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Gas Filtration Products for OEMHealth Care Devices


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Pall CorporationFor more than fifty years, Pall Corporation has

provided the global medical manufacturing

industry with the widest selection of

customized membranes and devices. Because

we manufacture our own membranes, wecan control the OEM manufacturing process

every step of the wayfrom raw materials

to final medical filtration device assembly.

As a result, you can be assured of total

product quality.

Whether you are filtering intravenous solutions, protecting

equipment from contamination, or providing bacteria-free air

for breathing circuits, Pall Medical has membranes for your

most demanding and critical applications.

By combining our strengths with yours, we can design

and produce a cost-effective product, manufactured to the

highest quality standards, that meets your specific needs.


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Global Sales Structure

As an OEM supplier, customer satisfaction is at the core of our success. To meet customer needs,we have organized our global sales force to make representatives available to you locally. Whetherlocated in Asia, Europe, or the Americas, a Pall Medical sales representative can meet with youwithin a matter of hours. Additionally, we have an experienced inside sales staff ready to help place,track and expedite your orders. It is our goal to be a resource for your organization.

Our experienced staff can help develop filtration and separation solutions to address your uniqueapplication needs. Backed by a wealth of engineering and product development support, we look

forward to working with you on your next project.

Manufacturing Capability

Poised to meet a variety of needs, Pall Medical is equipped to produce a wide variety of filtrationdevices. Our manufacturing team has a proven record in satisfying customer demands and solvingfiltration problems. Our people, from engineers to line operators, are focused on improvement alwaysseeking to further our capability to address changing needs. Our manufacturing processes employmany advanced technologies, and we can offer devices of excellent quality matched to specificrequirements and designed for easy integration into customer applications. The wide and varieduse of our products speaks to the manufacturing flexibility we possess and to our responsivenessin providing solutions.

Supply Chain Management

Pall Medical subscribes to the principles of Lean Manufacturing. By incorporating these fundamentals,we look through the entire supply process, from our raw component suppliers to our end customers,with the determination to identify and eliminate non-value added activities and reduce costs.Areas within the supply chain where we focus our energy are quality at the source and continuoussupply replenishment.

In the area of quality Pall Medical has a vision of delivering quality to our customers within theexpectations of six-sigma. In order to succeed, we must drive the same expectation to ourcomponent suppliers. We accomplish this through supply agreements that include defined qualityrequirements, working with our suppliers quality departments to explain our needs, and monitoring

our raw component designs to aggressively look for ways to improve consistency in the manu-facturing of our component parts.

To ensure timeliness of delivery, we implement continuous supply programs, such as visual Kanbanpull systems. These continuous supply systems utilize standard shipping quantities (where applicable).With the establishment of continuous supply programs, we have been very successful in reducingour supplier lead-times, with resulting benefits to our end customers.

By allowing Pall Medical to work with you as we do our suppliers, we believe we can help youachieve your business objectives. In concert with you and our suppliers, we can create a supplychain that cannot be broken.

Total OEM Support

888.676.7255 www.pall.com 1

Support


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Abstracts

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Hydrophobicity

Hydrophobic filters lack an affinity for, or repel, water. A hydrophobic filterwill not wet in water, but will wet in low surface-tension liquids, such asorganic solvents. Hydrophobic filters are best suited for gas filtration andventing (Example: Pall Medicals PTFE membrane).

Flow Rate and Throughput

are two important relatedmeasures of filter media and

device performance. Thisperformance is affected bymany different variables. The

most important variables are described below.

Differential Pressure (psid) is the difference between inlet and outletpressure. As the filter becomes laden, differential pressure increases.

Porosity is the measure of all of the open spaces (pores) in themembrane. Generally, membranes are 50 to 90% open space. Flow rateis directly proportional to the porosity of the membrane (more pores =higher flow rate).

Effective Filter Area (EFA): Filter devices are available in a wide range

of sizes with different Effective Filtration Areas (EFA). EFA is the filter areathat is available for filtration. Given a solution, a larger filter area allowsfaster flow rates at a given differential pressure and larger expected filterthroughput volumes prior to filter loading.

Air and Liquid Filtration Differences

To measure retention efficiency of hydrophobic membranes (depth ormembrane media), the media is typically exposed to aerosolized particlesof a standard size. The DOP test method is a standardized test to measurethis retention efficiency. By definition, this is the measure of the efficiencyof a filter for the production of ultrapure air based on the concentration of0.3 m Dioctylphthalate aerosol particles that penetrate a filter at apredetermined flow. It is usually expressed as a percentage of retention.

