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Maintenance, Repair& Overhaul (MRO) for Mechanical & Electrical Engineering

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Metal Reclamation Putties

Maintenance Coatings

Emergency Maintenance kits

Industrial Maintenance Aerosols

Oil, Grease & Lubricants

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Pipe repair & Strengthening Kits

Metal Epoxy Sticks

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Anti-Corrosive Coatings

Marine Coatings

High Temperature Coatings

Maintenance Coatings

Hand Cleaners & Barrier Creams

Wear Protection Solutions

Repair/ Maintenance/

Protection of

Machinery & Equipments

Arresting of Online / Offline

Leakages & Strengthening

of Wall Thickness

Protective Coatings

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Pump Efficiency Improvement Coatings

Thermal Insulation Coatings

ØCrusher Backing CompoundØ

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Passive Fire Protection Coatings

Self Fusing Insulation Tapes

Electro Static Dissipative (ESD) &

Insulation Resistance (IR) Coatings

Efficiency Improvement /

Thermal Insulation

Epoxy Crusher Backing Electrical Safety

www.monarchindia.net | Toll - Free : 1800 - 425 - 1070

Passive Fire Protection Coatings

Passive Fire Protection Coatings

How Monarch’s FlameGuard coating protects in the event of fire?

Personnel protection – giving people time to escape or shelter from the effects of the fire Asset

protection – minimizing damage to the assets before f ire services arriving.

Fire strikes when least expected.The speed at which the fire travels or propagates even a

small accidental fire or electric spark caused by short circuit is sufficient to create huge,

immeasurable damage to the safety of people and properties.The fire can start from external source

or internal source, just from anywhere and without warning. Fire takes advantage of unprotected

surfaces and areas concealed from fire fighters. The consequences - overwhelming heat, suffocating smoke, loss of time,

damage to items of sentimental value and above all, the loss of life. The insurance company may able to replace the

material goods, but there are few things that money simply cannot replace.

The conventional paints coated over structural steel, concrete and wooden surfaces are flammable and indeed act

as a fuel which aid in spreading of fire. The intense heat conducted through metal ignites the paint and combust

spontaneously even if not subjected to a f lame directly. In the event, of f ire , the winning time is crucial in evacuating the

people and limiting the amount of structural damage.There is no second chance with the fire. One has to do it right first time.

Monarch's FlameGuard fire retardant intumescent coatings offer

ultimate protection in extensive applications like Industries, Institutions,

Corporate houses, Show rooms, Residences, Schools, Dormitories, Hospital

Care, Nursing Homes, Hotels, Motels, Retail stores, Restaurants, Transportation

etc., on structural steel, concrete, cables, wood, rubber, PVC, canvas, gypsum

board, polyurethane foam, wooden surfaces, joists, beams, acoustic tile, rough

and finished timbers, open surface panel board, previously painted wall board,

hard woods, softwoods, drywall, SPF plywood and OSB etc.,

This coating after application dries quickly to a matt finish . On contact with fire or excessive heat, the coating

puffs up (intumesces) to several times thicker than original coating film, forming a sponge - like cellular foam

insulating char layer and reduces available oxygen to the surface. Intumescent is a substance which swells as a result of

heat exposure, thus increasing in volume, and decreasing in density. An insulating char of low thermal conductivity that

reduces heat transfer to substrate and slows the temperature rise of the substrate. The product works by cutting off

oxygen from the fuel source inhibiting the combustion process in the immediate vicinity of the area and reduces

the transmission of fire, heat and smoke to the protected area like fire retardant jacket during and after exposure

to fire. Even after prolonged exposure to a fire the coating is not destroyed and continue to shield the

substrate by forming low conductivity carbon char that act as a barrier between the fire and the substrate. This

substantially decreases the temperature rise, smoke generation and finally insulates and protects the substrate from

the heat of the flame.

The rating of fire retardant coatings depends on the intensity of the flame, type, coating thickness and other

variables. More thickness of the coatings increases fire protection duration. The coating adheres tightly and fits to any

size and shape of the substrate. It produces neat, attractive and paintable finish. The coatings are non-toxic, asbestos

free and resist cracking or crumbling.

