Unit A, 21/F, KP Tower, 93 King’s Road, North Point, Hong Kong(852) 2911 0103

Author: taladmin

Burn Barrier Latex Paint 20-20

Burn Barrier #20-20A F.R. Flat, Water Base

BURN BARRIER™ 20-20 is a latex (water base) intumescent fire retardant paint, manufactured and tested in accordance with Federal Specification TT-P-001932. 

This product is designed for use on interior surfaces where it is either necessary or desirous to reduce the surface burning characteristics of the substrate. It dries quickly to a flat matte finish, having the appearance of a conventional flat paint. In the presence of heat or flame, the coating puffs up (intumesces) and forms a thick sponge like cellular foam layer, this foam layer insulates the substrate reducing the penetration of heat, thus retarding the flame spread and prolonging structural collapse.

Fire Tests:

Flame Spread Ratings: Class “A”. When tested in accordance with ASTM E-84 (NFPA 255) the coating obtained the following fire hazard classification.

 

FIRE HAZARD CLASSIFICATION:

SurfaceDouglas Fir
Flame Spread Rating25
Fuel Contributed15
Smoke Developed20
Number of preliminary coatsNone
Rate per coat: 
sq.ft./gal. U.S. (Imp)230 (275)
Number of OvercoatsNone

 

Surface Preparation:

All surface preparation should be carried out in accordance with good painting practices. Remove all loose peeling or powdery paint from the surface. All dirt, grease, oil, wax and other foreign matter MUST be removed with a detergent, rinse surface thoroughly with clear water and allow to dry. Repair all cracks, holes, and other surface irregularities. Allow to dry, sand lightly and prime repaired surface. All glossy or smooth surfaces should be dulled with sandpaper. For best appearance, new wood surfaces should be sealed with BURN BARRIER™ 3001 Alkyd Prime.

 

Tinting:
Available in white, off-white and pastel shades, or may be field tinted with most universal tinting colorants. Tinting colorants should not exceed two fluid ounces per gallon.

 

Packaging:
Standard packaging, 1 gallon, 5 gallon and 55 gallon containers.

 

PRECAUTIONS:
CAUTION! Do not take internally. Close container after each use. KEEP OUT OF REACH OF CHILDREN. Protect from freezing. Information provided herein is based on tests believed to be reliable. Inasmuch as Fire Retardants Inc. has no control over the use or application to which others may put this material, we make no guarantee or warranty. Our products are sold on the condition that each user of the material make their own evaluation to determine the material’s suitability for their own particular use.

 

Color Options:

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Burn Barrier 50-44

Burn Barrier 50-44 Low VOC Structural Steel Mastic

BURN BARRIER™ structural steel mastic 50-44 is an asbestos free reinforced Intumescent thermal protective coating, designed for application to interior structural steel, where it is necessary or desirous to increase the steel fire endurance time.

Mastic FR. 50-44, when applied at a wet film thickness of 3/16 inch (8.55 sq.ft./U.S. gallon) [4.76mm (0.21 m2/L), on W8 x 24 and W8 x 28] (W200 x 36 and W200 x 42), and on 6 x 10 inch (152 x 235MM) wood beams,as described in ULC design numbers 0600, M600, R600, and fire tested in accordance with ASTM E-119 (UL-263, ULC-CAN 4-5101, NFPA-251) has been assigned fire resistant rating of 1 hours depending on the design and components used, reference Underwriters’ laboratories label and test reports. The coating dries to a hard, flexible finish that withstands structural movement and vibrations, does not dust, flake, spill or crack.

Appearance:

Spray application yields a textured, stucco-like finish, or can be lightly troweled to a relatively smooth finish.

 

Surface Preparation:

Mill scale, surface rust, grease, dirt, and dust should be removed. Steel should be primed with flame Control No. 3004 Universal Metal Primer, No. 3005 Two Part Epoxy Primer or other good quality metal primer. Allow primer to thoroughly dry before applying Mastic BURN BARRIER™ 50-44.

 

Mixing Instructions:

Using a Jiffler double-bladed mixer, thoroughly mix Mastic BURN BARRIER™ 50-44. For SPRAY GUN application, generally each 5 gallon pail should be thinned (diluted) with approximately 1 quart of xylene (xylol). For HOPPER GUN application additional thinning may be required to obtain good flow in the hopper.