One of the most common misconceptions about air filtration is that anefficient sterilizing grade hydrophobic filter must have a rating of 0.2 m.This is not true because a 1.2 m pore size membrane has a 99.98%efficiency when challenged with a 0.3 m DOP aerosolized particle. Dueto the nature of gas filtration through microporous membrane media,particles smaller than the pore size, usually on the order of 10 1, areretained. Therefore membranes even as high as 3 m can provide asterile air barrier for equipment and instruments.

In aerosol retention, there are five mechanism by which an aerosol particlecan be deposited on a filter media. These mechanisms are interception,inertial impaction, diffusion, gravitational settling and electrostatic attraction.Interception and inertial impaction have the greatest impact on aerosol

retention because adsorptive mechanisms are much more powerful in airfiltration than they are with corresponding cases in liquid filtration. Becauseof the difference in the properties of gases and liquids (e.g., the density ofair is about 1000 times lower than liquid) filtering particles from air is notas difficult. In fact, relatively large pore size filters should efficiently removesmall particles from air.

If you have any questions about these concepts or specific questions aboutyour application, please call us at 734.913.6124 or 888.676.7255.

Basic Filtration Concepts

Filtration is a dynamic science of growing information,distinctive terminology and proprietary knowledge. Selectionof appropriate filter media is critical to achieve specificgoals within your application. These basic filtration conceptshave been compiled to establish a common ground fromwhich we can work to determine your needs.


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Technical Reports

Can Surgery Be Made Safer?

Medical Design News, May/June 2002.Within the last few years minimally invasive surgery, specificallylaparoscopy which deals with the abdomen, has become a replacementfor many open procedures. Advances in filters and membranes make

laparoscopy more accurate.

Surgical Smoke

Operating room personnel have been exposed to surgical smoke andaerosol for years without fully understanding whether they containhazardous particles. Not until the introduction and acceptance of lasersurgery technology in the early 1980s did the constituents of surgicalsmoke come under scrutiny. The research to date has focused on fourpotential health risks to operating room personnel and patients: hazardouschemicals, viable viruses, viable cells, and nonviable particles.

Hysteroscopic and Laparoscopic Insufflators

Food and Drug Administration (1995).Submission Guidance for a 510(k).

For gas hysteroscopic insufflators, use of a hydrophobic filter betweenthe patient and the insufflator to prevent patient cross-contamination ishighly recommended.

Entry of Abdominal Fluids into Laparoscopic Insufflators

ECRI Problem Reporting System 21 (5): 180-181 (1992).Member hospital recently reported an incident in which blood wasdelivered from inside a laparoscopic insufflator to a patient. Using afilter prevents the backflow of abdominal fluids and precludes passage

of almost all micro-organisms. Use a hydrophobic filter between theinsufflator and the patient.

Aerosol Challenge Summary for the Evaluation of Microbialand Viral Retention Characterizes of Membrane Filters

This test is based on Pall Corporation SLS test methodology(document # MB04), and is designed so that a concentration of bacteria(Brevundimonas diminuta)or viruses (Bacteriophage MS-2), in aerosolform, is passed through a filter device, after which effluent downstreamof the filter device is collected. Aerosol bacterial and viral retention levelsand removal efficiencies are then calculated through comparisons of

input and effluent concentrations of said microorganisms.

Following are abstracts of a number of studies specific to filtration topics that Pall has on file. Contact your Pall representative,or call us at 888-676-7255 for a complete copy of the any of these reports.


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Product Features:

Low system pressure resistance maximizes pump performance

Effective barrier protects vacuum pumps from biohazardouscontamination

Filter delivers viral and bacterial protection at 15 psi

Custom colored printing option for product and/or company identification

Assists in meeting 29CFR1910.1030 OSHA Bloodborne PathogenStandard by serving as an Engineering Control to reduceemployee exposure

Meets bacterial filter requirements suggested by the Center forDevices and Radiological Health Guidance Development for PoweredSuction Pump 510(k)s

Vacuum Protection Specifications:

Bacterial/Viral Filtration EfficiencyBacterial removal efficiency 99.999%with test organisms Brevundimonasdiminuta. Test organism: Serratiamarcescens(0.45 m)Brevundimonas diminuta(0.30 m)

