DESCRIPTION: Copps Backing Accelerator is a low viscosity, easy to mix and use material that that will accelerate the gel and cure time of Copps backing.

USES: Copps Backing Accelerator can be used to speed up backing cure times under a wide range of temperatures and reduce down time.

TYPICAL PHYSICAL CHARACTERISTICS

The following chart will help to determine the amount of Copps Backing Accelerator to use with one 22# kit of Copps Regular Backing.

One(1) can of accelerator equals .5% added to the 22 lb. backing kit.

Two(2) cans equal 1% added to the 22 lb. backing kit.

DIRECTIONS FOR USE

Proper mixing procedures are very important.

1. Add the accelerator to the Copps Regular backing resin (tan material). Do not add accelerator to the hardener.
2. Mix thoroughly.
3. Add hardener and mix to a uniform color.

Copps Backing Accelerator that is not thoroughly mixed into the resin or that is added directly to the hardener will result in improper cure, lumpy end product and/or poor physical properties.

SAFETY PRECAUTIONS

Avoid breathing of vapors. Forced local exhaust is recommended to effectively minimize exposure. NIOSH approved, organic vapor respirators and forced exhaust are recommended in confined areas, or when conditions (such as heated polymers, sanding) may cause high vapor concentrations. Do not weld on or burn the backing. Hazardous vapor is released when the backing is burned.

Avoid skin or eye contact with hardener. Wash skin with soap and water if contact occurs. If eye contact occurs flush with water for 15 minutes and obtain medical attention.

Read and understand all cautions on can labels and material safety data sheets before using this material.

WARRANTY AND DISCLAIMER

Copps Industries, Inc. gives no warranty, express or implied, and all products are sold upon condition that purchasers will make their own tests to determine the quality and suitability of the product. Copps Industries, Inc. shall be in no way responsible for the proper use and service of the product. The information given in this publication is considered to be accurate and reliable and is provided as a service only. Physical properties shown are typical. Actual properties are dependent on curing conditions and degree of cure. Any information or suggestions given are without warranty of any kind and purchasers are solely responsible for any loss arising from the use of such information or suggestions. No information or suggestions given by us shall be deemed to be a recommendation to use any product in conflict with any existing patent rights.