 
Application Equipment and Procedures

Mastic BURN BARRIER™. 50-44 can be spray or trowel applied.

 

When TROWEL applied, the tools must be kept wet with mineral spirits to avoid sticking or pulling. For HOPPER GUN application, use a 1/4 inch gun nozzle opening, with approximately 25 to 30 lbs. air pressure-HEAVY DUTY SPRAY, suggest Graco Equipment:

 

GUN Model No. 204-000, Series G9H.

 

TIP: External mix, horn type No. 163-660.

 

PUMP: President 10-1 texture, equipped with even flow valve system.

 

HOSES:

Material: 3/4 inch ID (minimum), solvent resistant, reinforced, with a 5 foot long, 3/4 inch ID whip section at gun,fitting at gun should be quick connecting swivel type. Maximum hose length 100 feet.

 

AIR HOSE TO GUN: 3/8 inch ID (minimum).

 

AIR COMPRESSOR TO PUMP HOSE: 3/4 inch ID (minimum).

 

COMPRESSOR: Must be capable of maintaining 85 PSI (minimum) when straying. The above equipment is given as a guide. Other manufacturer’s equipment meeting similar specification can be used.

 

Start UP Procedures for Heavy Duty Equipment:

STEP 1 Follow “CAUTION” section. Place CAUTION signs in area, warning others that spray painting is in progress, and that flammable vapors are present in the area. Check to ensure that all flames, fires, and other sources of ignition have been extinguished and turned off. Coated area must remain roped off, with CAUTION, FLAMMABLE VAPOR” signs until the coating has thoroughly dried.

 

STEP 2. Pumn, hoses, and gun must be clean. Set up equipment and place pump in empty open-head. 55 gallon drum.

 

STEP 3 Using a Jiffler double bladed mixer, thoroughly mix 4 to 8 five gallon pails of Flame Control Mastic BURN BARRIER™. 50-44. Each five gallon pail should be thinned (diluted) with approximately 1 quart of xylene (xylol).

 

STEP 4 Dump the thinned (diluted), thoroughly mixed, Mastic BURN BARRIER™ .50-44 into the 55 gallon

drum.

 

STEP 5 Remove fluid hose at gun and start puma. Pump until mastic has completely filled the material hose, then reattach the hose to the gun.

 

STEP 6 Adjust evenflow valves to obtain the following pressure settings; Material, 15 to 35 PSI, Atomizing air, 20 to 40 PSI. These pressure settings are generally suitable for most conditions. Material pressure should be kept at the lowest possible setting to obtain a smooth uniform flow.

 

STEP 7 Test spray a small area, adjust pressure settings to obtain a good spray pattern,then proceed with the application. Check wet film every few minutes, to insure that the proper film thickness is being applied. Be sure all surfaces, including edges, are properly coated. NOTE If spraying is to be discontinued for more than 3 or 4 minutes, the material pressure should be shut off at the pump. Release the material line pressure by triggering the gun, then remove the material hose at the gun and wash out gun in xylene (xylol). This procedure is very important to prevent material from packing up at the gun arid in the hose.

 

Clean Up:
Clean equipment immediately after use with Xylene (xylol) or mineral spirits.

 

Drying Time:
Dries to touch in about 2 hours, hard enough for area use in 24 to 48 hours (See CAUTION section). Continues to cure to a very tough film. Full cure; under normal drying conditions, the coating will fully cure in 5 to 8 days. The speed of cure depends on the air temperature and humidity.

 

Maintenance:
Should an area be damaged, the coating can easily be repaired, using a putty knife or trowel.

 

Precaution

Before starting job, place CAUTION signs in area, warning others that painting is in progress, and the FLAMMABLE VAPORS are present in the area. Check to ensure that all flames and other sources of ignition have been turned off and are extinguished. Coated area MUST remain roped off, with “CAUTION, FLAMMABLE VAPOR” signs until the coating has thoroughly dried. The coating contains volatile (FLAMMABLE) solvents. Care must be exercised during and after application until the coating is fully dried, to minimize the possibility of an accumulation of  flammable vapors. Such accumulations may be indicated by strong solvent odors.