Viral Filtration EfficiencyViral removal efficiency 99.999%with MS-2 Bacteriophage.Test organism: MS-2 Bacteriophage

HEPAExceeds filtration efficiencyrequirements for HEPA rating*

Effective Filtration Area18 cm2

Materials of ConstructionMedia: PTFE with a prefilter supportHousing: Acrylic

Inlet/Outlet Connections1/4 in (6.4 mm) HB

Typical Air Flow Rate41 L/min @ 5 psi

Minimum Water Breakthrough

750 mmHg (15 psi)Pyrogenicity< 0.25 EU/mL using the LALtest method

Sterilization CompatibilityEtO

Biological SafetyMaterials of construction pass USPBiological Reactivity Tests, In Vivo

Ordering Information: Vacuum Protection Filter

Product No. Description8001052 Vacuum Protection Filter, bulk, non-sterile* Data available upon request.

Vacuum Protection Filter

Superior air flow rates and low back pressure maximizes

application performance

Vacuum protection

General hydrophobic barrier

Small to medium volume vent

888.676.7255 www.pall.com 5

Gas Filters

1.49 in

0.30 in


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Product Features:

Effective barrier bacterial removal efficiency greater than 99.999%

Effective removal of particulate, and other contaminants from oxygenand other medical gases

May be used with all medical gases such as CO2, N2, and 02 Bi-directional hydrophobic media effectively removes gas-borne

particulate down to 0.2 m in size

Multiple connectors for easy installation in gas lines

High flow rates with low resistance

High particulate loading capability to maintain flow rates overextended periods

Cost effective solution the filter reduces maintenance time andextends the life of the oxygen concentrator

Disposable, single-use

General Gas Filter Specifications:

Bacterial Filtration EfficiencyBacterial removal efficiency 99.999%with test organisms Brevundimonasdiminuta. Test organism: Serratiamarcescens(0.45 m)Brevundimonas diminuta(0.30 m)



Effective Filtration Area11.8 cm2

Materials of ConstructionMedia: Ceramic bonded HydrophobicGlass (Pallflex media)Housing: Polypropylene

Inlet/Outlet Connection4.8 to 3.2 mm (3/16 to 1/8 in) HB

Typical Air Flow Rate15 L/min @ 1 psi

Minimum Water Breakthrough5 min @ 1 psi

Pyrogenicity< 0.25 EU/mL using the LAL Method

Sterilization CompatibilityEtO, Gamma, Autoclave


Ordering Information: General Gas Filter

Product No. Description9004500 Pallflex media, 4.8 to 3.2 mm (3/16 to 1/8 in) HB* Data available upon request.

General Gas Filter

Nebulization

Respiratory therapy

Oxygen concentration

Smoke evacuation

2.05 in

2.60 in


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Ordering Information: FORS1 Filtration Odor Removal System

Product No. DescriptionFORS1 FORS1 Filtration Odor Removal System, MLL, rotating hub

FORS1 Filtration Odor Removal System

Designed specifically for evacuation of passive smoke during

minimally invasive surgery involving insufflation, electrocautery,

laser, or ultrasonic scalpel use

888.676.7255 www.pall.com 7

Gas Filters

Product Features:

99.999% bacterial and viral removal efficiency

Particulate removal in surgical smoke ranging in size from0.1 m to 1 m

Protects patients and surgical staff allows safe and rapid evacuationof smoke throughout the surgical procedure, minimizing the exposureto potentially harmful surgical smoke

Reduces odor and organic volatiles

Lightweight, low profile construction

Easy to use the universal luer connector meets ISO standards forleak free connection to the trocar

Rotating hub prevents twisting of the tubing during connection

Disposable, single use

FORS1 Filtration Odor Removal System Specifications:



Materials of ConstructionMedia: PTFE, Hydrophobic Glass,Carbon, with polyester supportTubing: PVCLuer: Acrylic

ConnectionsMale luer with rotating hub, conformsto ISO594-2:1996

Working Pressure15 mmHg

Sterilization CompatibilityEtO



10/20888.676.7255 www.pall.com8

Ordering Information: 25 mm and 32 mm Filters

Product No. Description4197 25 mm, Versapor, 0.2 m MLS/FLS, bulk, non-sterile6194292 25 mm, Versapor, 0.2 m FLL/MLL, bulk, non-sterile

6004197 25 mm, PTFE, 0.2 m MLS/FLS, bulk, non-sterile6544192 25 mm, PTFE, 0.2 m FLL/MLL, bulk, non-sterile

Product No. Description6004700 25 mm, Versapor, 0.2 m HB, bulk, non-sterile6004701 25 mm, Versapor, 1.2 m HB, bulk, non-sterile

6174196 25 mm, Versapor, 1.2 m FLL/MLS, bulk, non-sterile

Contact Customer Service for additional 25 mm and 32 mm part numbers.