Fire protection is important for:

Name Code Pack Size Description

FlameGuard ZP- Primer

FlameGuard SSP- Base Coat

FlameGuard SSP- Top Coat

FlameGuard CP

FlameGuard CC

FlameGuard FRP

FlameGuard EIC

FlameGuard EFM

FlameGuard MWB

11601

11602

11603

11611

11621

11631

11641

11651

11652

4 Kg

5 Kg

1 Kg

5 Kg

1 Kg

5 Kg

5 Kg

25 Kg

1 No

Anti Corrosive Zinc Primer for Structural Steel Protection

Base coat for 30 Min - 120 Min Fire rating for Structural Steel Protection

Finish coat for 30 Min - 120 Min Fire rating for Structural Steel Protection

Fire Retardant Intumescent Coatings for Cable Protection

Fire Retardant Coatings for Wood Protection

Fire Resistive/Retardant Paints to delay Ignition/surface burning for

Interior Substrates

High performance epoxy intumescent f ire protection coating system

Expanding Fire Stop/Resistant Mortor

Fire Retardant Mineral Wool Board

Fire Retardant Intumescent Coatings for Structural Steel Protection

Fire Retardant Intumescent Coatings for Cable Protection

Fire Retardant Coatings for Wood Protection

Fire Resistive/Retardant Paints to delay Fire Ignition for 10 – 15 min

Epoxy Fire Resistant coatings offshore and onshore environments

Fire Resistant Mortar for Compartmentation against spread of Fire & Smoke

Range of Product

CABLE PROTECTION

FlameGuard CPIntumescent f ire protection coating for combustible single & bunched electrical cables

and cable trays

Long runs of unprotected, PVC or plastic rubber sheathed combustible

cables, usually supported by vertical or horizontal cable trays and holders, are

prone to rapid fire spread and excessive damage. Unprotected cables burn & propagate fire after only a few

minutes of exposure to fire. Power current for vital control functions, supplies and services fails very quickly.

Burning cable sheaths carry the fire rapidly forward as fast as 20 meters per minute. They gives off aggressive

vapors. The cable trays, if not protected, are exposed to the risk from melting and collapsing. Cables, cable trays

and holders protected with FlameGuard CP help prevent damage or keep it within reasonable limits. The time that

elapses before the current fails is increased many times. The indirect damage from cable fires (f ire travel,

breakdowns, corrosion resulting from harmful gases affecting sensitive instruments) is generally greater than the

f ire damage initially visible.

FlameGuard CP is a water-based intumescent coating which is designed to prevent ignition, flame

spread & smoke emission along the jacketing of electrical (or other) cables and to provide a thermal barrier for

protection against heat damage. FlameGuard CP will also prevent a short circuit within an electrical cable from

starting a fire and will help identify the location of such a short circuit by forming an intumescent char at the spot.

The coating can be applied to grouped cables or single cables. When exposed to flame or to a temperature above

175ºC, the coating forms a protective intumescent char. (This char should be removed completely and clean cables

should be recoated if intumescences should occur). The coating foams up under the effect of heat to form an

insulating layer.There is no subsequent burning of protected cables after the direct effect of fire has been halted.

The thermal conductivity of a FlameGuard CP coating that has not foamed is about the same as that of a

plastic cable sheath, which means that the higher temperature of the conductor is raised only insignif icantly in

cables protected with FlameGuard CP. As only a relatively thin coating is needed, it allows radiation of heat from

cables during operation. The current-carrying capacity remains virtually unchanged. The cured coating is flexible

and adapts to the usual movements and bending without flaking. Its premium latex binder system is totally

resistant to water and will not re-emulsify after drying. FlameGuard CP reduces the spread of flame in cable runs

and prevents the emission of hydrochloric gases in cable fires. The release of hydrochloric acids vapors is slowed

down considerably. Acid vapors that are released are neutralized.The upgradation of existing cables to the highest

grade of f ire safety is possible with the coating of FlameGuard CP. Additionally the thin film coatings will maintain

circuit integrity to small diametrical cables in restricted applications.

The coating of the entire length of cables to maintain the power supply to important equipment while

data are being saved or a fire extinguished (recommended dry film thickness 1.6 mm). Partial coating of cables

(4 m length @ every 10 m interval, recommended dry f ilm thickness of 1.6 mm) to prevent f ire from spreading

along cable runs.The cable joints and around cable crossing should be coated at 1.5 meter on both sides of joints.