 

WARNING: FLAMMABLE LIQUID & VAPOR CONTAINS XYLENE & PETROLEUM DISTILLATE’S VAPOR HARMFUL. MAY AFFECT THE BRAIN OR NERVOUS SYSTEM CAUSING DIZZINESS, HEADACHE OR NAUSEA. CAUSES EYE, SKIN, NOSE AND THROAT IRRITATION.

 

NOTICE: Reports have associated repeated and prolonged occupational overexposure to solvents with permanent brain and nervous system damage. Intentional misuse by deliberately concentrating and inhaling the contents may be harmful or fatal. Keep away from heat, sparks and flame. VAPORS MAY CAUSE FLASH FIRE. Do not smoke. Extinguish all flames and pilot lights, and turn off stoves, heaters, electric motors and other sources of ignition during use and until all vapors are gone. Prevent build-up of vapors by opening all windows and doors to achieve cross-ventilation. USE ONLY WITH ADEQUATE VENTILATION. Do not breathe vapors or spray mist. Ensure fresh air entry during application and drying. If you experience eye watering, headache or dizziness or if air monitoring demonstrates vapor/mist levels are above applicable limits, wear an appropriate, properly fitted respirator (NIOSH/MSHA approved) during and after application. Follow respirator manufacturer’s directions for respirator use. Close container after each use. Avoid contact with eyes, skin and clothing. Wash thoroughly after handling.

 

FIRST AID: If you experience difficulty in breathing, leave the area to obtain fresh air. If continued difficulty is experienced, get medical assistance immediately. In case of eye contact, flush immediately with plenty of water for at least 15 minutes and get medical attention; for skin, wash thoroughly with soap and water. If swallowed, get medical attention immediately. If spilled, contain spilled material and remove with inert absorbent. Dispose of contaminated absorbent, container and unused contents in accordance with local, state and federal regulations.

 

KEEP OUT OF REACH OF CHILDREN

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Burn Barrier CP

Burn Barrier CP

BURN BARRIER CP is a special fire-retardant for Fire-Retarding synthetic materials. Synthetic fabrics are difficult to treat and CP was formulated specifically for this purpose.

BURN BARRIER™–CP can be used on drapes, curtains, wall hangings, and upholstery made of polyester, cotton-polyester, acetate, and acrylic materials.

 

This product is supplied as a solution and should not be diluted. Some testing is necessary prior to the final application due to variations in fabrics.

 

Testing for color-fastness should be done to ensure that the fabric will maintain it’s color and beauty after it is treated.

 

Fabrics that are treated with CP are usually not affected by dry cleaning, but it is necessary to retreat fabrics that are laundered.

Coverage:

One gallon of CP will treat approximately 100 square feet of heavy material and 200 square feet of light material. The following type of application methods may be used: Immersion – used mainly for treating bolt goods. Spraying – any sprayer that is capable of spraying water is suitable for use with CP. A Hudson type garden sprayer, a small hand type sprayer, and compressor driven spray equipment will all produce good results.

 

Shrinkage should be figured the same as for fabric wet with water and air dried.

 

Information provided herein is based on tests believed to be reliable. Inasmuch as Fire Retardants Inc. has no control over the use or application to which others may put this material, we make no guarantee or warranty. Our products are sold on the condition that each user of the material make their own evaluation to determine the material’s suitability for their own particular use.

 

CAUTION: It is recommended that a test application be completed prior to end use. In some cases Burn Barrier CP can cause corrosion to metal. It can take as long as 4-5 months to show up. Please note the intended use of this product is listed above. All other materials Burn Barrier CP is put on must be tested.

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Burn Barrier 133A

Burn Barrier #133A Class “B” Water Base Varnish

Burn Barrier No. 133A is a water base, fire retardant polyurethane varnish, with a semi-gloss sheen. It is designated for use on all new or previously coated wood surfaces (except floors). The varnish will not leach or turn white on aging or washing.

Recommended Uses: Stir material well before using.

For application to all wood surfaces, where a reduction of surface burning characteristics is required to comply with building code requirements.

Performance Information:

 

Class “B” fire rated on wood when applied in two coats at 450 sq.ft./gallon. Dries by water evaporation.
Does not leach on exposure to high humidity or water. No fire hazard during application or drying. The coating is somewhat thermoplastic. Precaution must be taken when two coated surfaces are touching each other, to prevent sticking and blocking.