25 mm and 32 mm Filters

Select from a full line of barrier devices used by some of the

worlds most respected medical equipment manufacturers

Transducer protection

Small volume venting

Sterile air/gas delivery

Pump protection

Gas analyzer protection

Product Features:

Protective hydrophobic barrier allows only sterile air to pass through,protecting patients and equipment from cross contamination

Choice of media to accommodate sterilization methods

Selection of 510(k) cleared products for transducer protection reducesyour time to market

Colored housings available for identification

Mix and match over a dozen standard and custom connector styles

Custom printed blister packaging available

Housings designed to withstand pneumatic pulsing

32 mm Specifications:



Materials of ConstructionMedia: Versapor or PTFEHousing: Modified acrylic

Inlet/Outlet ConnectionsInlet: FLL; Luers conform to ISO594Outlet: MLL, MLS; Luers conformto ISO594

Maximum Operating Temperature55 C (131 F)

Pore Size0.2 - 5.0 m

Pyrogenicity< 0.25 EU/mL using the LALtest method

Sterilization CompatibilityVersapor; EtO, gamma irradiation



Materials of ConstructionMedia: Versapor or PTFEHousing: Modified acrylic

Inlet/Outlet ConnectionsInlet: FLL; Luers conform to ISO594Outet: MLL, MSL; Luers conformto ISO594

Maximum Operating Temperature55 C (131 F)

Minimum Water BreakthroughVersapor membrane: 0.8 bar (12 psi)/30 seconds (0.2 m)PTFE: 1.1 bar (16 psi)/30 seconds (0.2 m)



Sterilization CompatibilityVersapor: EtO, gamma irradiationPTFE: EtO


1.75 in

1.10 in

1.37 in

.88 in


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Ordering Information: 13 mm, 37 mm, and 50 mm Chemical Resistant Filters

Product No. Description6024423 13 mm, PTFE, 0.2 m, FLL/ML, bulk, non-sterile6004137 13 mm, PTFE, 1.0 m, FLL/ML, bulk, non-sterile

6004210 37 mm, Hydrophobic Glass, 1/4 to 3/8 in HB, bulk, non-sterile

Product No. Description6154210 37 mm, Hydrophobic Glass, 1/8 in HB, bulk, non-sterile6004270 50 mm, Hydrophobic Glass, 1/4 in HB, bulk, non-sterile

Contact Customer Service for additional 13 mm, 37 mm, and 50 mm part numbers.

* Data available upon request.

13 mm, 37 mm, and 50 mm ChemicalResistant Filters

Sensible solutions for delivery of sterile air to patient

Insufflation


Nebulization

Oxygenation

Sterile delivery of air

888.676.7255 www.pall.com 9

Small Volume Filters

Product Features:

Variety of HEPA-rated filter media and inlet/outlet configurations

Custom colored printing option for product and/or company identification

High particulate-loading capability to maintain flow rates overextended periods

High flow rates at low differential pressures

Rugged polypropylene housing withstands high temperatures, highpressures and aggressive solvents

Autoclavable


37 mm and 50 mm Specifications:


Effective Filtration Area37 mm: 7.5 cm250 mm: 19.6 cm2

Materials of ConstructionMedia: Hydrophobic laminated glassmedia, Versapor or PTFEHousing: Polypropylene

Inlet/Outlet ConnectionsInlet: 37 mm: 6.4 to 9.5 mm (1/4 to3/8 in) HB; 3.2 mm (1.8 in) HB; 4.8 mm(3/16 in) HB; FLL; Luers conform toISO594 50 mm: 6.4 mm (1/4 in) HB;6.4 to 12.7 mm (1/4 to 1/2 in) HB;3.2 mm (1/8 in) MNPT; 4.8 mm (3/15in) HB; 9.5 mm (3/8 in) SP; Luersconform to ISO594Outlet: 37 mm: 6.4 to 9.5 mm (1/4 to3/8 in) HB; 3.2 mm (1.8 in) HB; 4.8 mm

