry


ADVANTAGES

▪ Excellent acoustic properties. ▪ Movement capability ± 25%. ▪ Single faced seal - many

applications ▪ Provides water, smoke and air tight

seal. ▪ Up to 5 hours fire integrity and

insulation rating. ▪ Primerless adhesion to most

substrates. ▪ Halogen and solvent free.


Fire rated silicone sealant - FFRS

Approved CF 5034

BS EN ISO 717-1: 1997Rating of sound insulation in buildings and building elements. Airbourne sound insulation.

BS 476 - 20: 1987

British Standard

EN 1366-4

BS 476 - 22: 1987

BS EN ISO 140-3:1995

STORAGE

▪ fischer FFRS must not be stored in temperatures above 35oc.

▪ Clean all contact surfaces so they are free from loose debris and contaminants such as oil, dirt, grease, etc. ▪ Install backing material, as required, per the approved system ▪ For best application results - fischer FFRS Should be installed at room temperature ▪ Apply fischer FFRS to required parameters, ensuring it is in contact with all surfaces to provide maximum adhesion. ▪ Tool sealant to a defect free finish using a wetted trowel or putty knife

Laboratory measurement of airborne sound insulation of building elements

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Fire rated silicone FFRS (310ml)

Items to order only

Appr

oval Size Colour Suitable for use with Pack quantity


FFRS 310 - White 518778 310 White - 25FFRS 310 - Grey 512374 310 Grey - 25KP M2 Applicator Gun 53117 - FFRS 310 1

*FFRS also available in black and 600ml foils TO ORDER ONLY - Details on application

Fire rated silicone sealant - FFRS

APPLICATION DATA Single Side Seal


WidthDepth of Sealant

Substrate IntegrityRating

InsulationRating

12mm 6mm Concrete/concrete 300 12230mm 15mm Concrete/concrete 300 8650mm 25mm Concrete/concrete 300 6512mm 6mm Steel/concrete 300 4820mm 15mm Steel/concrete 300 4350mm 25mm Steel/concrete 300 33

Backing Materials

Material Type Notes

PE FoamClosed cell polyethylene backer rod

(nominal density 35kg/m³)

MMF Mineral fibre >90kg/m³ densityPU Foam fischer Firestop or B2 foam

Acoustic Data

Sample Details Rating According to BS EN ISO 717-1: 1997

2.2 x 2m partition - unsealed

Rw(C;Ctr) = 12 (0;1) dB

2.2 x 2m partition - sealed with FFRS

Rw(C;Ctr) = 38 (-2;-9) dB

Full acoustic report available on request.

Consumption Guide

Joint Width

[mm]

Joint Depth

[mm]

Yield per 310ml Cartridge Linear Metres

30 20 1.020 15 2.015 8 2.510 10 6.0 6 6 8.5

Above provide approx yield from 1 x 310ml cartridge. For further details or support, please contact fischer Technical Support on 01491 827 920.

Double Seal


WidthDepth of Sealant

Substrate IntegrityRating

InsulationRating

12mm 6mm Concrete/concrete 300 30030mm 15mm Concrete/concrete 300 30012mm 6mm Softwood/concrete 199 14530mm 15mm Softwood/concrete 143 14312mm 6mm Steel/concrete 208 20812mm 6mm Hardwood/concrete 300 69

Single sided seal

Double Sided Seal

TECHNICAL DETAILS

Slump Nil at joints up to 30mm

Shrinkage Approximately 5%

Cure Rate 3mm per day at 50% relative humidity 25°C

Shore 16

Application temperature +5°C to +40°C

Tack Free 20 mins at 25°C, 50% RH

Water Resistance Very good when fully cured

U.V Resistance Good

Joint Movement 25% of original joint size

Elastic Recovery >90%

Cure System: Alcoxy

Relative Gravity: 1.17 kg/m3

Skinning Time: 5/10 minutes approx. (at 25°C and 50% relative humidity)

Extrudability g/min: 55 (standard NMRPS 495A 3mm/3 bars)

Service Temp Range: Range: -50°C to +150°C. Must not be stored above 35°C

Shelf Life: Up to 18 months when stored in unopened cartridges under cool, dry conditions

Chemical and water resistance: The cured sealant is unaffected by water, dilute acids and alkalis, soap and household detergents. Certain solvents may soften and swell the cured sealant

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ADVANTAGES

▪ Fast cure, high yield.

▪ Provides up to 4 hours fire resistance.

▪ Excellent acoustic properties

▪ Seals joints up to 41mm wide without additional products.

▪ Can be used with fischer FiAM, FiGM-PFS+ and FFRS sealants to extend application range

▪ No post shrinkage or expansion once cured.

▪ Fast, controllable installation with use of optional gun.

▪ CFC-free propellant.


APPLICATIONS

▪ Linear joints up to 41mm in fire rated walls.

▪ Linear joints up to 50mm in fire rated walls in conjunction with FiAM and FFRS.

▪ Concrete/masonry to steel joints in conjunction with FiAM and FFRS sealants

▪ Gaps around timber door frames, with fischer FiAM

▪ Service penetrations within approved systems in conjunction with FiAM and FiGM-PFS+

DESCRIPTION

fischer FireStop foam is a one component polyurethane foam which is self-curing via the absorption of moisture from the atmosphere. The foam has excellent adhesive properties bonding to wood, brick, concrete, drywall boards and timber surfaces.

Foam sets in a semi-ridged structure, fixes firmly, yet yields to movement and vibration. Tested to BSEN1366-4 & classified to EN13501, the foam is perfect for sealing linear gaps in walls.

Used as part of a system solution with fischer FiAM, FFRS and FiGM-PFS+, it can also be utilised to seal around pipes, cables, trunking, conduit and door frames.

A single component filler foam with effective fire resistance, either alone, or as part of a system solution.

FireStop foam with FiAM

BUILDING MATERIALS

Bonds well to a wide range of building materials, such as:

▪ Brick/Block/Masonry ▪ Drywall Boards ▪ Concrete ▪ Timber

INSTALLATION

4

BS 476 - 20: 1987

British Standard

BS EN 1366-4: 2006

BS EN ISO 140-3:1995

Masonry to Concrete Head of Wall Joint

FireStop foam - hand / gun

DIN 4102: Part1

Installation information ▪ Shake canister vigorously at least 20 times before use and again periodically during application. ▪ Remove protective cap and screw gun carefully onto canister. (For hand foam screw nozzle firmly into connector on top of valve). ▪ Invert can and direct gun into gap, then pull gently on the trigger. ▪ Fill approx. half of req. depth of cavity to allow for expansion. If gaps are more than 30 mm, apply foam in beads and pre-moisten

between layers. ▪ On horizontal surfaces work away from exuding bead and work upwards on all vertical surfaces. ▪ FireStop foam is adversely affected by UV light and should be covered with fischer FFRS, FiAM or Fire Rated Paint.

Curing: ▪ The foam will be tack free in approx. 10 mins, trimmable within 45-60 mins and loadable within 24hrs depending on thickness,

temperature and humidity.

Cleaning: ▪ Remove spilt foam immediately with fischer PU foam cleaner or acetone. Cured foam can only be removed mechanically.

Preparation Joint Filling Around Services with FiAM or FiGM-PFS+

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Wall depth[mm]

Gap width[mm]

Sealant depth[mm]

Backing [mm]

Integrity[mm]

Insulation[mm]

100 31 100 None 50 50

100 11 100 None 103 104

200 11 200 None 229 229

200 41 200 None 110 110

200 30 200 None 162 158

200 10 200 None 240 240

FireStop foam - hand / gun

TECHNICAL DATA

FireStop gun foam

FireStop hand foam

Standard gun

Professional gun

Items to order only

Appr

oval Content Max. foam yield Pack quantity

Item Art.-No. ETA [ml] [Ltr] [pcs]

FireStop Gun foam 43712 750 35 12FireStop Hand foam 42757 750 35 12Standard gun 62400 n/a n/a 1Professional gun 33208 n/a n/a 1

TECHNICAL DETAILS

Hazards identification Classified as dangerous in accordance with the criteria of Directives 67/548/EEC and 1999/45/EC. Please request a copy of the product MSDS sheet from fischer Technical on 01491 827920 prior to use or see side of product packaging for further usage and storage information

Storage Store in a cool area and keep out of direct sunlight. Storage temperature: < 50 °C

Product Shelf life 12 months

Methods of usage Allow product to solidify and remove it by mechanical means. Carefully collect the spill/leftovers. Clean (treat) contaminated surfaces with acetone. Wash clothing and equipment after handling

Fire resistance Up to 4 hours - BS 476 pt 20/22; BSEN 1366 pt 3

Foam yield (free foaming) 35 litres (hand foam) 35 litres (gun foam)

Resistance to temperature of hardened foam -30° C to +80° C.

Tack-free / load bearing approx. 8 mins, load-bearing after approx. 6-12 hrs, fully hardened after 24 hrs (all details based on temp of +20°C).

Conditions

fischer FireStop foam is adversely affected by UV light and should be covered with fischer FFRS Sealant, FiAM or fire rated paint. Store between +5oC and +25oC in dry conditions, upright and in original packaging. See expiry date on the base of the can.

APPLICATION DATA

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Concrete slab application with FCID

Fast, efficient, fully tested solution for forming service penetrations through concrete slabs, with many H & S benefits.

APPLICATIONS

Ideal for forming repetitive openings through concrete slabs to allow pipes to pass through e.g. soil stacks within concrete framed apartment buildings.

▪ Sealing & firestopping PVC & HDPE Pipes up to160mm dia.

▪ Forms holes up to 250mm thick. ▪ FCID and MRF creates recesses in slabs

for lower positioning of Soil Manifold units in wet room applications.

DESCRIPTION

Constructed from resilient Polypropylene, the FCID outer casing has been designed to resist the loads exerted by wet concrete.

As part of this sealed unit, the integrated lid resists normal site foot traffic and cannot be dislodged - ensuring that water ingress is resisted, until pipework needs to be installed.

The base has a ring of graphite based intumescent which expands powerfully under fire conditions melting pipework & closing any openings.

Designed for use mainly within 250mm thick slabs, FCiD can be extended or shortened, utilising accessories such as Extension Sleeves & Cap Plugs. It also integrates with MRF Recess Former for applications requiring formed recesses.