Coverage: Single Cable - 1.75 Sq.m / 5 Kg @DFT 1.5 mm Thickness

Grouped /Bunched /Jacketed Cables - 1.43 Sq.m / 5 Kg @DFT 2 mm Thickness

Applications

FlameGuard CP Meets following specifications:

Electric Power Cables

Communication Cables

Fiber Optic Cables

Control Cables

Cable Conduits

Instrumentation Cables

Flammability Test – IEC 383 & 1S : 10810 part – 53 (30min / 1.5mm DFT)

Fire Resistance test – IEC : 331 (20min / 2.5mm DFT)

Fire Propagation Test – IS : 10810 Part – 61 (1.5 – 2mm DFT)

Scorching Test – IPSS 1-07-0 61 – 94 Standard

Cable Capacity Rating – IPSS 1-07-061-94 (3% max. No cable de-rating up to 2.5mm DFT.)

Smoke Density – ASTM 2843 (< 35%)

Limiting Oxygen Index – ASTM D863: 77.

Radiation Test – Gamma radiation test as per IEEE: 383.

Dielectric Strength – IPSS 1-07-061-94 (3kv/5min)

Flexibility – IS: 10810 part 50. (6 x D Bending radius)

Accelerated Ageing Test – IPSS 1-07-061-94 Standard

Leakage Current /High Potential Test at 200% of rated voltage

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Junction / Crossings of Cable routes

Switch gears

Cable Trays

Racked Cables

High Rise Buildings

High Security Buildings

FlameGuard CP meets following specifications:

Fire Test on electrically heated cables via 150% of rated current.

Salt water immersion tests - ASTM E 1597

Single cable vertical flame propagation / burning test – IEC 332. Flame propagation test - Maximum

affected cable length should not reach within 50 mm of the edge of the top clamp.

Single cable horizontal fire survivability test – IEC 331. Fire survival test - Product should clear fire test

without any damage to cable core /current carrying capacity post 20 minutes fire exposure.

Single cable vertical flame self propagation test – IEC 383 Part 25. Single Vertical

cable fire self extinguishing test - Flame should not propagate & fire travel should be within test limits

Grouped electrical cable test - Product should clear test with DFT >1.6mm. Includes vertical fire tests,

scorch tests, leakage current /high potential test post 200% of rated voltage both pre & post fire tests,

fire tests on cables electrically heated with 150% of rated current, saltwater test, accelerated ageing test,

ampacity test & weather exposure tests

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The electric distribution cables / wiring shall be laid in a separate duct. The duct shall be sealed at

every f loor with non-combustible materials having the same f ire resistance as the f ire rating of the cable duct.

The electric distribution cables / wiring shall be laid in a separate duct. The duct shall be sealed at

every f loor with non-combustible materials having the same f ire resistance as the f ire rating of the duct.

The outside walls, ceiling, floor, opening including door and windows to the transformer substation

area shall be provided with fire resistance of 2 hours rating.

When housed inside the building the transformer shall be of dry type and shall be compartmentised

from the other portion of the premises by walls / doors / cutouts having fire a minimum fire resistance of 4

hours.

Materials of class 4 f lame spread are the worst ones for use in building & hence their use is to be

strictly prohibited unless they are given proper fire retardant treatment.

Where the duct passes through fire walls, the opening around the duct shall be sealed with f ire

resistant materials having the fire resistant rating of the compartment. Where the duct crosses the

compartment which is fire rated, the duct shall be fire rated for same fire rating. Further, depending on the

services passing around ductwork, which may be affected in case of fire temperature rising, the ducts shall be

insulated.

Annex Clause C1.12 Fire Stopping Cables/Ducts/Penetrations

Annex Clause C1.12a Cable/Ducts

Annex Clause C1.16a Transformer Substation

Annex Clause C1.16C Transformer Room

Clause F.3.4.15.4 Class 4 Materials

Annex Clause C1.17 Fire Rated Ducts

NATIONAL BUILDING CODE OF INDIA 2005

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(Revised Building Code of India, Firestop Guidelines - excerpts from Part 4 : Fire and Life Safety)

STRUCTURAL STEEL PROTECTION

FlameGuard ZP - Primer

FlameGuard SSP - Base Coat

FlameGuard SSP - Top Coat

Epoxy based zinc rich primer for fire protection coating for structural

steel.To protect steel against corrosion & prepare the surface.

