(3) Commonly used in the Awards Industry for domed, coved and recessed medallions.
These products are die cut cross-linked white 1/32" polyethylene foam that is double- coated with a high tack acrylic adhesive system and protected by a 5.0 mil kraft release liner. Die cut parts have a liner tab for easy removal of liner. They were designed for mounting and joining of nameplates, plastic trim, signs, and emblems. Ideal for domed, coved and recessed medallions. Also used for long term bonding for mirror mounting and permanent fixing for both plastic and metal materials.
Note: Be sure all surface areas are free from contamination before applying.
These are approximate values and do not constitute a warranty. It is ...
Commonly used in the Awards Industry for domed, coved and recessed medallions.
This product is a die cut cross-linked white 1/16" polyethylene foam that is double- coated with a high tack acrylic adhesive system and protected by a 5.0-mil kraft release liner. Die cut parts have a liner tab for easy removal of liner. They were designed for mounting and joining of nameplates, plastic trim, signs, and emblems. Ideal for domed, coved and recessed medallions. Also used for long term bonding for mirror mounting and permanent fixing for both plastic and metal materials.
Note: Be sure all surface areas are free from contamination before applying.
These are approximate values and do not constitute a warranty. It is the ...
(3) Commonly used in the Awards Industry for flat medallions.
These products are die cut double-coated polypropylene with an aggressive acrylic adhesive that is resistant to water and moisture. It holds up well in extreme cold, heat and humidity. Thin carrier enables excellent adhesion to irregular surfaces. Is resistant to plasticizers. Bonds well to vinyl, plastic and metal. Ideal for trophy assembly for flat medallions.
Note: Be sure all surface areas are free from contamination before applying.
These are approximate values and do not constitute a warranty. It is the customer's responsibility to determine these products fitness for use in the intended end use application. Test data contained herein is believed ...