BUILDING MATERIALS

Suitable for: ▪ Reinforced cast concrete slabs ▪ Some prefabricated slab systems.

(Subject to design considerations)


ADVANTAGES

▪ Up to 4 hours fire rating. ▪ Increased tolerance for less demanding

setting out. ▪ Extension sleeves enable installation

in thicker podium/transfer slabs (Up to 600mm).

Productivity gains: ▪ One installation operation rather than

several. ▪ Less coordination & admin - Only one

trade to deal with. ▪ Provides water tightness at earlier

stage. ▪ Up to 40% reduction in costs.

FCID Extension Sleeves ▪ Easy to cut & fit with Extension Cap. ▪ Lightweight 1m lengths for ease of

handling - cut to suit on site. ▪ Water resistant inner & outer coating.


Cast-in device system - FCID / E / E-C

▪ Position Cast-In Device on formwork and nail into position through holes provided (do not skew nails). Pour concrete to required depth. ▪ After formwork has been stripped and pipe is ready for positioning, knock out cap from top of collar and insert pipe through collar. ▪ It is recommended that the device is backfilled with mineral wool or mortar after pipe is installed. ▪ Note: If pipe is pushed from top, rubber seal will be forced downwards. Lift pipe slightly to ensure that rubber seal projects upwards.

BS 476 - 20: 1987

British Standard

Extension of FCID using extension sleeve

BS 476 - 22: 1987

4

▪ Simply cut sleeve to size using a fine toothed saw and slide over FCID until stopped by tops of ‘ribs’ and seal with FCID-E/C. ▪ Pour concrete to required depth. Fill cap for flush finish and remove extension cap when pipe is ready to be installed. ▪ It is recommended that the device is backfilled with mineral wool or mortar after pipe is installed. ▪ NB : It is recommended that the recess in the Cap plugs is filled with concrete during the pour to form a strong, flush installation.

FCIDFCID -E

FCID - E/C

HEALTH & SAFETY

▪ Massive reduction in trip hazards ▪ Huge reduction in working at height. ▪ High visibility colour reduces risks if

units are proud of surface. ▪ No power tools required, so no HAV

exposure.

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Cast-in device FCID Manifold recess former FCID-MRF Extension Sleeve FCID-E Extension Cap FCID-E/C

To suit Key dimensions Pack quantity

Item Art.-No. [pcs]

FCiD 65 509532 Nom 3“/ 75mm Pipe 95mm OD X 250mm High - Base = 154 x 154mm 1FCiD 100 506324 Nom 4“/110mm Pipe 140mm OD x 250mm High - Base = 198 x 198mm 1FCiD 150 509533 Nom 6“/160mm Pipe 194mm OD x 250mm High - Base = 253 x 253mm 1FCID 65-E /1000 509791 FCiD 65 CI Device 95mm ID x 101mm OD x 1000mm long 1FCID 100-E /1000 509792 FCiD100 CI Device 140mm ID x 147mm OD x 1000mm long 1FCID 150-E /1000 509793 FCiD150 CI Device 194mm ID x 201mm OD x 1000mm long 1FCID 65-E/C 511450 FCiD 65-E/1000 93.48-96.52mm Tapered OD x 19.05mm High 1FCID 100-E/C 509794 FCiD100-E/1000 138.94-142.75mm Tapered OD x 25.4mm High 1FCID 150-E/C 511451 FCiD150-E/1000 194.57-199.14mm Tapered OD x 25.4mm High 1FCID-MRF 517846 FCiD100 CI Device 250-220 x 250-220 x 60mm Tapered Recess 1FCiD 65-CP Cap Plug 510878 FCiD 65 CI Device 88.14-91.44 tapered OD x 19.5 high 1FCiD 100-CP Cap Plug 510879 FCiD100 CI Device 131.58-136.15 tapered OD x 25.4 high 1FCiD 150-CP Cap Plug 510880 FCiD150 CI Device 186.44-194.32 tapered OD x 25.4 high 1

Manifold recess former - FCID - MRF

FCID / FCID-MRF Combined

Designed to be a dual purpose solution for several problem applications

APPLICATIONS

▪ MRF enables soil manifold connections at lower level when used in top of slab, ensuring pipework has sufficient ‘fall’ for water to flow away.

▪ Wet rooms where gullies are set in screed. ▪ Shower tray installations. ▪ Can be reversed to form recess in the

undersides of slabs and provide space savings or increased headroom.

▪ Basement car parks where pipework needs to be suspended tight to the soffit

▪ Plastic pipe connections to cast iron.

DESCRIPTION

fischer FCiD-MRF is manufactured from polypropylene and designed to form 250 x250x60mm recesses in concrete or screeds with FCiD.

Designed for use with modular soil manifold fitting such as the Osma 4S 597 or equivalent.

Whilst set in place during construction, it maintains water tightness of slab and provides a flush, hazard free surface.

Its unique design and installation method ensures structural integrity of slab can support foot traffic & movement of plant.

BUILDING MATERIALS

Suitable for: ▪ Cast concrete slabs ▪ Screeds

ASSOCIATIONS

ADVANTAGES

▪ Versatile - Dual purpose installation provides recess to top or underside of concrete slabs

▪ Economical, Sustainable Solution - Made from recycled materials and can be reused if undamaged.

▪ Health and Safety - Provides a structural flush finish and is trafficable to even heavy plant. No heavy breaking out required either, so no HAV exposure

▪ Substantial Cost savings - Where used, can eliminate need for shower plinths.

Application in concrete floor

FCID - MRF

The fischer Manifold Recess Former is designed for use with Osma Soil Manifold Ref: 4S 597 to accommodate the fitting within concrete slabs. It is also suitable for use with other Modular Soil Manifold Fittings.


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Multi Service, Solid wall application

A versatile, lightweight easy to install system that prevents the passage of fire & smoke through larger openings.

APPLICATIONS

Particularly useful for larger openings through both walls and floors up to

▪ Walls–2880 x 1440mm

▪ Floors–1200 x 600mm (See Inst.Guide)

FCPS covers a wide range of single and multiple services, including:

▪ Cable Tray/Ladder

▪ Single/Bunched Cables

▪ Steel Pipes

▪ PVC Pipes (with fischer FiPW)

Subject to Fire Rating and/or Acoustic requirements, the FCPS System can be installed one of three ways (See pg 23):

▪ Single Barrier

▪ Double Barrier

▪ Double Barrier with Air Gap

DESCRIPTION

FCPS is designed to prevent the passage of fire and smoke through compartment walls and floors whilst still allowing installation of services.

The system has been tested in accordance with BS476 pt 20 and EN1366 pt 3, providing a fire and smoke barrier for up to 4 hours.

FCPS consists of 1200x600x 50mm 140kg /m3 stone fibre core panels that are coated with FPC ablative sealant on both sides.

fischer FiAM is used to bond and seal the system and at normal temperatures, the FCPS Panel installed with FiAM sealant remains flexible to permit thermal and mechanical movement of the services.

BUILDING MATERIALS

Suitable for: ▪ Masonry Walls ▪ Drywall Systems ▪ Concrete Walls and Floors


ADVANTAGES

▪ fischer Coated panel system has been tested and assessed for a wide range of applications in various substrates.

▪ No coat back of services required ▪ Remains flexible between -5°c to

+70°c. ▪ NEW Testing covers openings up to

2880 x 1440mm. ▪ Up to 4 hours fire and smoke barrier. ▪ Long life and easy to use. ▪ Suitable for large openings in both

walls and floors. ▪ NEW Testing covers wider range of

service penetrations. ▪ Provides tested solutions for the most

arduous of applications.


Coated Panel System - FCPS

▪ Ensure Intumescent wraps (FiPW) are fitted to any plastic pipes. ▪ Brush out and clean opening, ensuring debris and dust is removed. ▪ Cut Panels to size, making allowance for services and keeping the number of joints to a minimum. ▪ Friction fitted between the services and the edges of the structure, ensuring FIAM has been generously applied to all edges. Apply

FiAM) to seal any small inaccuracies or gaps and to seal the perimeter. ▪ Coat with Panel coating (FPC).

Suggested Installation tools: ▪ Steel rule x 3/5 m, Straight edge x 1 m, Marker pen, Sharp serrated knife, Padsaw/hacksaw blade in holder, Palette knife/wide

spatula, Medium paint brush.

NOTE: In floor applications, fischer coated panel should be protected from physical damage by foot traffic (e.g. with a ply board or chequer plate platform) and should be installed as a double thickness seal. For large floor openings we would advise using fischer FireStop compound. (FFSC)

Approved CF 5035

BS 476 - 20: 1987

British Standard

EN 1366-3: 2009

BS EN ISO 140-3:1995Laboratory measurement of airborne sound insulation of building elements

4Multi Service, dry wall application

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FireStop & acoustic mastic FIAM

Coated panel FCPS

Panel Coating FPC

Items to order only

Appr

oval Size Pack quantity

Item Art.-No. ETA [pcs]

FCPS / 50 53252 1200 x 600 x 50mm 48FPC / 5 L 53253 5 Litres 1FIAM 310 53011 310ml 25

Coated Panel System - FCPS

APPROVALS OVERVIEW

Fire ratingServices Masonry/Concrete Walls

[Fire Rating - Hrs]

Drywall

[Fire Rating - Hrs]

Concrete Floors

[Fire Rating - Hrs]

Cable Ladder/Tray/Basket Up to 4 hours Up to 2 hours Up to 2 hours Cables up to 26mm diameter Up to 2 hours Up to 2 hours Up to 2 hours Cables up to 20mm diameter Up to 4 hours Up to 2 hours Up to 2 hoursSteel Pipes up to 60mm diameter Up to 2 hours Up to 2 hours n/aPVC Pipes* up to 110mm diameter Up to 1 hour Up to 1 hour n/aSteel Ducts up to 445 x 445mm Up to 2 hours Up to 2 hours n/aBlank Seals Up to 4 hours Up to 2 hours Up to 2 hours

*PVC Pipes must be protected in conjunction with FiPW Fischer Intumescent Pipe Wraps which must be securely sealed in place within the FCPS Coated Panel System. (Standard Detail Available)

More Test Data is available to support further applications, including a standard detail for pattressing penetrations through Drywall. Please contact Fischer Technical for further information.

