hi-proguard for concrete

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MUI MUI MUI HI-PROGUARD CHLORIDE ABSORBER AND PROTECTING COATING FOR CONCRETE STRUCTURES Concrete Structures and Buildings MUI International www.mui-int.com Concrete Structures and Buildings Coating Hi-Proguard Bare Concrete After 11 Years on Jetty Applications Coastal and marine structures subject to chloride corrosion. Sewage treatment plants. Tunnel concrete walls to prevent carbonation. Dams, retaining walls, river embankment, and road subject to frost damages. All concrete structures requiring an addition durability. Characteristics More durable than any other types of coating including mortar and epoxy coating. Highest level of protection for chloride corrosion. High resistance to chemical attacks. High resistance to water permeation (< 1.2%). Best protection for freeze-thaw damages Carbonation control capability. Environmental safe because of no VOC,. Easy preparation add water Easy application due to the low viscosity. Add water and apply by spraying, brushing or rollers. 20 kg bag covers 6 m 2 of concrete surface at 2 mm thickness. Physical Characteristics at 20º C HI-PROGUARD is the longest proven track record coating for concrete structures to protect from corrosion, chemical attacks and carbon- ation in sever environments. Hi-Proguard provides the highest level of protection by special formulated pre-mixed powder polymer mortar containing super fine blast furnace slag. Item No. of days Strength (N/mm 2 ) Compressive Strength 7 days 39.3 28 days 47.6 Flexural Strength 7 days 7.4 28 days 10.3 Bond Strength 28 days 2.6

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Page 1: Hi-Proguard for Concrete

MUIMUIMUI

HI-PROGUARD CHLORIDE ABSORBER ANDPROTECTING COATING FOR CONCRETE STRUCTURES

Concrete Structures and Buildings

MUI International www.mui-int.com

Co

ncrete Stru

ctures an

d B

uild

ing

sC

oatin

g

Hi-Proguard Bare Concrete

After 11 Years on Jetty

Applications

� Coastal and marine structures subject to chloride corrosion.� Sewage treatment plants. � Tunnel concrete walls to prevent carbonation.� Dams, retaining walls, river embankment, and road subject to frost damages.� All concrete structures requiring an addition durability.

Characteristics

� More durable than any other types of coating including mortar and epoxy coating. � Highest level of protection for chloride corrosion.� High resistance to chemical attacks.� High resistance to water permeation (< 1.2%).� Best protection for freeze-thaw damages� Carbonation control capability.� Environmental safe because of no VOC,.� Easy preparation add water � Easy application due to the low viscosity. Add water and apply by spraying, brushing or rollers. � 20 kg bag covers 6 m2 of concrete surface at 2 mm thickness.

Physical Characteristics at 20º C

HI-PROGUARD is the longest proven track record coating for concrete structures to protect from corrosion, chemical attacks and carbon-ation in sever environments. Hi-Proguard provides the highest level of protection by special formulated pre-mixed powder polymer mortar containing super fine blast furnace slag.

Item No. of days Strength (N/mm2)

Compressive Strength 7 days 39.3

28 days 47.6

Flexural Strength 7 days 7.4

28 days 10.3

Bond Strength 28 days 2.6

Page 2: Hi-Proguard for Concrete

www.mui-int.com MUI International

MUIMUIMUIConcrete Structures and Buildings

HI-PROGUARD CHLORIDE ABSORBER ANDPROTECTING COATING FOR CONCRETE STRUCTURES

0 2 4 6 8 10 120

0.5

1

1.5

2

Car

bo

nat

ion

Dep

th (m

m)

Hi-Proguard Coated Concrete

Without Hi-Proguard

0 2 4 6 8 10 12

Year of Exposure

0.5

1.0

1.5

2.0

2.5

Bo

nd

ing

Str

eng

th (N

/mm

2 )

Year of Exposure

Hi

Pro

gu

ard

Conc

rete

15 m

m

Hi-Proguard Applied Concrete

Concrete Surface Preparation

Application of Primer (optional)

Add Water to Hi-Produard(3.5 litters to 20kg bag)

Mixing of Hi-Progurad(Min. 3 minutes by electrical agitator)

Application of 1st Coat of Hi-Proguard (1 mm thick)

Application of 2nd Coat of Hi-Proguard( 1 mm thick)

Note: Red dots show chlorides trapped inside Hi-Proguard to stop the penetration.

No Hi-Proguard

Bonding Strength to Concrete with TimeApplication Procedures

Effectiveness to Carbonation to Concrete Underneath

Note: Red dots show chlorides penetration in concrete after 11 years exposure.