 

Characteristics:

FinishClear
Spreading Rate1st. coat, 450 sq.ft./gl.
2nd. coat, 450 sq.ft./gl.
[Aggregate (total) coverage: 356 sq. ft./gl.]
Volume Solids30%
Weight Solids35%
Wet Film Thickness Per Coat3.6 mil
Dry Film Thickness Per Coat1.1 mil
Application Temperature (Surface & air)60F minimum
Drying time @ 77F & 50% RH

To touch 15 to 30 minutes

Top coat 30 minutes

Handle 60 minutes

Type of CureWater Evaporation & coalescence
Flash PointNone to boiling
Reducer/CleanerWater
VOC0.20 lbs./gl. (24 g/L)
2nd. coat, 450 sq.ft./gl.
Shelf Life12 months (unopened)
Weight per gallon8.95 lbs.
Shipping per gallon (4 gallons)40 lbs.
Shipping per gallon (5 gallons)48 lbs.
ApplicationBrush, foam brush, conventional or airless spray.

 

Surface Preparation:
Surface preparation should be carried out according to good painting practices. All dirt, grease, oil, wax, rust, and other foreign matter must be removed. May be applied to previously coated surfaces in good condition. Glossy surfaces must be dulled with sandpaper or steel wool. All sanding, filling of nail holes, etc. must be completed prior to the application of No. 133A.

 

Fire Hazard Classification:
Flame spread rating Class “B” when applied to wood surfaces. When tested in accordance with ASTM E-84 (NFPA 255, ANSI/UL 723 and UBC 8-1), the coating obtained the following fire hazard classification;

 

Coating System Details
Sealer – None
Base Coat No. 133A Applied at
450 sq.ft/U.S. gl. (11.0 m /L)
Top Coat No. 133A applied at
450 sq.ft./US gl. (11.0 m /L)

(When Applied to Douglas Fir)

Flame SpreadSmoke Developed
55170

 

Packaging: Standard packaging, 1 gallon, 5 gallon pails.

 

CAUTION! Do not take internally. Close container after each use.

 

KEEP OUT OF REACH OF CHILDREN. Protect from freezing

 

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Burn Barrier FPR

Burn Barrier FPR

Protect your draperies, curtains, mattresses, upholstery, and other belongings made of cotton, wool, silk, and all-natural fibers with BURN BARRIER FPR!

Flame-retards draperies, curtains, mattresses, upholstery, carpets, clothing, etc., made of cotton, wool, silk, linen, canvas, burlap, rayon and other absorptive materials such as paper, cardboard, straw, sawdust, wood, thatch and wood chips require undiluted BURN BARRIER™ FPR concentrate. BURN BARRIER™ FPR is also tested to be effective on natural foliage & unfinished wood products. ASTM E-84 Class A 125/SF/gallon of concentrate.

BURN BARRIER™ FPR is not as effective on plastic or synthetic fibers as it is on natural fibers or blends. BURN BARRIER™ FPR will flame-retard all recommended items, but will not prevent charring. BURN BARRIER™ FPR is colorless, orderless and non-toxic, but is not recommended for ingestion. It will usually not affect the look, feel or ventilation qualities of any material treated. A test application on a small sample must be made prior to treatment if color, texture and appearance is critical. BURN BARRIER™ FPR will not normally lose effectiveness from age or from wearing off, but will lose effectiveness after rain if used outdoors. Materials treated may withstand dry cleaning, but not laundering, therefore, retreating periodically after each laundry cycle is necessary to insure maximum fire resistance at all times. BURN BARRIER™ FPR will usually not affect the shade or color fastness of textile, paper or dyes, normally not effected by water.

 

Testing for color-fastness should be done to confirm that the fabric will maintain it’s color and beauty after it is treated.

 

ASTM-E84 Tunnel Test Results:

  • Flame Spread – 0
  • Fuel Contribution – 0
  • Smoke Density – 40

Above tests are equivalent to UL723, ANSI No. 2.5, NFPA No. 255 and UBC No. 42-1. Meets and Exceeds NFPA Test No. 701.

 

Meets most State and Federal requirements of Life Safety Code NFPA No. 101, Section 17-4151 for cubicle curtains and draperies in nursing homes, hospitals and institutional facilities.