TECHNICAL DETAILS

Acoustic data to BS EN ISO 717-1 Single 50mm FCPS Panel: RW(C:Ctr)=23(-2-3)dB Double 50mm FCPS Panel: RW(C:Ctr)=29(-1-3)dB

Air and Smoke Seal Installed correctly, with all joints and edges sealed, fischer Coated Panel System will provide an effective cold smoke seal and resist air leakage where the requirements of Approved Document L are to be met.

Stone fibre density 160Kg/m3

Coating thickness 1mm Nominal, 2.2mm wet film coating

Fire resistance Up to 4 hours - BS 476 pt 20/22; BSEN 1366 pt 3

Thermal conductivity (U Value) 0.031 w/mk at 10oc

Sealant coverage 2.15Kg spread, 2.20kg spray

Maximum size of seal Wall 5.76m2, Floor 2.88m2Storage

fischer Coated Panel is not affected by an outdoor environment. However, for long term storage and ease of installation it is recommended that it be stored indoors, ideally in dry conditions. Ideal storage temperature between -5°C and +30°C. For health and safety details refer to MSDS Sheet or fischer technical department.

SYSTEM CONFIGURATIONS

Single Barrier Double Barrier Double Barrier with Air Gap

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Intumescent putty pads - FiPP

Internal External

Developed to maintain acoustic integrity and fire resistance of plasterboard partitions

APPLICATIONS

fischer FiPP putty pads are designed to be installed where plastic & metallic electrical socket boxes are set within Drywall systems. Uses include:

▪ In constructions that require acoustic protection (new installation or upgrade) as well as adherence to onsite acoustic test standards. (eg: Apartment buildings)

▪ New constructions where Robust Details have been adopted as a means of meeting the Acoustic requirements of Approved Document E.

▪ Provide a tested fire seal where all socket boxes, including light switches, etc penetrate either or both plasterboard skins.

DESCRIPTION

FiPP is manufactured from a red, non-setting, silicone based intumescent polymer and tested in accordance with the BS EN 1366-3 for a 2 hour fire rating and 2 hour insulation.fischer intumescent putty pads have been developed to maintain the acoustic integrity and fire resistance of plasterboard partitions, where they are penetrated by plastic electrical socket boxes and cables. Tested to BS EN1366:3.

FiPP can also be used for upgrading the acoustic performance of partitions where electrical sockets have penetrated the wall and have been shown by test to restore the acoustic integrity of a 66dB wall system.

BUILDING MATERIALS

Suitable for: ▪ Plasterboard partitions


ADVANTAGES

▪ Up to 2hrs fire integrity and insulation. ▪ Acoustic testing up to 66dB. ▪ Fire tested to BS EN1366-3 in full scale

drywall system & can maintain the fire resistance of partitions in both 1 and 2hr fire rated constructions.

▪ Internal & external versions available. ▪ Pre-shaped internal FiPP allows retro-fit

and easier inspections.


BS EN ISO 717-1: 1997

British Standard

EN 1366-3: 2009

Internal ▪ Remove the face plates of the electrical socket box. ▪ Mould the preformed putty pads into the back of the box and around the

cables. ▪ Replace the face plate.

External ▪ Mould the preformed putty pads

into the back of the box and around the cables.

Items to order only

Appr

oval Size Colour Fire Rating Pack quantity

Item Art.-No. ETA [mm] [Hrs] [pcs]

FiPP / I-S 53578 170 x 170 Red 2 20FiPP / I-D 54757 230 x 170 Red 2 20FiPP / E-S 506261 155 x 155 Red 2 20FiPP / E-D 506262 210 x 180 Red 2 20

FiPP / E

FiPP / I

Rating of sound insulation in buildings and of building elements. Airborne sound insulation

2

FiPP has been accepted by Robust Details Ltd as an alternative mechanism of sealing the rear of electrical service penetrations, such as sockets, in Robust Detail timber frame and metal frame separating walls, as published in the Robust Details Part E Handbook.


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Masonry Dry wall tray

Designed to be a solution for temporary & permanent applications where services pass through walls or floors

APPLICATIONS

▪ Metal Pipes ▪ Cables ▪ Cable Tray/Ladder ▪ Cable Trunking - for conformance

with the 17th Edition of the IEE Wiring Regulations. (BS7671:2008)

▪ Temporary applications where cables need to be moved, or replaced. Eg: Studios, Data Centres, etc.

DESCRIPTION

An intumescent graphite and mineral fibre blend contained in fibre glass coated bag. FiP is suitable for applications where temporary or permanent fire barriers are required.FiP can provide upto 2 hrs of fire protection in both vertical, horizontal, multi or mixed service penetrations.

BUILDING MATERIALS

Suitable for: ▪ Concrete ▪ Masonry ▪ Drywall


ADVANTAGES

▪ Approved permanent fire barrier ▪ Reusable ▪ Quick and easy and dry installation ▪ No shelf life ▪ Moisture resistant ▪ Eyelet for installation ▪ Suitable for use in both walls and

floors.


Installation in Wall ▪ Shake pillows to even infill and lay pillows in brick format

with shortest span across width of opening. Ensure lower layer is overlapped by top layer.

▪ Pack pillows around services, adding smaller pillows to fill small voids.

▪ All cable/electrical trunkings to be filled using the fischer small pillow. (FiP/Sml)

Items to order only

Appr

oval Size* Colour Weight Approx. number Approx. number Pack

quantityFloor Wall

Item Art.-No. ETA [mm] [gms] [Per m2 opening] [Per m2 opening] [pcs]

FiP / Sml 516960 330 x 50 x 20* Black 50 - 1000 100FiP / Std TBC 330 x100 x 20* Black 100 500 tbcFiP / Med 516959 330 x 200 x 25* Black 185 120 200 50FiP / Lge 516958 330 x 200 x 45* Black 385 60 112 40

BS 476 - 20/22: 1987

British Standard

EN 1366-3: 2009

Approved CF 5037

FIRE S

TOP

FIRE S

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Installation in Floors ▪ Install galv. steel mesh 50 x 50 x 5mm to underside of void with

100mm overlap of slab. Fix mesh in place with 50mm steel strap or 50mm angle. Secure with 8mm fire-rated fixings.

▪ Shake pillows to even infill, Lay pillows in brick format around services. Ensure lower layer is overlapped by top layer. Min. depth 150mm

▪ Add smaller pillows where necessary to fill small voids.

FIRE S

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FIRE S

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FIRE S

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FIRE S

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FIRE S

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FIRE S

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BS EN ISO 140-3:1995

TECHNICAL DETAILS

State Solid Volumetric expansion 3 times

Relative Density 0.15 Significant expansion occurs at temperature > 140°C

Odour Odourless Remain flexible between -20°C to 130°C

*Ensure correct pillow is installed to suit opening. Full Technical requirements as well as Pillows required per project are available from fischer Technical Service on 01491 827920

Laboratory measurement of airborne sound insulation of building elements

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Hollow Slab

A tested solution for firestopping a wide variety of plastic pipes where they penetrate fire rated walls or floor slabs.

APPLICATIONS

fischer FCC Intumescent Collars are suitable for sealing a wide variety of Plastic Pipework, where it penetrates fire rated compartment walls & floors. Suitable pipe materials include:

▪ PVC, CPVC, uPVC,, PE, PP, MDPE, HDPE & ABS Pipes

▪ Particularly ideal for retrofit applications & where Intumescent Wraps (FiPW) cannot be used. Eg: Hollow Precast Slabs/Planks.

▪ FFC can also be used with the FCPS Coated Panel System for larger openings.

DESCRIPTION

FFC consist of a powder coated steel sleeve containing a flexible graphite based intumescent liner manufactured to suit the pipework to be firestopped.

Integral toggles are opened up, fitted around the pipe, closed and pushed flush to the surface of the wall or underside of the floor. The FFC requires fastening to the structure by means of fire resistant fixings. (fire rated fixings pg 40-43).

Gaps of upto 10mm wide between pipework & slabs should be filled with FiAM or FiGM-PFS+. For gaps greater than 10mm FireStop Compound can be used.

BUILDING MATERIALS

Suitable for: ▪ Drywall Construction ▪ Solid Concrete Flood Slabs. ▪ Hollow Precast Floor Slabs ▪ Masonry/Concrete Walls ▪ FCPS & FFSC Systems


ADVANTAGES

▪ 2 hour & 4 hour versions available

▪ For use with PVC, CPVC, uPVC,, PE, PP, MDPE, HDPE & ABS Pipes

▪ Quick, secure installation with integral toggle.

▪ Internal & External versions available.

▪ Easy retrofit any time.

▪ Water resistant.

▪ No minimum annular space required.


Fire collar - FFC

Dry wall

BS 476 - 20: 1987

British Standard

EN 1366-3: 2009

Installation in Walls / floors ▪ Make the wall good around plastic pipe with either FireStop & acoustic mastic, FireStop compound or concrete (Mortar for floors) ▪ Undo toggle clip on FireStop collar and open it out. ▪ Slide the FireStop collar around the plastic pipe with fixing tabs pointing towards wall ▪ Close the toggle, locking the FireStop collar around pipe. ▪ Fix FireStop collar to wall using 32mm long, Ø8mm steel self- tapping screws, or appropriate fire rated anchor, using the integral

fixing tabs. ▪ Repeat for the other side of the wall

FIRE S

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FIRE S

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FIRE S

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FIRE S

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FIRE S

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FIRE S

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FIRE S

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Fire collar FFC

Items to order only

Appr

oval Outside Diameter of

PipeworkColour Fire Rating Pack quantity*

Item Art.-No. ETA [ml] [Hrs] [pcs]

FFC 2 / 30-32 52456 30-32 Red / Black 2 32FFC 2 / 38-40 52480 38-40 Red / Black 2 32FFC 2 / 55 52481 55 Red / Black 2 100FFC 2 / 63 52482 63 Red / Black 2 50FFC 2 / 75 52483 75 Red / Black 2 50FFC 2 / 82 52486 82 Red / Black 2 50FFC 2 / 90 52487 90 Red / Black 2 40FFC 2 / 110 52488 110 Red / Black 2 40FFC 2 / 125 52489 125 Red / Black 2 25FFC 2 / 160 52500 160 Red / Black 2 10FFC 2 / 200 52501 200 Red / Black 2 10FFC 4 / 30-32 52502 30-32 Red / Black 4 32FFC 4 / 38-40 52503 38-40 Red / Black 4 32FFC 4 / 55 52532 55 Red / Black 4 75FFC 4 / 63 52533 63 Red / Black 4 50FFC 4 / 75 52535 75 Red / Black 4 50FFC 4 / 82 52536 82 Red / Black 4 50FFC 4 / 90 52537 90 Red / Black 4 40FFC 4 / 110 52539 110 Red / Black 4 40FFC 4 / 125 52540 125 Red / Black 4 25FFC 4 / 160 52545 160 Red / Black 4 10

TECHNICAL DETAILS

Description Cable protection collar - graphite impregnated PVC compound in a powder coated steel sleeveState SolidOdour OdourlessFire Rating 4 hours - BS 476 Part 20Available sizes min. >30mm and max upto 200mmSignificant expansion occurs at >180ocStorage temperature n/aShelf-life n/aApplication temperature Stable at room temperatureWater resistance Very good when fully curedU.V resistance GoodShelf life n/aChemical and water resistance: Reactivity: Unstable with strong oxidising agents or alkali metals

Thermal decomposition products: When the product is heated to approximately 180c, the intumescent starts to exfoliate and releases decomposition gases. The duration of release will depend on the size of the Firestop collar used.

