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High Strength Contact Adhesive Concentrate
Clear & Red
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• Low vac, HAPs Free
• Non-Flammable
• Waterproof
• For Use with Air-Assist Systems
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• Non-Methylene Chloride
• High Temperature Resistant
• Dries Clear and Flexible
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At Westech, our efforts are focused on producing high quality, industrial strength adhesives. We Sell our products in a wide variety of markets at a competitive price. With a profound understanding of our customers' needs and years of industry experience, we continue to develop new products and applications to serve our current and future customers.
Westech's WT-HCC canister is formulated as a high strength, high temperature, low VOC solvent-based adhesive for use with pneumatic spray systems.
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Offers easy pattern adjustment from edge banding to large areas, from fine to course spray
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Low VOC levels for use in any location
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The use of a non-flammable propellant system may reduce local restrictions on flammable spraying
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Formulated for rapid applicaion
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Simple Clean-up process
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Bond can withstand heat and humidity
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Applies easily to various substrated
WT-HCC provides a very fast tacking, strong, permanent and waterproof bond
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High Tensile and Peel Strength
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Lap Shear Strength Exceeds 150 psi, ASTM D1002
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High Temperature Resistance Level of Bonding
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High Solids Web Pattern Formulation for Extended Coverage
Technical Data
Westech's WT-HCC canister is formulated as a high strength, high temperature, low VOC solvent-based adhesive for use with pneumatic spray systems.
Technical Data:
Contains No Clorinated Solvents
VOC Content <80 grams per liter (canisters)
Safety Reccommendations:
Vapors may be harmful to health. Keep away form children. Use only in well ventilated areas or use respiratory protection. The product MSDS should be read and understood before use. Eye Protection is required. This product is non-flammable per ASTM flame projection test. Keep away from fire or flame.
Recommended Usage:
WT-HCC canister is based on the Westech's popular HSC-13 adhesive. It is supplied in a pressurized canister without hydrocarbon propellants so that it can be used with standard pneumatic spray equipment. This permits more flexibility in spray patterns from narrow to broad, fine to coarse pattern as appropriate for the job at hand. The adhesive is specially formulated to be a high strength, high temperature industrial adhesive applicable to a variety of substrates. This adhesive is suitable for use in many different industries such as woodworking, furniture, high-pressure laminates, edgebanding, marine, RV, automotive headliners, upholstry, and construction, just to name a few. It is especially useful as a post forming adhesive. Prior to use, a small test patch should be sprayed to evaluate substrate compatibility. This product may degrade some thin plastics and films.
Application:
Shaking is recommended before use. The canister is sizeable and care should be taken when agitating. Optimum temperature range for application is 60ºF to 80ºF. Both adhesive and substrates should be in this range for best performance. Lower temperatures may affect sprayability. Attach an industry standard pneumatic spray gun such as the Brinks 2001 to the hose supplied with the canister. Attach the air hose from a clean 50 to 80 psi air source tot he spray gun. Adjust the airflow valve on the gun to the desired setting and adjust the product valve for the proper flow rate. Always maintain canister in an upright position as there is a dip tube in the canister. Point the gun directly at the substrate and move it parallel to the surface in even smooth motions with little or no overlap. Coverage should vary according to materials being bonded. Spray both surfaces to be bonded; one surface vertically, and the other horizontally. Allow adhesive to tack up until no adhesive transfers to finger when touched. Depending on conditions, this will require less time than normal propellant supplied canisters as the air helps to dissipate the adhesive solvent. Align surfaces properly and press together with firm pressure over the entire surface are to achieve maximum bonding strength.
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