(3/16 in) HB; MLS; Luers conform toISO594 50 mm: 6.4 mm (1/4 in) HB;6.4 to 12.7 mm (1/4 to 1/2 in) HB;3.2 mm (1/8 in) MNPT; 4.8 mm (3/15in) HB; 9.5 mm (3/8 in) SP; Luersconform to ISO594

Maximum Operating TemperatureGlass: 121 C (250 F) for 15 min.PTFE: 130 C (266 F)Versapor: 88 C (190 F)

Typical Water BreakthroughGlass: 0.13 bar (1.8 psi)

0.2 m PTFE: 2.1 bar (30 psi)Pore Size0.2 - 5.0 m

Pyrogenicity< 0.25 EU/mL using the LAL test method

Sterilization CompatibilityGlass: Autoclave, gamma irradiationPTFE: Autoclave, EtOVersapor: EtO, gamma irradiation



Materials of ConstructionMedia: Versapor or PTFEHousing: Polypropylene

Inlet/Outlet ConnectionsInlet: FLL; Luers conform to ISO594Outlet: MLS; Luers conform to ISO594

Maximum Operating TemperaturePTFE: 130 C (266 F)Versapor: 88 C (190 F)


Sterilization CompatibilityPTFE: Autoclave, EtOVersapor: Gamma irradiation, EtO


0.63 in

0.16 in

2.86 in

0.5 in

1.75 in

0.28 in


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Ordering Information: Intervene, Intervene High-Flow, and Intervene Max-Flow Filters

Product No. Description8001022 1.0 m PTFE, 1/4 in HB, bulk, non-sterile8002022 3.0 m PTFE, 1/4 in HB, bulk, non-sterile

8004022 Pallflex, 1/4 in HB, bulk, non-sterile8001033 1.0 m PTFE, 3/8 to 1/2 in HB, bulk, non-sterile8002033 3.0 m PTFE, 3/8 to 1/2 in HB, bulk, non-sterile

Product No. Description8004033 Pallflex, 3/8 to 1/2 in HB, bulk, non-sterile8003025 3.0 m PTFE, 15/22 inlet/1/4 in outlet, bulk, non-sterile

8004025 Pallflex, 15/22 inlet/1/4 in outlet, bulk, non-sterile

Contact Customer Service for additional part numbers.


Intervene, Intervene High-Flow, andIntervene Max-Flow Filters

Unique filter design maximizes hydrophobicity to prevent

cross-contamination between patient and equipment

Insufflation


Oxygenation

Smoke evacuation

Vacuum protection

2.7 in

2.4 in

2.7 in

2.7 in

1.0 in

2.7 in

Product Features:

HEPA rated hydrophobic media allows effective removal of particlesand bacteria

Overall design maximizes air/gas flow rates and lowers pressure drop

Bi-directional filter media eliminate orientation concerns

Connector options for virtually every application and maximumsystem flexibility

Lightweight housing prevents tube kinking

Low profile design fits easily into packaging or tight spaces

Intervene, Intervene High-Flow, andIntervene Max-Flow Filters Specifications:


Viral Filtration EfficiencyPTFE: Viral removal efficiency99.999% with MS-2 BacteriophageTest organism: MS-2 BacteriophagePallflex: Viral removal efficiency99.99% with MS-2 BacteriophageTest organism: MS-2 Bacteriophage

HEPA/ULPAExceeds filtration efficiencyrequirements for HEPA rating*Devices containing PTFE meet ULPAstandards for air/gas delivery with99.999% filter efficiency of 0.1 mparticles at test flows of 40 L/min.


Materials of ConstructionMedia: PTFE, Pallflex mediaHousing: Modified acrylic

Inlet/Outlet ConnectionsInlet: Intervene: 6.4 mm (1/4 in) HB;Intervene High-Flow: 9.5 to12.7 mm (3/8 to 1/2 in) HB;Intervene Max-Flow: ISO 22 mmF/15 mm M

Outlet: 6.4 mm (1/4 in) HB (availablefor all Intervene products); 9.5 to 12.7mm (3/8 to 1/2 in) HB (available for allIntervene products)

Minimum Water BreakthroughPallflex: n/a1 m PTFE: 0.62 bar (9 psi)3 m PTFE: 0.21 bar (3 psi)


Sterilization CompatibilityPallflex media: EtO or gamma irradiationPTFE: EtO



13/20

Product Features:

Disposable, single-use patient filter

Effective barrier with bacterial/viral removal efficiency of 99.999% (BB25)

Bidirectional hydrophobic media prevents cross contamination

Large pleated filter surface offers minimal pressure drop

Transparent housing

BB25 Specifications:

PF30 Specifications:



Materials of ConstructionPleated, hydrophobic resin bonded

inorganic ceramic fibersHousing: Butadiene Styrene,Polycarbonate and ethylene-vinylacetate co-polymer

Inlet/Outlet ConnectionsInlet: ISO 22 mm F/15 mm MOutlet: ISO 22 mm M/15 mm F

Resistance~ 3.0 cm H2O @ 50 L/min or 3.5 cmH2O @ 60 L/min.

