BERGERS BERGERS SELF LEVELING FLOOR COATING

Epilux SL Glossy Floor Coating

Need for Floor Coatings

Protection of concrete from aggressive environments, abuses gg ,due to chemical or physical processes

Abnormally high investments for repairs, maintenance and h bili irehabilitation

Highly prone for attack due to porosity of concrete and for seams & jointsseams & joints

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Unprotected concrete floor

Dustingg Porosity Cracks Microbial growth Poor chemical resistance Poor cleanability Degradation due to neutralization

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Protection of Concrete Floor

Resistance to crackingg Impermeable to corrosive attack Hygienic and clean floors Thwarts off microbiological growth Better abrasion resistance Improved chemical resistance & oil resistance Easy maintenance and improved service life

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Benefits of installing ESL systems

Higher compressive strengthg p g Allows movement of fork lifts/ trolleys

Aesthetics of floors remain intact Does not crack and deteriorate easily

Elongated floor life Checks degradation due to carbonation/ neutralization Checks degradation due to carbonation/ neutralization

Easy cleaning and maintenance Resistance to hot/ cold water/ cleaning agent

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Physical Properties

Abrasion Resistance : just 60gm loss in CS 17 wheel with 1Kg load

Compressive Strength: 60N/mm2 as per IS 9162 Flexural Strength: 2060N/mm2 as per IS 9162 Shore-D Hardness: 70 as per DIN 53505 Tensile Strength: 10-15N/mm2 as per ASTM D2370 Pull-off bond Strength: t f il t 2 N/ 2 ISO 4624 concrete failure at 2 N/mm2 as per ISO 4624

Chemical properties

Dilute inorganic acids Dilute inorganic acids Dilute Alkali Soap water/ Salt water Soap water/ Salt water Solvents (Xylene, butanol, MTO, petrol, diesel) Break oil vegetable oils Break-oil, vegetable oils

EPILUX SL GLOSSY FLOOR EPILUX SL GLOSSY FLOOR COATING SYSTEMS

High Performance Floor Coating

S l h fl d l l h The flooring should be a sound concrete or fresh plastered surface and be free from oil grease laitance dust blowholes voids cracks

Select the flooring and calculate the area

and be free from oil, grease, laitance, dust, blowholes, voids, cracks, damaged spots, old loose paint, water, high moisture in concrete and high rough finishes should be leveled using screed or mortar.

Surface Preparation of Concrete

The concrete surface must be prepared mechanically using abrasive blast cleaning, scarifying or grinding (Diamond grinding)

Substrate deeply contaminated with oil and grease must be cleaned by means of flame jetting followed by cleaning with detergent water.

Weak concrete must be removed

All voids, dents are to be repaired and surface leveling must be carried out by using appropriate productsby using appropriate products

All dust, loose and extraneous materials must be removed by brush and or vacuum

Fresh laid concrete or flooring plaster for the full cure before primer application and the normal 28 day cure schedule be followed unless otherwise specified

Surface Preparation of Concrete SSPC SP 13

Joint standard with NACE # 6

Surface shall be free from form oils, air borne contaminants, Laitance and Loose concrete

Methods for Preparing Concrete Solvent Cleaning

Acid Etching

Hand or Power Tool Cleaning

High Pressure water washing High Pressure water washing

Abrasive blasting

11What can remain? Nothing but cured, moisture free concrete

Vacuum Blasting -concreteg

CONCRETE

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Estimation of Moisture content in concrete

ASTM D 4263 is a test method to qualitatively indicate the q ypresence of moisture by use of plastic sheet method.

ASTM F 1869 is a qualitative test to measure moisture vapour i i f b fl i h d l i transmission rate of concrete sub floor using anhydrous calcium

chloride. The latest device is handy and easy to use instrument which The latest device is handy and easy to use instrument which

does not use pins and does not damage the substrate under test. The gauge is placed onto the material to be evaluated

d i kl i di t th d f i t i t fib and quickly indicates the degree of moisture in concrete, fibre glass or wood down to a depth of 3cm (1.2).

What not to do?

Do not apply primer on substrate having moisture content >5%. Not to apply mixed coatings beyond usable Pot Life period. Do not apply when the substrate temp is below 150C and greater

than 350C. Do not add solvent or thinner in any of the coatings. After application of Floor Coating avoid over spiking/rolling or else

you may develop orange peel effect in the finish Do not apply at relative air humidity >80%. Do not apply on the substrate suffering from rising dampness If the over coating interval between primer and floor coating or g p g

epoxy screed and floor coating is greater than 24 hrs, then the primed or the screed surfaces must be roughened or emeryd and cleaned.

A l l d l

Moisture meter, serrated trowel, spiked roller, wet film thickness guage

Application related tools

M k h d

Maintains and ensures proper edge lines; use 3M masking tapes

Masking the edges

U h l f l k

Mixing base separately and then catalyst gets added (pot life is 30 mts)

Use mechanical stirrer for large packs

A l f lf l l fl

Just pour the pre-weighed contents on the floor and get it spread using serrated l h d ill lf l l i lf f i i l

Application of self leveling floor coating

trowel; the product will self- level itself for its special property

Trowel work; ensure to just cover till the edge of

Use trowels as per the required thickness; serrated trowels are available at various hi k f 1 5 l h dl h d f l j b f

Trowel work; ensure to just cover till the edge of masking tapes

thickness from 1mm to 5mm; long handles are attached for large jobs for access.

S k ll

Spike rolling is done to remove entrapped air bubbles from the floor coating. f f

Spike roller

It is also referred as degassing from the concrete voids

M f W F l Th k fl

The coating is wet for the first 20-30 minutes and using WFT gage f f

Measurement of Wet Film Thickness on floor

immediately after application did not cause an impression which required for touch up later as for the self leveling property it gets covered on its own

W F l Th k

WFT is equal to DFT in our floor coating as we are working with

Wet Film Thickness measurement

100% solids material. In this case the DFT expected is 1mm as shown in the gage on wet film

O h d f h

The painted area should be free from dust and flies till the drying is ff f

Over night drying of the wet paint

completed. Ensure to cover the area with a plastic sheet and cordon off from movement

T h d h d 3 4 h

It is always better to ensure that no dust falls on the coated film

Touch dry is achieved in 3 to 4 hours

E l SL Gl Fl C (l h b h d )

Sample completed and dried overnight for foot traffic. It takes

Epilux SL Glossy Floor Coating (light biscuit shade)

minimum three days for other heavy work permission and not to forget epoxies will take one week to cure.

B l S Ch l

1mm thick Epilux SL Glossy floor coating done over a coat of Epilux Floor Primer; k d b B l I k i i M 2009

Bangalore Sanmar Chemicals

work executed by Bangalore Intermarketing in May 2009

Ph l l dPharmaceuticals clean room corridor

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S f d lService area- food process plant

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W h fl b l Ware house flooring- automobile unit

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C P k flCar Park flooring

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Epilux SL Glossy Floor Coating System

Epilux Floor Primer Epilux Floor Primer Epilux Floor Screed Epilux SL Glossy Floor Coating Epilux SL Glossy Floor Coating

Product DFT Mix ratio Drying time Volume Solids

Epilux Floor Primer

30 40 microns 2 : 1 6 hrs 100%

Epilux Floor Screed

3,4,5 mm 2:1:20 24 hrs 100%

Epilux SL 0.5 mm to 5 3:1:0-3.5 7 days 100%

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p u SGlossy Floor Coating

0.5 o 5 mm

3: :0 3.5 7 days 00%