During fire when the structural steel temperature approaches 538°C it lose 60% of its yield

strength and may lead to the building collapse. FlameGuard SSP Base Coat – coated to desired thickness prevents

steel structures from crossing the critical temperature of 538°C, thus delaying the collapse of loaded steel

structures for up to 2 hours and providing time for evacuation & fire fighting. The smooth fibre free robust

decorative surface allows the architect to use the structural steel work as an integral part of the building design.

Rapid installation with typically DFT's below 2mm, appearance of the structure is preserved without affecting the

load bearing calculations. In case of fire, the film expands to many times its original film thickness.This provides an

insulating foam-like coating or char to protect steelwork against heat build-up and the effects of fire.

Thin film high solids intumescent coating provide maximum protection & enables a high quality finish

to be obtained similar to conventional decorative paints. A hard decorative self-extinguishing, fast drying finish to

seal the basecoat & provide an attractive high quality finish. Recommended as a top coat over FlameGuard SSP

Base Coat for optical reasons and moisture protection. The coating facilitates as sealer function to prevent early

degradation and inactivation of intumescent layer. Available in various RAL shades.

21 Sq.m/ 4 kgs / @ DFT 125 micronsCoverage:

Coverage:

Coverage:

Coverage:

The factors influencing the specification:

Applications:

Type of section (open/closed/cellular profile)

Exposure (i.e. 3 sided, 4 sided exposure)

Massivity of Steel (Hp/A)

Fire Rating FR (30/ 60/ 90/ 120 min)

Critical Temperature (CT)

I Sections

Hollow Sections

Universal Sections

Cellular Beams & Columns

Exposed Steel Membranes

Angles, Channels, Truss, Tubes

Wall assemblies,

Floor/ceiling assemblies

Roof/ceiling assemblies

Structural Steel

Kitchens

False ceiling

Stairwells

Castellated Sections

Lift / Equipment Rooms

Electrical Cabins

Upgrading of concrete slabs

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STEEL PROTECTION

FlameGuard ZP (Primer)

Steel Structural

FlameGuard SSP (Base Coat)

FlameGuard SSP (Top Coat)

F30 - 925 gms / Sq.m (DFT 500 microns).

F60 - 1850 gms / Sq.m (DFT 1000 microns).

F 30 - 8 Sq.m / 5 kgs @ DFT 320 microns

F 30 - 15 Sq.m/ 5 kgs @ DFT 180 microns

F90 - 2400 gms / Sq.m (DFT 1300 microns).

F120 - 3330 gms /Sq.m (DFT1800 microns)

FlameGuard SSP meets the following specifications:

Fire Resistance Test -BS 476 Part20- 21/ ASTM E 119-08

Surface Burning Characters -ASTM E 84

Flame Spread Rate - ASTM E 84

Smoke Development -ASTM E 84

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The Hp/A value is known as the 'section factor' of the steel section.The section factor is directly related to

the heating rate of the steel section under a fire condition. The Hp/A value can be calculated from the size of the

section.

The larger the surface area relative to the cross sectional area, the higher the Hp/A value. The higher the

Hp/A value, the more material required.

Therefore, as a general rule: The thicker the section, the slower it is to heat up, and consequently the less

thickness of material required

For example: Hp = The perimeter of the steel exposed to the fire

A = The cross sectional area of the section

BUILDING INTERIOR & EXTERIOR PROTECTION

FlameGuard FRP

Fire Resistive/Retardant Paints to delay ignition/surface burning for

Interior & Exterior Substrates

FlameGuard FRP is premium quality water based, nontoxic thin film fire retardant paint formulated to

delay ignition for 10-15 minutes and reduce surface burning rate of interior substrates, including gypsum board,

composite architectural panels, oriented strand board and other wood products. This product is suitable for

residential/multifamily, commercial for both new and reconstruction projects

10 Sq.m/ 5 Kg @ 250 Mic DFTCoverage:

SECTION FACTOR

The product is a high build, two pack material providing excellent

durability combined with excellent corrosion and fire protection for a long

period of time for structures, pipe work, vessels and fire resistant divisions from

the effects of hydrocarbon pool and jet fires caused due to petrol, diesel, petrochemicals and gases, cellulosic fire

etc., primarily intended for use in high risk environments such as oil, gas, petrochemical and power generation

industries. Suitable for both offshore and onshore environments. The coating thickness required for protection is

normally specified in the range of 4-20 mm. To be used as mid coat as part of a complete system in atmospheric

environments followed by weather resistant aliphatic polyurethane finish coat, MonoGuard PCG. The coating

facilitates as sealer function to prevent early degradation and inactivation of intumescent layer. Depending on the

actual exposure of the coating system, various primers and topcoats can be used in combination with this product.