Internal Volume35 mL

Sterilization CompatibilityGamma irradiation

Cross Contamination ReductionCross contamination reductionefficiency: 99.9999%

Materials of ConstructionMedia: PolypropyleneHousing: Butadiene Styrene,Polycarbonate and ethylene-vinylacetate co-polymer

Inlet/Outlet ConnectionsInlet: 34 mm ODOutlet: Tapered 30 mm OD

ResistanceClinically insignificant to at least12 liters per second

Internal Volume40 cc

Sterilization Compatibility

Gamma irradiation

Ordering Information: BB25 and PF30 Filters

Product No. Description100-0171 BB25A, bulk, non-sterile


Product No. DescriptionPF30-Bulk PF30, Bulk, non-sterile

BB25 and PF30 Filters

Designed for large volume requirements and extended service life

Insufflation

Gas filtration

Smoke evacuation

Ventilation

Barrier filter

Pulmonary Function Testing

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Mid-Volume Filters


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Mid-Volume Filters

Product Features:

Disposable, single-use patient filter

Effective barrier with bacterial/viral removal efficiency of 99.999%

Bidirectional hydrophobic media prevents cross contamination

Large pleated filter surface offers minimal pressure drop

ISO connector for universal fit

Transparent housing






Materials of ConstructionMedia: Pleated, hydrophobic resinbonded inorganic ceramic fibersHousing: Butadiene Styrene,Polycarbonate and ethylene-vinylacetate co-polymer

Inlet/Outlet ConnectionsInlet: ISO 22 mm FOutlet: ISO 22 mm M and ISO 15 mm F

Resistance~ 2.5 cm H2O @ 60 L/min

Internal Volume

90 mL





Materials of Construction

Pleated, hydrophobic resin bondedinorganic ceramic fibersHousing: Butadiene Styrene

Inlet/Outlet ConnectionsInlet: ISO 22 mm FOutlet: ISO 22 mm M

Resistance~ 1.0 cm H2O @ 60 L/min

Internal Volume90 mL



Ordering Information: BB50 and BB100 Filters

Product No. DescriptionBB50T-BULK BB50T, bulk, non-sterile



Product No. Description100-0207 BB100-bulk, non-sterile

BB50 and BB100 Filters


Insufflation

Gas filtration

Smoke evacuation

Ventilation


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Large Volume Filters

Product Features:

Three sizes to meet flow and space requirements

Rugged polypropylene housing withstands high temperatures, highpressures and aggressive solvents

Variety of connectors to fit most tubing

Media protects equipment, environment, and personnel from a varietyof hazardous materials

99.97% DOP retention rated for effective bacteria removal

Half, Full, and Stretch Capsule Specifications:


Effective Filtration AreaHalf 500: 500 cm2Full 1000: 1000 cm2

Stretch 1500: 1500 cm2

Materials of ConstructionMedia: Hydrophobic laminatedglass or PTFEHousing: Polypropylene

Inlet/Outlet Connections6.4 to 12.7 mm (1/4 to 1/2 in) HB12.7 mm (1/2 in) HB6 mm M quick disconnect6.4 mm (1/4 in) MNPT12.7 mm (1/2 in) MNPT38.1 mm (1-1/2 in) sanitary flange

Maximum Operating Temperature121 C (250 F) for 15 min.