*This unit shows the minimum product per pallet / box. However, split boxes /pallets can be considered - please contact fischer Technical for more details.

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Slab application

Designed to expand under fire conditions to provide up to 4hrs fire protection to a wide range of non-metallic pipes.

APPLICATIONS

Manufactured to be wrapped around non-metallic pipes, to provide up to 4 hours fire protection.

Pipes tested include PVC, Polypropylene, MDPE, HDPE, HPPE and ABS up to a size of 200mm diameter.

FiPW is ideal for applications where larger openings have been formed in concrete slabs or walls, as they can be fitted at an earlier stage than other methods, thus eliminating the need to return to pipe installations once other trades have ‘made good’.

DESCRIPTION

A flexible composite strip containing intumescent graphite designed to provide high volume expansion and pressure seal.

Manufactured to be wrapped around non-metallic pipes and trunking, FiPW is designed to expand powerfully, to close down pipe openings and provide upto 4hrs fire resistance.

Tested to BS476 pt:20 and BS EN1366-3, FiPW is an asbestos and halogen-free environment friendly product and is unaffected by oil, fungus, vermin or rodents.

For large openings use in conjunction with fischer Coated Panel System - FCPS or fischer Fire Stop Compound - FFSC.

BUILDING MATERIALS

Suitable for: ▪ Drywall constructions. (In conjunction

with FCPS System) ▪ Solid concrete / masonry walls ▪ Solid concrete floor slabs


ADVANTAGES

▪ Suitable for wall and floor installation. ▪ Based on thermoplastic composite

and is non-toxic. ▪ Not affected by fungus, vermin or

rodents. ▪ Long shelf and service life. ▪ Easy, quick and economical

installation ▪ Single FiPW can be used upto wall

thickness of 150mm. ▪ Can be used in conjunction with:

- FCPS coated panel system - FiAM FireStop & acoustic mastic - FFSC firestop compound.


Wall application

BS 476 - 20: 1987

British Standard

▪ Check that pipe surface is clear of mortar and debris. ▪ Ensure that the correct pipe wrap is installed to suit diameter and fire rating. ▪ Wrap around pipe and fix with integral self-adhesive strip. ▪ Slide into position ensuring that the bottom edge is exposed in a floor slab and both edges are exposed in the wall. ▪ Two bands need to be used when the wall thickness exceeds 150mm. ▪ Seal the pipe wrap into the structure with fischer FireStop compound (FFSC) or FiAM.

Pipe wrap - FiPW

Approved CF 5036

▪ With FCPS ▪ With FiAM ▪ With FFSC

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TECHNICAL DATA

Intumescent pipe wrap FiPW

Outside Diameter of Pipework

Colour Fire Rating Pack quantity

Item Art.-No. ETA [mm] [Hrs] [pcs]

FIPW 2 / 30-32 52546 30-32 Black inner 2 150FIPW 2 / 38-40 52547 38-40 Black inner 2 100FIPW 2 / 55 52548 55 Black inner 2 100FIPW 2 / 63 52560 63 Black inner 2 50FIPW 2 / 75 52561 75 Black inner 2 150FIPW 2 / 82 52562 82 Black inner 2 150FIPW 2 / 110 52563 110 Black inner 2 80FIPW 2 / 125 52890 125 Black inner 2 35FIPW 2 / 160 52891 160 Black inner 2 10FIPW 2 / 200 53000 200 Black inner 1 1FIPW 4 / 30-32 53002 30-32 Black inner 4 150FIPW 4 / 38-40 53003 38-40 Black inner 4 100FIPW 4 / 55 53004 55 Black inner 4 50FIPW 4 / 63 53005 63 Black inner 4 50FIPW 4 / 75 53006 75 Black inner 4 150FIPW 4 / 82 53007 82 Black inner 4 150FIPW 4 / 110 53008 110 Black inner 4 50FIPW 4 / 125 53009 125 Black inner 4 35FIPW 4 / 160 53010 160 Black inner 4 10

Pipe wrap - FiPW

TECHNICAL DETAILS

Storage Temperature n/aState SolidOdour OdourlessExpansion ratio 1:25Significant expansion occurs at > 180°CApplication temperature -40°C to 130°CShelf-life n/aDensity 1.29 g/cm³Relative density 1.3 kg/m3Melting point / range Increase in a volume by factor 25>180˚CStability Stable under normal conditions.Chemical and water resistance: Thermoplastic element composition containing intumescent graphite in a synthetic compound with the addition of fillers and process oils.

Enclosed in a polyethylene sheath.

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Metal Pipes Solid Slab application

Compound provides a fire rated seal around service penetrations in fire rated walls and floors

APPLICATIONS

FFSC is used to seal a wide variety of service penetrations against the spread of fire. Can be installed in floors & walls to provide protection to:

▪ Plastic pipes upto 200mm dia. in conjunction with FiPW

▪ Electrical trunking in conjunction with FiP ▪ Cable Trays ▪ Metallic pipes ▪ Capable of accepting light foot traffic in

approx 72hrs (subject to size of opening & depth).

DESCRIPTION

FFSC is a formulated gypsum based mortar which can be mixed with water and trowelled / poured around services where penetration occurs in fire rated walls or floors.In floors, fischer FCPS is friction fitted between services and edges of the floor slab. FFSC is then trowelled over shutter to a depth of 25mm and once cured, a pour to the required full depth can be made. (See install guidance).In walls, Firestop Compound is mixed into a stiff consistency for trowelling into smaller openings.Plastic pipework must be protected with either fischer FFC Pipe collars or FiPW pipe wraps

BUILDING MATERIALS

Suitable for: ▪ Solid concrete / masonry walls ▪ Concrete floor slabs


ADVANTAGES

▪ Tested to BS476 Part 20, FireStop compound provides up to 6 hours fire protection.

▪ Can be installed within floors & walls ▪ Provides a smoke seal ▪ Good acoustic insulation ▪ Simple installation ▪ Load bearing seal ▪ Suitable to make good around most

types of service penetrations ▪ Fast curing.


Multi Services application

BS 476 - 20: 1987

British Standard

FireStop compound - FFSC

BS EN ISO 717-1: 1997

▪ Remove all loose material from opening of fire barrier. ▪ Fit shuttering or temporary plywood or similar material like FCPS. ▪ Add compound to clean water and mix by hand or with power mixer. ▪ Keep dry and protect bag from impact damage. ▪ Clean all tools and equipment immediately after use with water.

Floor openings ▪ Pouring: Mix compound with water - 2.5:1 parts by volume. Do not mix weaker than 2:1. ▪ Set shuttering into opening ensuring tight fit so when required depth of compound is installed, it is flush with floor type - unless

otherwise specified. ▪ Mix and pour compound until required thickness is achieved. ▪ Reinforcing with 12mm dia. bars placed at max. of 200mm centres across the short span only. Bars may be recessed into surrounding

structure by a min. of 50mm on both sides or supported on an angle, securely fixed to the structure. All positioned approx. 30mm above bottom surface of compound to ensure adequate fire protection. Existing compound installations can be drilled or sawn to allow provision of additional or replacement services and re-sealed.

▪ Recommended 50mm or half the diameter min. clearance between services and surrounding structure.

Wall openings ▪ Trowelling: 1 bag of compound to 7 ltrs water (3:1). Guide only, varies with conditions. ▪ Trowel compound, start at base of opening ensuring correct thickness of material installed. Work towards top of opening until barrier is

complete. If shuttering panel is set centre repeat process on other side.


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British Standard

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TECHNICAL DATA

FireStop compound FFSC

Appr

oval Weight Colour Fire Rating Pack quantity

Item Art.-No. ETA [Kg] [pcs]

FFSC / 20Kg 533247 20 Beige Upto 6 Hrs 1

FireStop compound - FFSC

APPLICATION DATA

Thickness of Compound

[mm]

Coverage

[No. of Bags per m2]

Weighted Sound Reduction Index

[Rw]

Fire Rating

[Hrs]

Load Bearing Area Free of Services

[mm]

75mm 3.15* 39db Up to 2 500 x 500**100mm 4.2* 46db Up to 6 750 x 750**150mm 6.5* 51db Up to 6 750 x 750**

TECHNICAL DETAILS

Maximum Working TemperatureFire Combustion (according to ISO 1182 and NT Fire 001) Non-combustible: Corrosive fumes NoneToxicity NilPhysicalDensity (Specific gravity) (g/cm3) 0.8-0.9Expansion during curing 1.1Explosive effect NoneCuring time (Hardening) 1-3 daysChemicalResistance to: Water GoodResistance to: Mineral / oil / petrol / solvents GoodResistance to: Acids GoodHalogen content (trace elements): Chlorine, flourides, Negligible (less than 38 ppm)Halogen content (trace elements): Ageing No known effect of ageMiscellaneousBonding to: Concrete 1.0 (10kg/cm2)Bonding to: Steel 0.35 (3.5kg/cm2)Blast resistance (Bar) 7Air and gas permeability coefficient (10-14m2) 3.5 as concreteSound insulation Very good (10cm / 50dB)

*These are approximate calculations based on 22kg bags. The coverage does not take into account the percentage of the hole filled with services.** As a further safety margin, we would recommend that all floor seals with clear areas of greater than 750mm x 750mm must be reinforced.Load Bearing note: The open area free of services: Thickness of seal ratios for non-reinforced seals given above, allow an ample safety margin for normal foot traffic. e.g loads of two men plus equipment with a combined weight up to 200kg.