FlameGuard EICHigh performance epoxy intumescent fire protection coating system

Fire Retardant Intumescent Clear Coating

Coverage:

FlameGuard EIC Meets the following specifications

ISO22899 - Jet fire test

ISO20340 - Performance requirements for protective paint systems for

offshore and related structures.

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Applications:

Floating Production Storage & Off-shore loading Vessels (FPSO)

Refineries

Petrochemical plants

Liquified Natural Gas (LNG) terminals

Liquified Petroleum Gas (LPG) storage facilities

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WOOD PROTECTION

FlameGuard CC

Single component, chlorinated water resistant intumescent clear

coating that contains highly effective fire retardants to reduce flame spread

during the event of fire. The coating can be used over painted surfaces, fiber

insulation, polyurethane foam, wood, and other combustible surfaces without compromising on aesthetic appeal.

On curing it forms a clear, non-yellowing, water resistant fire retardant f inish that protects the substrate from

combustion and heat. The coated surface retains its original appearance and in addition protected by the water &

weather resistant properties.

2 Sq.m/ Kg / 2 CoatsCoverage:

Base Coat - FlameGuad ZP - Primer

Intermediate / Mid Coat - FlameGuard EIC

Top Coat - MonoGuard PCG - Aliphatic Polyurethane top coat

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5 Sq.m/ 5kgs @ 1 mm

Applications:

Applications:

Painted, Stained or Varnished wood

Softwood

Hardwood

MDF (FR & non-FR),

Melamine faced

Shutter (plywood or dense mineral wool board).

Secondary reinforcement where necessary.

Ducts – Fire rated, with Damper

Pipes – Plastic, Steel or Cast Iron, Non Ferrous Metals

Cables – Single Cables, Cable bundles, Cable trays, Cable Conduits

Plywood

Particle board

Bamboo

Painted canvas on plasterboard

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FIRE COMPARTMENTATION AT ELECTRICAL & MECHANICAL SERVICE

PENETRATIONS THROUGH WALLS, CEILINGS & FLOORS

FlameGuard EFM

When fire resisting compartments are created to contain fire and smoke

from spreading within building structures, this also presents a parallel threat as

most concealed activities between fire resisting walls and f loors are interlinked.

The importance of sealing gaps in this type of construction is therefore vital to ensure the compartmentation

systems work to their maximum ability to save life and property. Such gaps are typically at service penetrations

through walls and floors, but also include gaps left for structural movement and gaps left due to poor

workmanship. The integrity failure occurs when cracks, holes or openings occur through which flames or hot

gases can pass. Insulation failure occurs when temperature rise on the unexposed surface of the service, on the

unexposed face of the building element 25mm from the penetration or the seal itself exceeds 180°C . FlameGuard

EFM plays an major role in maintaining integrity and insulation.

FlameGuard EFM Mortar is a fire rated load bearing system providing up to 4 hours (for 200 mm

thickness) fire protection to compartment walls, ceilings and floors around large electrical and mechanical

through service penetrations like HVAC ducts, plastic pipes, and where electrical services have been installed.

Whilst curing, the mortar expands by approximately 1 % ensuring a tight seal around penetrations and within the

opening. It is designed to maintain the fire resistance of compartment walls and floors. When mixed with water it

can be poured or troweled into service penetration openings preventing the passage of flame, smoke and toxic

gases for periods of up to 4 hours for 200 mm thickness and thermally insulating f ire seal.The mortar is pre – mixed

dry blend, consisting of inorganic fillers and foamed perlite.

Fire Stop Mortar for fire compartmentation by sealing service penetrations

F-120(2 Hours) - 0.294 Sq.m/ 25 Kg @ DFT 100 mm T

F-240(4 Hours) - 0.147 Sq.m/25 Kg @ DFT 200 mm T

Coverage:

Fire Retardant Mineral Wool Board

MINERAL WOOL BOARD

FlameGuard MWB

FlameGuard MWB is a fire & heat resistant mineral wool boards coated

on both sides with FlameGuard CP intumescent coating, affixed with FlameGuard

EFM expanding sealant, to prevent the passage of fire and smoke and the transfer

of heat. Final aesthetic protective top coating of FlameGuard FRP for moisture protection. It is specif ically

designed for sealing around cable & service penetrations in walls and floors.