 

Burn Barrier Directions

Do not dilute, as BURN BARRIER™ FPR ready-to-use must be applied in full strength to be effective. BURN BARRIER™ FPR concentrate may be diluted with equal parts of water. Shake or stir well before using. BURN BARRIER™ FPR may be applied by spraying or dipping. When spraying, make sure that material is thoroughly soaked. When dipping, thoroughly soak material and then string out or allow to dry by hanging. Treated material may be ironed by using a very low setting, as used on synthetics. BURN BARRIER™ FPR may be applied in any room as it is virtually colorless, odorless and harmless, although adequate ventilation is recommended. One (1) gallon covers approximately 500 square feet of medium woven material.

 

Notes:

  • BURN BARRIER™ FPR FPR’s effectiveness is continent upon the ability of the treated materials to absorb BURN BARRIER™ FPR. Neither BURN BARRIER™ FPR nor any other product known can make items “Fire Proof”. Fire retardants are designed to reduce or slow flammability and minimize smoke emission to meet certain test standards and building codes. Independent laboratory tests on many of our products indicate that after treatment with a fire retardant, the material to which it is applied is either self extinguishing after the flame source is removed, or does not ignite or support combustion or burns at a reduced rate within the test criteria, or many may char away to ash without ignition. Generally, the heavier BURN BARRIER™ FPR is applied, the more effective its fire resistance will be.
  • Fire Retardants are not returnable because it may not be possible to assure the contents and effectiveness of products after leaving the premises. If returns are allowed due to extenuating circumstances which are solely at the discretion of Fire Retardants Inc., a 50% restocking charge will apply to qualifying unopened packaging only.
  • Materials treated with BURN BARRIER™ FPR must be thoroughly dry to have maximum effectiveness.
  • BURN BARRIER™ FPR is not recommended for plastic fibers.
  • BURN BARRIER™ FPR is a water-based product. Do not use on items subject to damage or spotting by water. (Corrosive to metals)
  • BURN BARRIER™ FPR must be absorbed by material to be effective. Do not use on items which have “Scotch Guarded” or treated with water repellent.
  • BURN BARRIER™ FPR should be immediately wiped off such items as finished wood and metal. Do not store in metal container.
  • BURN BARRIER™ FPR should not be applied to the point of dripping. Once the fabric has absorbed all it can, additional chemicals will remain on top of fabric, resulting in a white residue on the surface.
  • Fabric must be dry and clean before applying BURN BARRIER™ FPR.
  • Treated fabrics, if exposed to extreme heat, will result in the chemicals reacting to prevent ignition and therefore may cause fabric to turn brown.
  • It is recommended that a “test sample” be made before treating an entire drape, curtain, etc. This will enable the user to determine the minimum amount of BURN BARRIER™ FPR needed to flame retarding item, fastness of dyes, water spotting of fabric, etc.
  • If fabric to be treated is thick, it is recommended that two (2) light coats of BURN BARRIER™ FPR be used instead of one (1) heavy coat, allowing fabric to dry between applications.
  • Do not use BURN BARRIER™ FPR on living foliage. (Christmas trees, plants wreaths, etc.)
  • BURN BARRIER™ FPR has many valuable uses, but it should not be used indiscriminately.
  • Information provided herein is based on tests believed to be reliable. Inasmuch as Fire Retardants Inc. has no control over the use or application to which others may put this material, Fire Retardants, Inc makes NO guarantee or warranty and assumes no liability. Our products are sold on the condition that each user of the material’s make their own evaluation to determine the material’s suitability and flame retardatory for their own particular use and safety. 
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Burn Barrier 167

Burn Barrier #167 Varnish Overcoat (Semi-Gloss)

BURN BARRIER™ 167 Overcoat has been tested and rated by the Underwriter’s Laboratories as an overcoat for BURN BARRIER™ 166 Class “A” Fire Retardant “Intumescent” Varnish.

BURN BARRIER™ 167 is available in three distinctive sheens, i.e. low, semi or hi-gloss The use of BURN BARRIER™ 167 as a topcoat over BURN BARRIER ™ 166 greatly improves the moisture resistance, durability, and cleansibility of BURN BARRIER™ 166.