Principle CharacteristicsMechanicalCompressive strength: (MPA) 8 (80kg/cm2)Surface hardness: Cyl/diam 20 (MPA) 8 (Load 4kn)

Cyl/diam 20 (MPA) 13 (Load 15kn)Thermal:Specific heat at 20oC (j/kgoC) 575 (0.14kcal/kgoC)

at 1000oC (j/kgoC) 986 (0.14kcal/kgoC)at 20oC (W/MoC) 0.19 (0.22kcal/kgoC)

at 100oC (W/MoC) 0.19 (0.22kcal/kgoC)at 500oC (W/MoC) 0.17 (0.22kcal/kgoC)

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Solid wall Batt application

A fully tested FireStop solution for pipework that maintains the integrity of insulation & provides a vapour seal.

APPLICATIONS

fischer Insulated fire sleeves are intended for use with both metal & plastic pipework including:

▪ Copper & mild steel,

▪ Polybutylene and PVC pipes

FiFS helps to maintain insulation values and provides a vapour seal. For insulated pipes it is normally necessary to remove insulation at point of penetration to enable standard pipe collars to close plastic pipes. fischer insulated fire sleeves provide both firestopping and thermal insulation.Where there is the need for enhanced acoustic standards to be met, the use of fischer insulated fire sleeves can considerably reduce the noise emission from noisy pipework.

DESCRIPTION

FiFS consist of a unique combination of mineral wool and intumescent graphite that provide all the benefits of mineral wool’s thermal, noise and fire benefits with an added intumescent effect.

Tested to BS 476:Part 20, they provide up to 2 hours Fire protection & can be used to FireStop pipe work operating at temperatures between 0oC and 180oC. At low temperatures, care should be taken to maintain the vapour barrier.

fischer insulated fire sleeves are compatible with most materials in normal building and industrial applications, although precautions should be taken when insulating austenitic stainless steel, regardless of insulation type.

BUILDING MATERIALS

Suitable for: ▪ Drywall ▪ Masonry/Concrete Walls ▪ Concrete floor slabs


ADVANTAGES

▪ Tested to BS 476:Part 20:1987

▪ Up to 2 hours fire rating

▪ Maintains integrity of insulation & vapour seal

▪ Labour saving

▪ Suitable for walls & floors

▪ No over sleeving required

▪ Wide range of sizes

▪ Offer no sustenance to vermin and do not encourage the growth of fungi, moulds or bacteria.


Drywall - Metal pipe application

BS 476 - 20: 1987

British Standard

Insulated fire sleeve - FiFS

BS EN ISO 717-1: 1997

▪ Cut to suit thickness of wall, allowing an additional 50mm (min 25mm overhang each side) where installing within Drywall, or where lagging is to be connected.

▪ Cut/slit the sleeve lengthways.

▪ Wrap FiFS around pipe and reseal slit using adhesive foil tape.

▪ Slide FiFS along pipe into opening, sealing any gaps or inaccuracies with fischer FiAM


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TECHNICAL DATA

Insulated fire sleeve FiFS

Items to order only

Appr

oval Size Colour Fire Rating Pack quantity

Item Art.-No. ETA [pcs]

FiFS / 17 53051 300mm x 80mm Grey / Black 2hr* 6FiFS / 21 53052 300mm x 80mm Grey / Black 2hr* 6FiFS / 27 53130 300mm x 83mm Grey / Black 2hr* 6FiFS / 34 53171 300mm x 85mm Grey / Black 2hr* 6FiFS / 42 53172 300mm x 100mm Grey / Black 2hr* 6FiFS / 48 53174 300mm x 107mm Grey / Black 2hr* 6FiFS / 54 53175 300mm x 113mm Grey / Black 2hr* 6FiFS / 60 53176 300mm x 120mm Grey / Black 2hr* 6FiFS / 67 53177 300mm x 128mm Grey / Black 2hr* 6FiFS / 76 53181 300mm x 133mm Grey / Black 2hr* 6FiFS / 80 53186 300mm x 140mm Grey / Black 2hr* 6FiFS / 89 53190 300mm x 145mm Grey / Black 2hr* 6FiFS / 108 53195 300mm x 158mm Grey / Black 2hr* 6FiFS / 114 53230 300mm x 160mm Grey / Black 2hr* 6FiFS / 140 53231 300mm x 195mm Grey / Black 2hr* 6FiFS / 169 53232 300mm x 225mm Grey / Black 2hr* 6

Insulated fire sleeve - FiFS

*Fire rating dependant on pipe material and substrate. See table below for further info.

APPLICATION DATA

Fire rating Orientation & Construction TypePipe Material Pipe Size

[Range]

Pipe Wall

[Thickness Range]

Floor* Wall* Integrity Insulation

Steel 22mm - 165mm 2.5mm - 14.2mm M, LDC, HDC PB & M 120 mins 0Copper 12mm - 160mm 2.5mm - 14.2mm M, LDC, HDC PB & M 120 mins 0Polybutylene 12mm - 28mm 2mm - 3.5mm M, LDC, HDC MW **, PB & M 120 mins 120 minsPVC 55mm - 160mm 3mm - 4.2mm M, LDC, HDC MW **, PB & M 120 mins 120 mins * Sleeve needs to protrude 25mm out of walls / floors and 50mm out of FCPS Coated Panels** Up to 110mm diameter / *** 160mm diameter applications is limited to 90 mins M = Masonry, LDC = Low Density Concrete, HDC = High Density Concrete, MW = Mineral Wool, PB = Plasterboard

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Bracket Assembly

Fire barrier solution for building envelope & floor joints that provides an air tight, water tight flexible seal.

APPLICATIONS

fischer ElastoSeal is particularly ideal for providing a 2hr FireStop solution for Slab Edge applications, in particular:

▪ Curtain Wall assemblies ▪ Stone Cladding ▪ Horizontal concrete to concrete joints

Elastoseal is also an effective solution where there is a requirement for air sealing & for applications where water resistance would be an advantage.

DESCRIPTION

FFB-ES ElastoSeal is part of the fischer Fire|Barr System for forming fire barriers within building envelope assemblies and is of particular benefit for applications that need to accomodate movement.

ElastoSeal has been developed for use on 80kg/m³ stone wool base. Once applied it prevents the passage of fire, smoke and sound between fire rated compartments giving a fire resistance tested to BSEN1366-4: 2006- 120EI.

It is a water based acrylic coating, having excellent fire and elastrometric properties, offering up to 50% movement. At normal temperatures, ElastoSeal remains highly flexible to permit thermal and mechanical movement within the building structure.

BUILDING MATERIALS

Suitable for: ▪ Concrete slabs ▪ Stone/Concrete Cladding Panels ▪ Curtain Wall


ADVANTAGES

▪ Assessed for use in openings up to 600mm wide.

▪ Offers 50% flexibility when between -10 to +95 °C.

▪ Can be spray applied for rapid installation.

▪ Up to 2hrs fire resistance to EN1366-4. ▪ Smoke, acoustic, air & water barrier to

EN10140, EN1027, EN1026 ▪ Ideal for slab edge applications. ▪ Versatile Installation -Ideal for spray,

trowel & pourable applications ▪ Economical -- Install on base of 80kg/³

stone wool ▪ Cost Savings - 3% Lower compression

of stone wool than other systems = Less material required.

▪ Cost Savings - Only 2.5mm WFT required = Approx 16% less coating than other systems.


Curtain wall no brackets

British Standard

Fire|Barr ElastoSeal - FFB-ES

BS EN 10140

▪ Use rubber gloves and eye protection to avoid skin and eye contact. ▪ Cut 80kg/m³ x 100mm thick rock wool to suit opening, Allow min 10mm compression, or 30% for movement joints. ▪ Install Z Brackets at mid section of rock wool for openings in excess of 250mm ▪ Compress rock wool into opening, ensuring all joints are butted tightly and surface is flush to slab ▪ Apply ElastoSeal via spray, brush or trowel, to min 2.5mm WFT, ensuring min 12mm overlap to slab and rear of panel/wall ▪ Protect from weather until cured and maintain record of installation

2

BS EN 1366-4: 2006

BS EN 1026

BS EN 1027

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TECHNICAL DATA

Fire|Barr ElastoSeal FFB-ES

Items to order only

Appr

oval Pack quantity Colour Fire Rating Pack quantity

Item Art.-No. ETA [Kg] [pcs]

FFB-ES / W 520753 20 White 2hr 1FFB-ES / G 520755 20 Grey 2hr 1*FFB-ES / R 520756 20 Red 2hr 1*

Fire|Barr Elastoseal - FFB-ES

TECHNICAL DETAILS

Description Water based flexible acrylic coating

Colour White = Standard / Grey and Red to minimum order only

Density 1.25 – 1.3 g/cm³

Coating thickness 2.5mm Nominal, wet coating thickness

Stopseal sealant coverage 2.8kg/m², 3.5L/m²

Fire resistance EN1366-4:2006 120 EIAcoustic performance 43dB when installed with one 100mm thick 80kg/m³ stone wool. Tested to EN10140.

52dB when installed with 200mm thick 80kg/m³ stone wool. Tested to EN10140.Air permeability 600 PA Positive and Negative Pressure. Tested to EN1026

Water permeability 450 PA Positive pressure. Tested to EN1027

Container size 20kg.

Spraying guidance For optimum results, an airless sprayer should be utilised, at a pressure of 90psi, using a spray tip of approx 29-35 thou.

Application temperature +5 and +32⁰CStorage and disposal For long term storage and ease of installation it is recommended that ElastoSeal be stored indoors, in dry conditions.

Storage temperature between -5°C and +25°C. For health and safety details refer to fischer technical department. Shelf life 12 months from date of manufacture.

*Subject to minimum order requirement

DYNAMIC MOVEMENT

Facade systems are often subjected to both negative & positive wind loadings, as well as other factors that can cause deflection. This can occur during normal service life, or under fire conditions.

fischer FFB-ES Elastoseal has beendesigned to accomodate such movement

& has undergone a Dynamic Movement Testing regime more rigorous than laid down within test standards.