Dimension:

Outer Boards – 2 x 595mm x 1195mm x 23mm (Each Board 0.71 Sq mtrs). Size subject to change.

Infill Rockwool Insulation pre – coated with FlameGuard Intumescent coatings > 1mm DFT – 4x 1mtr x

0.50mtr x 50mm (0.50 sq mtr each infill insulation panel).

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NATIONAL BUILDING CODE OF INDIA 2005

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(Revised Building Code of India, Firestop Guidelines - excerpts from Part 4 : Fire and Life Safety)

Load bearing steel beams & columns of buildings having total covered area of 500m2 and above

shall be protected against failure /collapse of structure in case of f ire.

The building shall be suitably compartmentalized so that the fire and smoke remain confined to

the area where the fire incident has occurred and does not spread to the other part of the building.

Service ducts and shafts shall be enclosed by walls of 2 hours and doors of 1 hour rating. All such

ducts / shafts shall be properly sealed and f ire stopped at all floors.

Openings in the separating walls or floors shall be fitted with 2hr fire resistance assemblies .

Openings in walls or floors which are provided for the passage of all building services like cables,

electrical wiring and telephone cables etc., shall be protected by enclosures in the form of Duct / Shafts with a

fire resistance of not less than 2 hours.

Every vertical opening between the floors of a building shall be suitably enclosed or protected as

necessary to provide reasonable safety to the occupants while using means of egress by preventing spread

of fire, smoke or fumes through vertical openings from floor to floor, thus allowing occupants to complete

their safe use of the means of egress.

Clause 3.3.3 Steel Construction

Clause C-9 Compartmentation

Annex Clause C1.9 Fire Stopping Service Ducts & Shafts

Clause 3.4.8.2 Wall & Floor Openings

Clause 3.4.8.3 Fire Stopping Wall & Floor Openings

Clause 3.4.8.4 Fire Stopping – Vertical Openings

FIRES ARE CLASSIFIED BY THE TYPES OF

FUEL THEY BURN

Class A Fires consist of ordinary combustibles such as wood, paper, trash or anything else that

leaves an ash.

Class C Fires. Energized Electrical Fires are known as Class C fires.

Class K Fires are f ires that involve cooking oils, grease or animal fat.

Class D Fires are combustible metal f ires. Magnesium andTitanium are the most common types

of metal fires.

Class B Fires are fueled by flammable or combustible liquids, which include oil, gasoline, and

other similar materials.

Class A

Class C

Class K

Class D

Class B

Active Fire Protection

Passive fire protection

Active Fire Protection Vs Passive Fire Protection

Methods that require a certain amount of motion and response in order to react to put out the $ re by

locating smoke, % ames or heat, eg. Smoke & Heat extraction systems, Sprinkler systems, Fire extinguisher systems,

Gaseous clean agents, Fire$ ghting foam.

Methods that contain, minimize the impact, or slow the spread of the $ re. Contrary to active $ re

protection the coating system becomes an integral element of structural $ re protection and $ re safety in buildings

within a speci $ ed $ re compartment as well as ensuring that the load bearing capacity of the $ re exposed structure

is not reaching a critical level, the passive type does not need a response before reacting to the $ re eg. Intumescent

coatings, Retardant coatings, Resistive coatings, Ablative coatings.

: monarchindia.net : contact@monarchindia.net : +(91)-9600992069

DEALERSHIP ENQUIRIES SOLICITED - Excellent Returns Assured

TYPICAL PROPERTIES

Follow us on :

Base Type

Color

Appearance

Mix Ratio By Weight

Solids By Weight

Density

Voc Content

Viscosity

Pot Life

Ph Value

Functional Cure Time

Maximum Application

Temp

Compressive Strength

Flame Spread Index

@ Class A

Smoke Develop Index

@ Class A

Limiting Oxygen Index

@ Class A

Expansion Times@

Original Thickness

Accelerated Weathering

Test @ 1000 Hrs

Abrasion Resistance

Fire Survival Test

Flammablity

Dielectric Strength

Bond Strength

Fire Resistant Test

Hardness

Flash Point

Chemical Resistance

Toxicity

Consumption

~

ASTM D 1544

ASTM D 1544

~

ASTM D 2369

ASTM D 1475

ASTM D 6886

ASTM D 891

IS 101

ASTM D 1293

ASTM D 5895

VISUAL

ASTM D 695

ASTM E 84

ASTM 2843

ASTM D 2863

ASTM E 119

ASTM D 4799

ASTM D1044-90

IEC 331

ASTM E 84 /

IEC 383

ASTM D 149

ASTM D 4541 /

ASTM E 736

BS 476 Part 20.