We recommend that BURN BARRIER™ 167 be used over BURN BARRIER ™ 166 on all surfaces that will be subjected to washing, handling or where a low, semi or hi-gloss finish is desired.

 

NOTE: Surface Preparation:
After the application of BURN BARRIER™ 166 Class “A” Fire Retardant “Intumescent” Varnish has been completed, allow the surface to dry a minimum of 48 hours. Remove all dust, dirt, etc., from the surface, before applying BURN BARRIER™ 167 Overcoat.

 

Burn Barrier 167 Application: 

BURN BARRIER™ 167 Overcoat can be applied by brush, roller or spray. Stir material well before using, then apply a uniform coat at a coverage rate up to 600 sq. ft./gal. In hard use areas or where excessive wear is expected, a second coat is suggested. Allow at least 24 hours drying time between coats.

 

Thinners:
For thinning use only BURN BARRIER™ 167 reducer. MINERAL SPIRITS or BURN BARRIER™ 167 Reducer maybe used for cleaning.

 

WARNING:
Adequate ventilation must be provided during and after application, until the coating has dried. Avoid breathing vapors or spray mist.

 

CAUTION:
The liquid coating contains volatile (combustible) solvents. Due care must be exercised during and after application until coating is dry.

 

Fire Tests:
Flame Spread Rating: Class “A”, when applied as a topcoat over BURN BARRIER™ 166 and tested in accordance with ASTM E84 (NFPA255) the coating system obtained the following fire hazard classification. A complete report from the Underwriters’ Laboratories is available upon request.

 

FIRE HAZARD CLASSIFICATION

 

Coating System Details(when Applied to Douglas Fir)
 *Flame
FSC
Spread
(GWL)
Smoke
Developed
Fuel
Contributed
Type 6 (sealer) applied in one
coat at 400 sq. ft./gallon
    
Type 166 (base coat) applied in
two coats at 300 sq. ft./gallon
per coat
    
Type 167 (top coat) applied in
one coat at 600 sq. ft./gallon
25(15)30-5010

*Flame Spread RatingsFSC = Canadian Ratings
(GWL) = U.S. Ratings

Packaging:
Standard packaging, 1 gallon, 5 gallon and 55 gallon containers.

 

Information provided herein is based on tests believed to be reliable. Inasmuch as Fire Retardants Inc. has no control over the use or application to which others may put this material, we make no guarantee or warranty. Our products are sold on the condition that each user of the material make their own evaluation to determine the material’s suitability for their own particular use.

 

NOTE: All porous surfaces should be properly sealed before applying fire retardant paint or varnish.

 

CAUTION: It is recommended that a test application be completed prior to end use.

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Burn Barrier 166

Burn Barrier #166 F.R. Varnish

BURN BARRIER 166 is a clear satin finish fire retardant varnish having a Class “A” Underwriters’ Laboratory flame spread rating. Use it on wood surfaces!

When exposed to flame or high heat, the coating puffs up to form a thick insulating cellular foam. This foam layer retards the penetration of heat, thereby reducing the flame spread (surface burning characteristics) and smoke development of combustible materials.

BURN BARRIER 166 is designed for use on interior wood surfaces where it is desirous to maintain the natural wood appearance, while obtaining a Class “A” flame spread rating.

 

BURN BARRIER™ 166 is suitable for use on wall paneling, ceiling panels and other such surfaces. We do not recommend this product for use on floors, doors, shelving, or in areas where there will be exposure to excessive moisture or splashing of water, as the coating is somewhat softer than conventional varnishes.

 

BURN BARRIER™ 166 dries to a clear velvety satin finish. All surfaces that will be subjected to handling, washing or where a low, semi or hi-gloss finish is desired, should be overcoated with BURN BARRIER™ 167 UL rated Fire Retardant Varnish Overcoat. The use of BURN BARRIER™ 167 Overcoat greatly improved the moisture resistance, durability and cleansibility of BURN BARRIER™ 166.

 

Surface Preparation:

 

(New Work Previously uncoated surfaces)

 

All surfaces must be dry, clean, free of all wax, grease, dirt, sanding dust, etc. If staining is desired, the use of non-bleeding type stains are recommended. All surfaces should be thoroughly sealed with BURN BARRIER™ 6 Clear Wood Sealer. Allow the surface to thoroughly dry before proceeding with the application of BURN BARRIER™ 166. It is recommended that a representative sample of the system be prepared prior to staring the project.