ElastoSeal has undergone dynamic movement tests in excess of 1000 cycles.

To perform the dynamic tests, 2.5mm WFT of ElastoSeal was cured on to elastomeric substrates, which were then subjected to both extension & compression cycles.

EXTENSION >

< COMPRESSION ElastoSeal under 7 tonne load pressure, allowing compression to less than half of original thickness.

Despite this arduous regime, which emphatically exceeds the 500 cycle requirements of Class II & III Approval, ASTM E 1966 & UL 2079, after 1000 cycles there was no visible or physical deterioration of the ElastoSeal at all.

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Complete assembly

Designed for use in horizontal mode within cavities between ventilated rainscreen cladding and building structure

APPLICATIONS

▪ For use in horizontal mode within cavities between ventilated rainscreen cladding & the building structure.

▪ Fischer Fire|Barr VentiStop has been designed to provide a 25mm air gap, that allows air flow & moisture to pass down the back of the cladding. Under fire conditions, the powerful intumescent along the front edge, expands horizontally to close the gap and prevent the passage of fire.

BUILDING MATERIALS

Suitable for: ▪ Rainscreen Cladding Systems


ADVANTAGES

▪ Available in different widths and Pre-Cut units for bespoke application.

▪ Assessed for use within openings up to 450mm span.

▪ Free of halogens, asbestos, fibres and silica and is non toxic.

▪ Suitable for use in irregular applications. ▪ Brackets included in pack. ▪ Long life and ease of application with

minimum waste. ▪ Allows for movement of air and

moisture ▪ Encased fibre migration for air plenum

use.


Partial assembly

British Standard

Fire|Barr VentiStop - FFB-VS

▪ FFB-VS must be installed with un-faced mineral fibre in contact with sides of structural element. ▪ Insert seal in to cavity with a 25mm gap to the external edge of cavity in respect of the ventilated version. ▪ Strips are located with dedicated ‘split’ fixing brackets which are impaled in to RCB material at mid-thickness. ▪ Bracket to be at 400mm centres, push legs back to mechanically retain intumescent strip. ▪ Brackets must be fixed to structure using non-combustible fixings. ▪ Ensure all joints of FFB-VS are tightly abutted.

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BS 476 - 20: 1987

DESCRIPTION

FFB-VS is part of the fischer Fire|Barr system for forming fire barriers within building envelope systems.

FFB-VS comprises of an aluminium foil faced structural stone wool section, with an integral intumescent strip, bonded to cover the exposed face.

Tested in accordance with BS476-20 it has shown itself capable of providing up to 1 hrs fire protection once activated.

During normal service life, an air gap of min 25mm is maintained to allow ventilation. In the event of direct exposure to fire, when subjected to heat, the intumescent strip rapidly expands to fill the air gap within the cavity.

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ORDERING

TECHNICAL DATA

Fire|Barr VentiStop FFB-VS

Items to order only

Appr

oval To suit cavity void

widthColour Fire Rating Pack quantity

Item Art.-No. ETA [mm] [pcs]

FFB-VS / 25-50 521520 25-50 Red / Silver / Black 1hr 48FFB-VS / 51-100 521521 51-100 Red / Silver / Black 1hr 24FFB-VS / 101-150 521522 101-150 Red / Silver / Black 1hr 18FFB-VS / 151-200 521523 151-200 Red / Silver / Black 1hr 14FFB-VS / 201-250 521524 201-250 Red / Silver / Black 1hr 11FFB-VS / 251-300 521525 251-300 Red / Silver / Black 1hr 11FFB-VS / 301-350 521526 301-350 Red / Silver / Black 1hr TBAFFB-VS / 351-400 521527 351-400 Red / Silver / Black 1hr 9FFB-VS / 401-450 521528 401-450 Red / Silver / Black 1hr 6

Fire|Barr VentiStop - FFB-VS

TECHNICAL DETAILS

Description Silver foil wrapped with black intumescent edge

Activation 180oc

Expansion volume 25 times thickness of material (1.4mm=30mm)

Expansion pressure approx. 0.7N/mm2

Density approx. mineral wool 80Kg/m3. Intumescent 1.3

Testing BS 476 pt 20/22, DIN 4102 B2 - 60/60

Dimensions 75mm thickness x 1000mm long

Widths 30-290mm

Storage and disposal Store between -5°C and +25°C indoors, above ground level in dry well ventilated conditions.

fischer FFB-VS is a bespoke solution that is manufactured to order. As such delivery time can vary, according to quantity ordered and current production load. Average turnaround is normally approx. 7-10 working days, but please, check at time of ordering for latest estimate.

IMPORTANTWhen ordering please provide us with the TOTAL cavity width for your application, excluding any insulation there might be. See right for details.

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Vertical and Horizontal Seperation - Slab edge

A versatile product that can provide vertical & horizontal separation within building envelope assemblies.

APPLICATIONS

▪ FFB-FM provides vertical seperation within rainscreen facade cavities as part of a system solution, with our ventilated cavity barrier product FFB-VS.

▪ Ideal for horizontal separation within curtain wall facade systems and vertically, in conjunction with our FFB-ES ElastoSeal system.

▪ The integral flexible intumescent seal along the front edge makes FFB-FM ideal for applications where movement is required and helps accommodate small inaccuracies in the opening.

BUILDING MATERIALS

Suitable for: ▪ Concrete slabs, columns & walls ▪ Curtain wall assemblies ▪ Stone cladding etc.


ADVANTAGES

▪ Truly versatile - One product covers several applications.

▪ Available in a wide variety of cavities and joints up to 450mm wide.

▪ Free of halogens, asbestos, fibres and silica.

▪ Non-toxic. ▪ Suitable for use in irregular

applications. ▪ Brackets included in pack. ▪ Structural stone wool for long life,

unlike some competitor products. ▪ Ease of application with minimum

waste.


Vertical Seperation with FFB-ES

British Standard

Fire|Barr Fleximescent - FFB-FM

▪ Fleximescent must be installed with un-faced mineral fibre in contact with sides of structural element. ▪ Strips are located with dedicated ‘split’ fixing brackets which are impaled in to FFB-FM material at mid-thickness. ▪ Bracket to be at 400mm centres. Brackets must be fixed to structure using non-combustible fixings. ▪ Ensure all joints of FFB-FM are tightly abutted.

2

BS 476 - 20: 1987

DESCRIPTION

fischer Fire|Barr Fleximescent comprises a polyethylene fibre reinforced aluminium foil faced structural mineral wool section, with an integral flexible intumescent seal along the front edge.

Tested to BS476 Part 20, Fleximescent has been shown to provide up to 2 hours fire resistance. It is supplied complete with brackets and is available to order to suit joints and cavities up to 450mm wide.

Vertical installation ▪ Fix Brackets in place ▪ Offer up Fleximescent to brackets ▪ Impale Fleximescent onto brackets and push back firmly

Horizontal installation ▪ Impale Fleximescent onto brackets at mid-section. ▪ Compress into cavity and fix brackets to slab as required

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TECHNICAL DATA

Fire|Barr Fleximescent FFB-FM

Items to order only

Appr

oval To suit cavity void

widthColour Fire Rating Pack quantity

Item Art.-No. ETA [mm] [pcs]

FFB-FM/25-50 521511 25-50 Red / Silver / Black 2hr *On requestFFB-FM/51-100 521512 51-100 Red / Silver / Black 2hr *On requestFFB-FM/101-150 521513 101-150 Red / Silver / Black 2hr *On requestFFB-FM/151-200 521514 151-200 Red / Silver / Black 2hr *On requestFFB-FM/201-250 521515 201-250 Red / Silver / Black 2hr *On requestFFB-FM/251-300 521516 251-300 Red / Silver / Black 2hr *On requestFFB-FM/301-350 521517 301-350 Red / Silver / Black 2hr *On requestFFB-FM/351-400 521518 351-400 Red / Silver / Black 2hr *On requestFFB-FM/401-450 521519 401-450 Red / Silver / Black 2hr *On request

TECHNICAL DETAILS

DescriptionPolyethylene Fibre Reinforced Aluminium foil faced structural mineral wool section with black elastomeric acoustic foam, laminated with a graphite intumescent compound to front edge

Activation 180oc

Expansion volume 25 times thickness of material (1.4mm=30mm)

Expansion pressure approx. 0.7N/mm2

Density approx. mineral wool 80Kg/m3. Intumescent 1.3

Testing BS 476 pt 20/22, DIN 4102 B2 - 60/60

Dimensions 75mm thickness x 1000mm long. Widths 30-290mm

Storage and disposal Store between -5°C and +25°C indoors, above ground level in dry well ventilated conditions

Fire|Barr Fleximescent - FFB-FM

* FFB-FM Fleximescent is a bespoke solution that is manufactured to order, so pack quantities can vary according to exact size ordered. When ordering please provide the following information: 1). Article Code 2). TOTAL Cavity or Joint width

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Forthcoming developments

FiPB

Intumescent Pipe Band - FiPBDESCRIPTION

fischer Intumescent Pipe Band is an intumescent composition based on elastomeric thermoplastic polymers, binders designed to provide high volume expansion and a high pressure seal. It will be available in 15metre rolls and cover a wide range of pipe sizes and types.Quick and easy to cut and fit on site, it saves having to purchase or hold stocks of a multitude of individual sizes of Pipe Wraps

TEST STANDARDS & APPROVALSFiPB is currently undergoing testing and processes to gain the following approvals..

BS 476 - 20: 1987

KEY FEATURES ▪ Suitable for both walls and floors ▪ 15metre roll to cover many applications and sizes ▪ Test coverage for PVC, PP, HDPE, MDPE and ABS Pipes ▪ Long life and easy to use. ▪ Pipe Diameters up to 200mm ▪ Up to 2 hours Fire Rating

TYPICAL APPLICATION

Max Strength Mortars

High Performance Fire MortarsDESCRIPTION

Based on the same Gypsum technology as our current FFSC Firestop Mortar, we are currently, not only developing an improved version that will provide a wider application range but, also an additional ‘Max’ High Strength grade that will offer greater load bearing performance in larger opening sizes.

MECHANICAL PROPERTIESFlexural strength dry fully hardened. (Typical values)

FFSC-HP FFSC-MAX

HIGH PERFORMANCE COMPOUND - FFSC-HP ▪ FFSC-HP is a general purpose fire-stopping mortar with

proven load-bearing capacity, for sealing mechanical and electrical service penetrations through walls and floors.