IEC 331

ASTM D 2240

ASTM E 56

ASTM C 267

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~

~

grams

%

gm/cc

%

Cps

min

~

Hrs

°C

N/mm2

~

~

~

~

~

mg/

1000 cycles

min /1.1kv

/ 750° C

~

KV/ mm

N/mm2

min

Shore D

°C

%

~

Sq.m/Kg

/thickness

/No.of.coat

Epoxy Base

Grey

Low Viscous

Liquid

3.7( R):1 (H)

75

1.75

25

800

35

6

8

35

N/A

N/A

N/A

N/A

N/A

Passes

200

N/A

N/A

5

3.5

N/A

85

30

Excellent

Toxic

21 Sq.m/

4 kgs / @ DFT

0.125 mm

Acrylate Base

Custom Colors

High Viscous

Liquid

Single

60

1.25

35

2500

50

7.5

10

35

8.5

10

5

55

20

Passes

210

N/A

Passes

(Class B1)

N/A

2.6

F30, 60,

90,120

65

28

Excellent

Toxic

F 30 - 8 Sq.m

/ 5 kgs @ DFT

0.320 mm

Acrylate Base

Custom Colors

Low Viscous

Liquid

Single

50

1.1

45

1000

55

7

8

35

8.5

12

7

60

15

Passes

230

N/A

Passes

(Class B1 )

N/A

2.6

F30, 60,

90,120

62

28

Excellent

Toxic

F 30 - 15 Sq.m

/ 5 kgs @ DFT

0.180 mm

Water Base

Acrylic

Custom Colors

High Viscous

Liquid

Single

70

1.33

30

6000

45

8

24

38

9

10

1

70

50

Passes

205

20

Passes

(Class B1)

3 ( Kv / 5 min)

2.4

F 30

65

Nil

Good

Non Toxic

Single Cable

1.75 Sq.m/5 Kgs

@ DFT 1.5 mm

Water Base

Acrylic

Custom Colors

Low Viscous

Liquid

Single

65

1.25

35

3500

50

7

24

40

7.4

8

0

70

N/A

Passes

215

N/A

Passes

(Class B1)

N/A

2.4

F 20

82

Nil

Good

Non Toxic

10 Sq.m/ 5 Kg

@ DFT

0.250 mm

Epoxy Base

Custom Colors

High Viscous

Liquid

4 (R) : 1 (H)

100

1.25

Nil

3000

30

7

8

38

8

6

0

60

10

Passes

190

N/A

Passes

(Class B1)

25

5.2

F 30

84

28

Excellent

Non Toxic

5 Sq.m /5 kgs

@ DFT 1 mm

Cementitious

Grey

Free Flowing

Powder

W/P- 0.25

N/A

0.83

N/A

Slurry

35

12

24

35

5

10

2

75

0.5

Passes

400

N/A

Passes

(Class B1)

N/A

2.9

F 120

75

Nil

Fair

Non Toxic

F-120(2 Hour) -

150 Kg/Sq.m @

DFT 100 mm T

Chlorinated

Rubber base

Clear Transparent

High Viscous

Liquid

Single

50

1.34

45

1500

35

6.5

5

38

8.7

4

0

65

N/A

Passes

200

N/A

Passes

(ClassB1)

N/A

2.7

F20

64

28

Fair

Toxic

4.4 sq.m / 1 kg

/coat / 0.100 mm

Properties Standard UnitFlameGuard

ZP - Primer

FlameGuardSSP - Base Coat

FlameGuardSSP - Top Coat

FlameGuard

CP

FlameGuard

CC

FlameGuard

FRP

FlameGuard

EFM

FlameGuard

EIC

Clientele List

Structural

Steel ProtectionCable

Prote

ction

Wood

Prote

ction

Concrete

Wall P

rote

ction

Fire

Compartm

entatio

n

Hydro C

arbon &

Jet F

ire P

rote

ction