POLYURETHANE FOAM SHEET

Brand Owner (click to sort) Address Description
VISCO-CEL Rubberlite, Inc. 2501 Guyan Avenue Huntington WV 25703 Polyurethane foam in sheet and roll form for use in manufacture of medical equipment, namely braces, supports and cushions; polyurethane foam in sheet and roll form for use in manufacture of electronic equipment, namely, damping pads, computer cases and headsets; polyurethane foam in sheet and roll form for use in manufacture of sporting goods, namely exercise equipment, straps, handles, gloves and saddles; polyurethane foam in sheet and roll form for use in manufacture of footwear, namely collars, tongues, ankle pads and inserts; polyurethane foam in sheet and roll form for use in manufacture of ergonomic equipment, namely mattresses, bed toppers, massage tables, wrist rests, helmet cushions and dog beds; polyurethane foam in sheet and roll form for use in manufacture of packaging and furniture seats;INC;
VISCO-CEL Rubberlite, Inc. 2501 Guyan Avenue Huntington WV 25703 Polyurethane foam in sheet and roll form for use in manufacture of medical equipment, namely, braces, supports and cushions; polyurethane foam in sheet and roll form for use in manufacture of electronic equipment, namely, damping pads, computer cases and headsets; polyurethane foam in sheet and roll form for use in manufacture of sporting goods, namely, exercise equipment, straps, handles, gloves and saddles; polyurethane foam in sheet and roll form for use in manufacture of footwear, namely, collars, tongues, ankle pads and inserts; polyurethane foam in sheet and roll form for use in manufacture of ergonomic equipment, namely, mattresses, bed toppers, massage tables, wrist rests, helmet cushions and dog beds; polyurethane foam in sheet and roll form for use in manufacture of packaging and furniture seats;
VISCO-CEL DP Rubberlite, Inc. 2501 Guyan Avenue Huntington WV 25703 Polyurethane foam in sheet and roll form for use in manufacture of medical equipment, namely, braces, supports, cushions, and orthopedic supports; polyurethane foam in sheet and roll form for use in manufacture of medical market, namely, x-ray and exam table cushioning and wheelchair seat cushions, braces, and supports; polyurethane foam in sheet and roll form for use in manufacture of athletic and non-athletic footwear, namely, insoles, sock/boot liners, collars, tongues, ankle pads, and inserts; polyurethane foam in sheet and roll form for use in manufacture of electronic equipment, namely, damping pads, computer cases, and headsets; polyurethane foam in sheet and roll form for use in manufacture of sporting goods, namely, exercise equipment, yoga mats, straps, handles and gloves; polyurethane foam in sheet and roll form for use in manufacture of animal products, namely, horse saddle padding, dog beds and saddle bag padding for dogs; polyurethane foam in sheet and roll form for use in manufacture of protective products, namely, helmets, padding in athletic apparel, liners in body armor, and protective vests; polyurethane foam in sheet and roll form for use in manufacture of ergonomic equipment, namely, mattresses, bed toppers, massage tables, wrist rests, and aircraft seating, forklift and construction seating; polyurethane foam in sheet and roll form for use in manufacture of packaging and furniture seats;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. The present invention provides a polishing sheet that can secure a flatness of a material to be polished and can improve a polishing efficiency. A polishing pad 1 has a polyurethane sheet 2 made of polyurethane resin. The polyurethane sheet 2 has large cells 3 with a generally triangular sectional configuration rounded along a thickness direction thereof. Polyurethane resin exists in the polyurethane sheet 2 in a partition wall manner and fine foams 4 are formed in the polyurethane resin. Fine particles 5 added during manufacture of the polyurethane sheet 2 exist inside some of the fine foams 4 and the fine particles 5 are separable from the fine foams. By separating off fine particles positioned at a polishing face P by dummy polishing or the like, fine foams which evenly reserve a polishing liquid containing abrasive particles are formed at the polishing face P.