MAX STRENGTH COMPOUND - FFSC-MAX

▪ FFSC-MAX for large span floor openings and around unsupported fire dampers.

Acoustic Performance 50dB @ 100mm thick

Fire Performance Up to 4 hours Integrity/Insulation

Test Standards BS476 - 20 and FM Approval

Acoustic Performance 47dB @ 100mm thick

Fire Performance Up to 4 hours Integrity/Insulation

Test Standards BS476 - 20 and UL Listed

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Fire testing according to DIN 4102 and TR 020 applications in the concrete tensile zone

Description Fixing type Material Max. permitted load in case of a fire [kN] Test reportApproval no. *

Certificate Applicationgvz A4 C

(1.4529)F30 F60 F90 F120 VdS FM

Tensileloads

Transverseloads

Tensileloads

Transverseloads

Tensileloads

Transverseloads

Tensileloads

Transverseloads

fischer highbond anchor FHB II FHB II 8 x 60 ▯ ▯ ▯ 2.3 2.8 1.8 2.1 1.2 1.4 0.9 1.0 PB III /B-06-065

(18.04.2006)

Cracked and non-cracked

concreteFHB II 10 x 60 ▯ ▯ ▯ 3.4 4.1 2.4 2.9 1.4 1.8 0.9 1.2FHB II 10 x 95 ▯ ▯ ▯ 3.6 4.3 2.7 3.3 1.8 2.4 1.4 1.9FHB II 12 x 75 ▯ ▯ ▯ 4.4 4.9 3.5 4.0 2.6 3.1 2.1 2.7FHB II 12 x 120 ▯ ▯ ▯ 5.1 6,1 3.8 4.9 2.4 3.6 1.7 3.0FHB II 16 x 95 ▯ ▯ ▯ 8.3 9.2 6.6 7.5 4.8 5.9 4.0 5.0FHB II 16 x 160 ▯ ▯ ▯ 9.5 11.4 7.0 9.1 4.5 6.8 3.3 5.6FHB II 20 x 210 ▯ ▯ ▯ 14.9 17.8 11.0 14.2 7.1 10.6 5.2 8.8FHB II 24 x 170 ▯ ▯ ▯ 18.7 20.8 14.8 17.0 10.9 13.3 8.9 11.4

fischer highbond anchor dynamic FHB dyn FHB-A dyn 12 x 100/25 ▯ 7.0 – 4.0 – 2.5 – – – 3038/8141-1(of 12.10.2001)


concreteFHB-A dyn 12 x 100/50 ▯ 7.0 – 4.0 – 2.5 – – –FHB-A dyn 16 x 125/25 ▯ 15.0 – 7.0 – 5.0 – 4.0 –FHB-A dyn 16 x 125/50 ▯ 15.0 – 7.0 – 5.0 – 4.0 –FHB-A dyn 20 x 170/50 ▯ 2.0 – 9.5 – 7.0 – 5.0 –FHB-A dyn 24 x 220/50 ▯ 25.0 – 12.0 – 9.5 – 7.5 –FHB-A dyn 16 x 125/50C ▯ 15.0 – 7.0 – 5.0 – 4.0 –

fischer Zykon anchor FZA FZA M6 ▯ 1.0 – 0.5 – 0.35 – 0.25 – 3277/0531-1(of 23.11.2001)


concreteFZA M8 ▯ 1.5 – 0.8 – 0.5 – 0.4 – ▯FZA M10 ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯FZA M12 ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M16 ▯ 13.5 – 6.5 – 4.0 – 3.0 – ▯ ▯FZA M6 A4/C ▯ ▯ 2.1 – 1.2 – 0.85 – 0.7 –FZA M8 A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯FZA M16 A4/C ▯ ▯ 24.0 – 12.0 – 7.5 – 6.0 – ▯ ▯

fischer Zykon through anchor FZA-D FZA M8 D ▯ 1.5 – 0.8 – 0.5 – 0.4 – 3277/0531-1(of 23.11.2001)

▯ Cracked and non-cracked

concreteFZA M10 D ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯FZA M12 D ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M16 D ▯ 13.5 – 6.5 – 4.0 – 3.0 – ▯ ▯FZA M8 D A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 D A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 D A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯FZA M16 D A4/C ▯ ▯ 24.0 – 12.0 – 7.5 – 6.0 – ▯ ▯

fischer internally-threaded anchor FZA-I FZA M6 I ▯ 1.0 – 0.5 – 0.35 – 0.25 – 3277/0531-1(of 23.11.2001)


concreteFZA M8 I ▯ 1.5 – 0.8 – 0.5 – 0.4 – ▯FZA M10 I ▯ 4.5 – 2.2 – 1.3 – 0.9 – ▯ ▯FZA M12 I ▯ 8.5 – 3.5 – 2.0 – 1.5 – ▯ ▯FZA M6 I A4/C ▯ ▯ 2.1 – 1.2 – 0.85 – 0.7 –FZA M8 I A4/C ▯ ▯ 10.0 – 4.0 – 1.8 – 1.0 – ▯FZA M10 I A4/C ▯ ▯ 18.0 – 7.0 – 3.5 – 2.0 – ▯ ▯FZA M12 I A4/C ▯ ▯ 22.0 – 9.0 – 5.0 – 3.5 – ▯ ▯

fischer ZYKON hammerset anchor FZEA-II FZEA II 10 x 40 M8 ▯ ▯ ▯ 1.0 0.9 0.9 0.8 0.8 0.7 0.7 0.6 ETA-06/0271 ▯Cracked and non-cracked

concrete

FZEA II 12 x 40 M10 ▯ ▯ ▯ 1.8 2.3 1.8 1.7 1.6 1.1 1.2 0.9 ▯FZEA II 14 x 40 M12 ▯ ▯ ▯ 1.8 2.3 1.8 2.1 1.8 1.4 1.5 1.0 ▯

fischer anchor bolt FAZ II FAZ II M8 ▯ 1.25 1.8 1.2 1.6 0.9 1.3 0.8 1.2 PB III/B-05-001(from 10.02.2005)

ETA-05/0069

▯ Cracked and non-cracked

concreteFAZ II M10 ▯ 2.25 3.6 2.25 2.9 1.9 2.2 1.6 1.9 ▯ ▯FAZ II M12 ▯ 4.0 6.3 4.0 4.9 3.2 3.5 2.8 2.8 ▯ ▯FAZ II M16 ▯ 9.4 11.7 7.7 9.1 6.0 6.6 5.2 5.3 ▯ ▯FAZ II 8 A4/C ▯ ▯ 1.7 – 1.7 – 1.7 – 1.7 – PB III/B-02-316

(of 31.01.2003)▯

FAZ II 10 A4/C ▯ ▯ 2.5 – 2.5 – 2.5 – 2.5 – ▯ ▯FAZ II 12 A4/C ▯ ▯ 4.5 – 4.5 – 4.5 – 4.5 – ▯ ▯FAZ II 16 A4/C ▯ ▯ 8.0 – 8.0 – 8.0 – 8.0 – ▯ ▯

fischer high performance anchor FH/FH IIFH 10 B / S / H ▯ 0.4 – 0.4 – 0.4 – – –

3355/0530-2 (25.5.00)


concreteFH II 12 B / S / H /SK ▯ 0.4 0.4 0.3 0.3 0.3 0.3 0.2 0.2 ETA-07/0025 ▯FH II 15 B / S / H /SK ▯ 0.9 0.9 0.8 0.8 0.6 0.6 0.5 0.5 ▯FH II 18 B / S / H ▯ 1.7 1.7 1.3 1.3 1.1 1.1 0.8 0.8 ▯FH II 24 B / S / H ▯ 3.1 3.1 2.4 2.4 2.0 2.0 1.6 1.6 ▯

fischer concrete screw FBS FBS 8 ▯ – – – – 0.8 – 0.8 – 902 070 000(of 25.06.2002)


concreteFBS 10 ▯ – – – – 1.0 – 1.0 –FBS 10 A4/C ▯ ▯ – – – – 1.5 – 1.5 –

* Detailed information regarding test reports and approvals www.fischer.co.uk → Fixing Systems → Products → Product online catalogue

FHB II-P 12 x 75

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Applications in the concrete pressure area


Cerificate Applicationgvz A4 C

(1.4529) F30 F60 F90 F120 VdS FM

fischer bolt FBN II FBN II 8 ▯ 0.5 0.5 0.5 – 3355/0530-4(of 23.06.2000)

Non-cracked concreteFBN II 10 ▯ 1.3 1.3 1.3 –

FBN II 12 ▯ 1.8 1.8 1.8 –FBN II 16 ▯ 4.0 4.0 4.0 –FBN II 20 ▯ 7.0 7.0 7.0 –

Upat EXA express anchor EXA M8 ▯ 0.8 0.8 0.7 0.5 3268/1095-3(of 21.02.1996)

▯ Non-cracked concreteEXA M10 ▯ 0.8 0.8 0.8 0.8 ▯

EXA M12 ▯ 0.8 0.8 0.8 0.8 ▯

Upat UPM 44 Chemical mortar UPM 44 M8 ▯ 1.9 0.8 0.3 0.15 3253/0291-3(of 10.01.2002)

Non-cracked concreteUPM 44 M10 ▯ 4.5 2.1 1.0 0.6

UPM 44 M12 ▯ 8.5 3.6 2.1 1.5UPM 44 M16 ▯ 13.5 6.4 4.0 3.0UPM 44 M20 ▯ 21.0 10.0 6.0 4.5UPM 44 M24 ▯ 30.0 14.0 9.0 6.5UPM 44 M30 ▯ 45.0 22.0 14.0 10.0UPM 44 M8 A4/C ▯ ▯ 4.3 0.8 0.3 0.15UPM 44 M10 A4/C ▯ ▯ 7.5 2.1 1.0 0.6UPM 44 M12 A4/C ▯ ▯ 11.0 5.7 3.9 3.0UPM 44 M16 A4/C ▯ ▯ 25.0 10.0 5.8 4.0UPM 44 M20 A4/C ▯ ▯ 32.0 15.0 9.0 6.0UPM 44 M24 A4/C ▯ ▯ 45.0 22.0 13.0 9.0UPM 44 M30 A4/C ▯ ▯ 70.0 35.0 20.0 14.0

fischer injection mortar FIS V FIS A M8 ▯ 1.9 0.8 0.3 0.15 3038/8141-3(of 10.01.2002)