Sterilization CompatibilityEtO, gamma irradiation, autoclave


Ordering Information: Half, Full, and Stretch Capsule Filters

Product No. Description94895 Hydrophobic Glass, 1/4 SHB, 1000 cm2, bulk, non-sterile



Half, Full, and Stretch Capsule Filters


Adult respiratory main line

Pediatric respiratory main line

Vent for sterilizing equipment

Liposuction


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Product Features:

Various housings compatible with most ventilator models, includingPuritan-Bennett*

Reduced risk of cross-contamination on expiratory circuit by restrictingentry of infectious microorganisms back into the ventilator

99.97% DOP retention rated for effective bacterial removal

Large pleated filter surfaces offer minimal pressure drop for extended use

Adult and Infant Specifications:


Effective Filtration AreaAdult: 725 cm2Infant: 255 cm2

Materials of ConstructionMedia: Hydrophobic laminated glassSealing: Polyurethane adhesiveHousing: Polypropylene

Inlet/Outlet ConnectionsAdult (Universal): 22 mm MSI,22 mm MTO; Adult (P-Style): 22 mmMSI, MSO; Infant: 22 mm MTI, MTO;9.5 mm (3/8 in)

Typical Air Flow RateMinimum L/min at maximum 25 mmH20 pressure dropAdult Filter: 100Infant Filter: 20

Maximum RecommendedFilter ResistanceAdult: 40 mm H2O at100 L/min flow rate;Infant: 40 mm H2O at20 L/min flow rate

Sterilization CompatibilityAutoclave, up to 25 times at amaximum 132 C (270 F) for 15 min


Ordering Information: Adult and Infant Filters

Product No. Description

6004605 Adult Respiratory Filter; Universal; Short; White;Inlet w/ No Lip; Outlet w/ No Lip

6004610 Infant Respiratory Filter; White; 3/8" Hose Barb Connections6004618 Infant Respiratory Filter; White; 15/22 mm

6004619 Adult Respiratory Filter; P-Style; Tall; Opaque;Inlet w/ Lip; Outlet w/ Lip

6004620 Adult Respiratory Filter; P-Style; Tall; White;Inlet w/ Lip; Outlet w/ Lip


6004626 Adult Respiratory Filter; Universal; Tall; White;Inlet w/ Lip; Outlet w/ Lip

6004613 Adult Respiratory Filter; Universal; Tall; White;Inlet w/ Lip; Outlet w/ No Lip

6004601 Infant Respiratory Filter; Universal; Tall; White;Inlet w/ Lip; Outlet w/ No Lip



Adult and Infant Filters

A complete line of reusable main-line ventilator capsule filters

Adult respiratory main line

Pediatric respiratory main line

Vent for sterilizing equipment

Liposuction

Large Volume Filters


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Max Flow Connector

High flow insufflators are electronically equipped to monitor,

maintain and control a constant intra-abdominal pressure

between 12 and 18 mm Hg. The inflow tubing is connected to

the insufflator port of the machine and to a V connector that is

attached to two different trocar insufflation ports for better

and faster insufflation.

Improved airflows

For high flow insufflators

Improved liquid flows

Specifications:

ConnectionsML, rotating hub 1/4 in tubingConnector or 3/8 in tubing Connector

Ordering Information: Specialty Products


993-52 Duckbill Check Valve/Large Tubing Connectors993-53 Duckbill Check Valve/Large Tubing Connectors, synthetic valve995-69 Duckbill Check Valve/Small Tubing Connectors


995-71 Duckbill Check Valve/Small Tubing Connectors, synthetic valveMFC025 Max Flow Connector, MLL, 1/4 in HBMFC375 Max Flow Connector, MLL, 3/8 in HB

888.676.7255 www.pall.com 1

Accessories

Duckbill Check Valve/Large andSmall Tubing ConnectorsSpecifications:Housing material bonds easily to tubing

Housing weld process locks valve intoproper position

Closes at 34 mbar (0.5 psi)

Low pressure valve

Functions on tubing ID 3.75 to 4.31 mm(0.148 to 0.170 in), 2.79 to 3.22 mm(0.110 to 0.127 in)

Applications:Low pressure one-way valve inprimary IV administration sets

Materials of Construction:Valve: Latex free/LatexHousing: Modified acrylic

50

40

30

20

10

0

1.000.750.500

FlowR

ate(L/min)

DP (psi)

High Flow Connector Comparative Flow Rate Study

0.25

Competitor Q

Competitor V

Max Flow Connector


18/20

, ANGSTROM = 10-8 cm

m, MICROMETER (MICRON) = 104

1 mil = 0.001 inch = 25.4 m

Differential pressure increases with reduced micron ratings; dirt holding capacity and relative flow rates decrease with reduced micron rating.