 

(Old Work Previously coated surfaces)

 

All surfaces which have been previously coated with a conventional coating (this includes prefinished wood paneling), must be washed down with mineral spirits or other suitable solution, to remove all wax, grease,etc. Lightly sand or steel wool all glossy surfaces, test patch small areas, if old coating is not affected, proceed with the application of BURN BARRIER™ 166. If old coating is affected, it will be necessary to completely remove the coating before applying BURN BARRIER™ 166.

 

NOTE: On prefinished wood paneling, it may be necessary to seal the grooved areas, as most panel manufacturers only stain these areas and the grooves are highly porous.

 

Application:

 

BURN BARRIER™ 166 can be applied by brush, conventional or airless spray. On wood paneling and other large surface areas, spray application is suggested as it will yield a more uniform finish. When spray applied the use of heavy duty spray equipment is recommended.

 

Should thinning be required for spray application, use only BURN BARRIER™ 166 Reducer. After surface preparation has been carried out, apply a uniform coat of BURN BARRIER™ 166 without dilution, at a coverage rate of 300 sf/US gallon (7.4 m IL). Allow the surface to dry a minimum of 16 hours, or until hard. Then apply another coat as above. NOTE TWO COATS ARE REQUIRED. If the surface is to be over coated with BURN BARRIER™ 167 Overcoat, allow at least 48 hours drying time before applying BURN BARRIER™ 167 Thinners: For thinning and cleaning equipment, use only BURN BARRIER™ 166 Reducer.

 

CAUTION: The liquid coating contains volatile (combustible) solvents. Due care must be exercised during and after application until coating is dry.

 

Fire Tests:

 

Flame Spread Rating, Class “A”. When tested in accordance with ASTM E84 (NFPA255) the coating obtained the following fire hazard classification. A complete report from the UNDERWRITERS’ LABORATORIES is available upon request.

 

 When Applied to Douglas Fir 
Coating System DetailsFlame FSCSpread GWLSmoke DevelopedFuel Contr.
Type 6 (sealer) applied in one coat a 400 sf/US/gal.    
(9.8 m2/L)Type 166 (base coat) applied in two coats at 300 sq/US gal. per coat (7.4m2/L) (No topcoat)25155015
Type 6 (sealer) applied in one coat a 400 sq/US gal. (9.8 m 2/L)    
Type 167 (top coat) applied in one coat at 600 sq.US gal. (44.2 m2/L)251530-5010
*Flame Spread Ratings
FSC = Canadian Rating (GWL) = U. S. Rating
    
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Dongsu Kingspan Vitreous Enameled Panel

Dongsu Kingspan Vitreous Enameled Panel

Dongsu plays a leading role in the development of vitreous enamel technology by supplying architectural vitreous enameled steel panels for both internal and external use, as well as application in industrial and consumer usages.

Dongsu Kingspan vitreous enameled panel consists of a flat or formed vitreous enameled steel sheet which can be laminated with an insulating core material for improving performance.

The nominal thickness of the steel sheet is 1.6mm and is especially flattered for architectural purposes. This specially developed steel sheet is of decarbonized quality grade CRC (KS-SPP), which has excellent sag resisting properties at the high temperatures of the enameling process whereby both faces of the steel are totally protected by the vitreous enamel coating.

Features

Excellent Durability
Dongsu Kingspan vitreous enameled panel is extremely durable and will retain their original color and gloss throughout the normal expected life of the building provided they are maintained correctly and cleaned periodically. Its hardness is much higher than other substrates such as aluminum, plastic and coated steel panels.

Custom Shapes and Design
Dongsu Kingspan vitreous enameled panel is made of quality steel sheet and therefore can be custom designed and fabricated to different shapes by using CAD/CAM.

Colorfastness and UV Resistance
The specially formulated vitreous enamel ’frits’ used in Dongsu enameling process are 100% non-organic compound, which causes to preserve the original color and gloss. The color is also non-fading and UV resistance and will not deteriorate under continuous exposure to sunlight.

Economic and Cost Effective
The high level of durability, colorfastness and low maintenance makes Dongsu Kingspan vitreous enameled panel the cost effective and long-term solution for cladding requirements.