Non-cracked concreteFIS A M10 ▯ 4.5 2.1 1.0 0.6

FIS A M12 ▯ 8.5 3.6 2.1 1.5FIS A M16 ▯ 13.5 6.4 4.0 3.0FIS A M20 ▯ 21.0 10.0 6.0 4.5FIS A M24 ▯ 30.0 14.0 9.0 6.5FIS A M30 ▯ 45.0 22.0 14.0 10.0FIS A M8 A4/C ▯ ▯ 4.3 0.8 0.3 0.15FIS A M10 A4/C ▯ ▯ 7.5 2.1 1.0 0.6FIS A M12 A4/C ▯ ▯ 11.0 5.7 3.9 3.0FIS A M16 A4/C ▯ ▯ 25.0 10.0 5.8 4.0FIS A M20 A4/C ▯ ▯ 32.0 15.0 9.0 6.0FIS A M24 A4/C ▯ ▯ 45.0 22.0 13.0 9.0FIS A M30 A4/C ▯ ▯ 70.0 35.0 20.0 14.0

fischer hollow-ceiling anchor FHY FHY M6 ▯ 1.0 0.45 0.28 0.2 3566/3321(of 21.06.2002)

Prestressed concrete andhollow plate

ceilings

FHY M8 ▯ 1.6 1.0 0.75 0.6 ▯FHY M10 ▯ 2.5 1.65 1.3 1.1 ▯

fischer Universal frame fixing FUR FUR 101) ▯ ▯ 1.6 – 0.8 – 3705/4711(of 23.11.2001)

Non-cracked concreteFUR 102) ▯ ▯ 1.6 – 1.4 0.8

FUR 103) ▯ ▯ 1.6 – 1.6 0.8

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → Fixing Systems → Products → Product online catalogue.1) Load angle 10°2) Load angle 70°3) Load angle 90°

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Applications for suspended ceilings and for manifold fixing of non-load-bearing systems

Facade fire tests


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer universal frame fixing FUR FUR 8 ▯ ▯ – – 0.8 – Z-21.2-1204(of 10.04.2000)

FacadeFUR 10 ▯ ▯ – – 0.8 –

– –– –

fischer long-shaft fixing SXS SXS 10 ▯ ▯ – – 0.8 – Z-21.2-1695(of 23.03.2001)

Facade

fischer frame fixing S-R S 8 R ▯ ▯ – – 0.51) – Z-21.2-9(of 02.08.2000)

FacadeS 10 R ▯ ▯ – – 0.81) –S 12 R ▯ ▯ – – 1.01) –S 14 R ▯ ▯ – – 1.21) –

fischer frame fixing S-H-R S 10 H-R ▯ ▯ – – 0.42) – Z-21.2-9(of 02.08.2000)

FacadeS 14 H-R ▯ ▯ – – 0.62) –

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → Fixing Systems → Products → Product online catalogue.1) Values for concrete. Values for other building materials according to approval !2) Values for perforated sand-lime brick. Values for other building materials according to approval !

Applications in masonry


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer injection mortar FIS V FIS V M8 ▯ ▯ 1.91) 0.81) 0.51) 0.41) 3355/0530-5(of 21.05.2001)

MasonryFIS V M10 ▯ ▯ 4.01) 1.81) 1.01) 0.71)

FIS V M12 ▯ ▯ 5.01) 2.71) 1.51) 1.01)

Upat UPM 44 chemical mortar UPM 44 M8 ▯ ▯ 1.91) 0.81) 0.51) 0.41) 3354/0520-5(of 21.05.2001)

MasonryUPM 44 M10 ▯ ▯ 4.01) 1.81) 1.01) 0.71)

UPM 44 M12 ▯ ▯ 5.01) 2.71) 1.51) 1.01)

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → Fixing Systems → Products → Product online catalogue.1) Values apply to sand-lime brick HL

Z12, clay brick MZ12, vertically perforated brick HL

Z12, and perforated sand-lime brick (ventilating) KSL12


Cerificate Applicationgvz A4 C

(1.4529) F30 F60 F90 F120 RWS VdS FM

fischer concrete screw FBS FBS 5 ▯ – – 0.2 0.2 902 070 000(of 25.06.2002)

Suspended ceilingsFBS 6 ▯ – – 0.5 0.3

FBS 8 ▯ – – 0.8 0.8fischer ceiling nail FDN FDN 6/35 ▯ – 0.4 0.25 – Z-21.1-1731

(of 05.07.2002)Suspended

ceilingsFDN 6/65 ▯ – 0.4 0.25 –

fischer nail anchor FNA II FNA II 6 x 25 ▯ 0.61) 2) 0.61) 2) 0.61) 2) 0.51) 2) PB III/B-06-267(of 18.09.2006)

Manifold fixing of non-load-bearing

systemsFNA II 6 x 25 M6 ▯ 0.41) 2) 0.31) 2) 0.31) 2) 0.31) 2) ▯FNA II 6 x 25 M8 ▯ 0.61) 2) 0.61) 2) 0.61) 2) 0.51) 2)

FNA II 6 x 25 OE ▯ 0.41) 2) 0.31) 2) 0.21) 2) 0.21) 2)

FNA II 6 x 30 ▯ ▯ ▯ 0.91) 2) 0.91) 2) 0.71) 2) 0.51) 2)

FNA II 6 x 30 M6 ▯ ▯ ▯ 0.41) 2) 0.31) 2) 0.31) 2) 0.31) 2) ▯FNA II 6 x 30 M8 ▯ ▯ ▯ 0.71) 2) 0.61) 2) 0.61) 2) 0.51) 2)

fischer hammerset anchor EA II EA II M63) ▯ ▯ – – – 0.1 Z-21.1-1619(of 01.01.1998)

Suspended ceilings and non-cracked concrete

EA II M8 x 40 ▯ – – 0.8 0.7 ▯EA II M10 ▯ – – 0.8 0.8 ▯ ▯EA II M12 ▯ – – 0.8 0.8 ▯ ▯

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → Fixing Systems → Products → Product online catalogue.1) The loads apply for tensile, transverse tensile, and oblique tensile load directions at various angles and with an edge distance of at least 100 mm.

For smaller edge distances, it is necessary to reduce loads according to approval no. ETA-06/0175, ETA-06/0176 and ETA-06/0177 and test report no. PB III / B-06-267.2) Permitted load per fixing point. A fixing point can consist of a single fixing, a group of two with s ≥ 50 mm or a group of four with s ≥ 50 mm.3) GU III/B-02-035 (from 12.08.2002)

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Fire testing in accordance with ZTV-Tunnel [Additional technical contractual conditions and regulations for the construction of road tunnels]


Applicationgvz A4 C

(1.4529) F30 F60 F90 F120

fischer highbond anchor FHB II FHB II 8 x 60 C ▯ 1.0 PB III/B-06-139 Cracked and non-cracked concreteFHB II 10 x 95 C ▯ 1.7

FHB II 12 x 120 C ▯ 2.8FHB II 16 x 160 C ▯ 5.0FHB II 20 x 210 C ▯ 7.2

fischer anchor bolt FAZ FAZ 8 C ▯ 1.2 PB III/B-04-289 (of 23.09.2004)

Cracked and non-cracked concreteFAZ 10 C ▯ 2.3

FAZ 12 C ▯ 3.2FAZ 16 C ▯ 6.2

fischer nail anchor FNA II C FNA II 6 x 30 M6 A4/C ▯ 0.1 PB III/B-07-114 multiple fixings of non-structural applications FNA II 6 x 30 A4/C ▯ 0.1

FNA II 6 x 30 A4 ▯ 0.1Efectis 2006 R0561

(90 min) FNA II 6 x 30 M6 A4 ▯ 0.1 FNA II 6 x 40 ▯ 0.1 FNA II 6 x 40 M6 ▯ 0.1

* Detailed information regarding test reports and approvals is available at: www.fischer.co.uk → Fixing Systems → Products → Product online catalogue

FHB II-P 12 x 75

type Art.-No. qty pcs. length [mm]

profile profilethickness [mm]

Quick-fix strap 1m 42975 10 1000 3/50 3

Quick-fix strap 2m 48179 10 2000 3/50 3

Quick-fix back plates

42974 50 50 x 70 3/50 3

Quick-fix pliers 42976 1 - - -

Certified fischer bracket system

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Decisive factors

Technical disclaimer / Decisive factors Due to the complexity of building materials, tools, fixing elements and installation techniques a comprehensive recommendation depends on full and detailed understanding of specific site conditions.

This document is a factual record of FireStop product performance obtained under specific conditions and does not constitute an endorsement of the suitability of the product for any specific application. This responsibility remains with the customer.The data given shall be used as a guide for assessment or FireStop product suitability. Even when our advice is given in good faith it cannot be binding for this reason and we cannot accept any liability for any anchor failure due to the wrong design, misuse or wrong installation.

For further product information please contact the fischer Technical Department:

Phone: 01491 827 920E-mail: [email protected]

fischer fixings (UK) Ltd.Whitely Road, Wallingford, Oxon, OX10 9AT.

We cannot be responsible for any errors and we reserve the right to make technical and range modifications without notice.No liability is accepted for printing errors and omissions.

General NoticeThe information in this brochure is intended for general guidance only and is given without engagement. Additional information and advice on specific applications is available from our Technical Support Team. For this however, we require a precise description of your particular application.

All the data in this brochure concerning work with our fixings must be adapted to suit local conditions and the type of materials in use.

If no detailed performance specifications are given for certain articles and types, please contact our Technical Service Department for advice.

Phone: 01491 827 920E-mail: [email protected]

Contacts

fischer fixings UK Ltd.Whitely RoadOxon OX10 9AT WallingfordGreat BritainPhone (0044) 1491 827900Fax (0044) 1491 827953E-mail [email protected]

Your dealer:

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www.fischer.co.uk

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Technical Service If you need any assistance, simply contact your local fischer representative. For more specialised application problems please contact our Technical Services Team.

fischer fixings UK Ltd. Wallingford, Oxon, OX10 9AT.

Phone 01491 827 920 e-mail: [email protected]

Technical TrainingWe also offer training seminars suited to your individual needs and requirements. Please call the number above to find out more

firestop catalogue 2015 v4

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