888.676.7255 www.pall.com16

Relative Size of Particles

Human Hair Diameter

Smallest Visible Particle

Ragweed Pollen

Bacillus megaterium

Candida albicans Staphylococcus aureus

Serratia marcescens

Brevundimonas diminuta; DOP

MS-2 Bacteriophage

Albumin

m

80

60

40

20

10

8

6

4

21

0.8

0.6

0.4

0.20.1

0.08

0.06

0.04

0.020.01

0.008

0.006

0.004

0.0020.001

105

104

8,000

4,000

1000

800

400

100

80

40

10

Mol. Wt.

1,000,00

500,000

300,000

100,000

50,000

30,000

10,000

500

50Reverse

Ultrafiltration

Microfiltration

General

Osmosis

Filtration

Red BloodCell

Bacteria

Virus

TobaccoSmoke

Metal Ions

Yeasts &Fungi

Pollens

HumanChromosome

Unstable LipidMicelles

Mycoplasma

Emulsions(latex)

CarbonBlack

Proteins

Endotoxins

Soluble Salts


19/20

Where the World Turns for Medical Filtration and Separations SolutionsYou will find Pall Medical filtration products in healthcare settings throughout the world. Our filtration devices provide our OEM customers with solutions forcontamination control, which is critical in infusion therapy, blood separation, delivery of epidural anesthetic and analgesic solutions, in the preparation ofirrigation and injectable solutions, and with cytotoxic drugs. Our devices are also found in critical applications like minimally-invasive surgery, respiratorytherapy, cardiovascular surgery, ophthalmic surgery, and in the delivery of microbiologically pure water.

Pall Medical was formed in 1998 by joining the global resources of Pall Biomedical, Pall OEM Healthcare, and Medsep Medical Components. Thispartnership provides our customers with unprecedented access to filtration expertise and the widest array of filtration, system engineering, and separationssolutions available anywhere in the world. Together, our companies form the strongest sales, technical, and manufacturing organization within our industry.All of this converges to serve you, our customer.

Our experienced sales representatives offer our global OEM customers convenient, rapid access to the filtration products you need to accomplish your businessobjectives. For more information, please call your nearest office, or contact the Pall Medical Critical Care headquarters at 734.913.6155 or 888.676.7255.

Pall Medical (OEM)674 South Wagner RoadAnn Arbor, MI 48103-9019 USATel: 734-913-6124888-676-7255 (in USA)Fax: 734-913-6353

Australia1-3 Wandarri CrtCheltenham Vic 3192Tel: 61 3 9584 8100Fax: 61 3 9584 6647

France3, rue des GaudinesB.P. 525378715 St. Germain-en-Laye CedexTel: 01 30 61 39 92Fax: 01 30 61 58 01

GermanyPhilipp-Reis-Strae 6D-63303 DreieichTel: 6103-307-333Fax: 6103-307-399

IndiaPall Pharmalab Filtration Pvt. Ltd.Sahney Kirkwood CompundI floor, 27, Kirol, Vidyavihar (West)Mumbai - 400 086, Maharastra StateTel: 91-22-5956050Fax: 91-22-5956051

ItalyDivision of PALL Itala S.r.l.20146 MilanoTel: 02-477961Fax: 02-4122-985or 02-47796-394

JapanGotanda Nomura Shoken Building1-5-1 Nishi GotandaShinagawa-ku 141Tel: 3-3495-8310Fax: 3-3495-8366

United KingdomEuropa HouseHavant StreetPortsmouth, HampshirePO1 3PDTel: 023 92 302600Fax: 023 92 302601

Pall Corporation2200 Northern BoulevardEast Hills, NY 11548 USATel: 516-484-5400800-289-7255 (in USA)Fax: 516-484-6129

Reference

888.676.7255 www.pall.com 1

Pall Medical Facilities Pall Corporation Facilities Worldwide Offices


20/20

for more medical device options. Lots more

Our customers count on options. And us.

Count on Pall to save you time and money. With so many components, its likely we have theright membrane in the right type of device with the right connectors to meet your needs. Add inthe expertise of our global support staff, technical and engineering support, and scientificlaboratory services and youll see how we can dramatically speed up your development.

Bring your challenging application to Pall. We offer the largest selection of proprietary media in theworld, plus state-of-the-art manufacturing facilities that will deliver a solution to you thats expeditiousand cost-effective.

When it comes to medical device filtration, count on Pall. Youll be in very good company.

553,560 and counting.553,560 and counting.

Start with the one filtration company that does it all. Call Pall. 888-676-7255

pall gas filter bro

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