Chemical Resistance
Dongsu Kingspan vitreous enameled panel is resistant to all organic solvents and are unaffected by acid. It also has excellent resistance to atmospheric pollution, corrosion and attack by most chemicals.

Fire Resistance
Dongsu Kingspan vitreous enameled panel is totally incombustible and will withstand continuous temperatures of up to 400oC. Depending on the design and the backing material used, the panels can provide fire ratings of up to two hours or more.

Abrasion Resistance
Dongsu Kingspan vitreous enameled panel is extremely durable and can withstand many abrasive materials, which meets scratch resistance to Moh scale 6, Rockwell 73+.

Anti-Graffiti
Dongsu Kingspan vitreous enameled panel is ideal for use in public areas where unwanted graffiti and spray paints can be readily removed.

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Sandwich Wall Panel

Talford Metal Composite Wall Panel

Talford Metal Composite Wall Panel can be applied to various facade applications such as office buildings, industrial and commercial constructions.

This metal composite panel is a large-sized flat panel system which was developed with high technology and Talford’s know-how gained by experiences in producing rockwool core. Talford Metal Composite Panel is constructed with quality materials such as PVF2 coated galvanized steel sheets or aluminum sheet, and stainless steel skins etc.

Product Types:

Composite Panel – Stainless Type

With its low heat conductivity and quality to withstand extreme temperatures, Talford Stainless Steel Composite Panel can be applied to any construction work and at any construction site. In addition, the panels can prevent stains from air pollution and silicone, and this makes it easy to clean and maintain the building clean.

  • various surface textures
  • outstanding high solidity
  • fire and heat resistance
  • high abrasion quality

Composite Panel – Galvanized Steel Sheet Skin Type

 

Talford Steel composite Panel increases its solidity by using galvanized steel sheet skins coated with fluorine resin, this metal composite panel makes the construction work easy and economical, and thus saves time and labor at construction sites.

  • high solidity
  • fluorine resin coated skins
  • smooth and refined features
  • various colors
  • long lasting
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Aluminium Honeycomb Panel

Fiber-X Aluminum Honeycomb Panel

Aluminum honeycomb is a material which is constructed of innumerable thin aluminum hexagonal columns gathered in a honeycomb form. Although the surface of this aluminum honeycomb is made of iron, aluminum, melamine, and other resin plates bonded in sandwich manner, it is very light due to its total capacity ratio which consists of 97% air and 3% aluminum.

The Fiber-X panel (aluminum honeycomb sandwich composite panel) is designed and produced to endure external load such as a strong gust of wind, typhoon and an artificial load by distributing uniformly the external concentrated load in the internal hexagonal core columns.

The strength of a dynamic Fiber-X panel is as strong as iron material of the same thickness. All of the technology in the production of Fiber-X panel is based on the technology confirmed by McDonnell Douglass and Boeing of the USA.

Features

High Rigidity
The stable hexagonal structure of the honeycomb used as the core material in sandwich structures is capable of enduring external force disturbances such as typhoons without any significant deformation of the material. The rigidity and strength can be controlled flexibly by adjusting the thickness and type of each component.

Smoothness
Due to the number of hexagonal columns which prevents error, perfect smoothness can be obtained. Smoothness is increased as thickness is increased, giving external beauty to a high-story building.

Light Weight
The honeycomb core material which consists of 97% air space makes it as light as paper.

Non-flammability
Unlike the core of other composite panels which is made of inflammable plastic, the core of Fiber-X panel is safe since it is made of aluminum alloy.

Economical
Due to its excellent compression and tensile strengths, the structure of honeycomb is strong enough to be used without the use of armature, therefore decreasing the cost of armature and the possible use of large-scale panels, hence decreases labor costs.

Adiabatic
It is superior compared to other materials because the use of honeycomb core minimizes the heat transfer between sheets and the heat transfer is mostly insulated by forming air pocket.

Durability
Excellent durability and high stability with respect to chemical damage, making it superior to be used to constructions materials in highly polluted areas without any repair. Cleaning can be done very simply by using water, detergent, and a sponge.

Beauty
Color uniformity is maintained not only by the coil coating, but also by the use of F-resin paint (PVdF, Kynar-500), which has been proved internationally as superior material, preventing any change in color for long periods of time.

 

 

 

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