SHOCK ABSORBENT PADDING INSULATION

Brand Owner (click to sort) Address Description
BIOMIMICRY AT ITS BEST SUPRACOR, INC. 2050 Corporate Court San Jose CA 95131 Shock absorbent padding and insulation material in sheet form for use in further manufacturing;Exercise equipment, namely, body rollers and exercise mats; Personal exercise mats; Pool cushions; Yoga mats;Anti-fatigue floor mat; Bath mats; Beach mats; Floor mats;Camisoles; Sandals and beach shoes; Shoes; Slippers;Bath gloves; Bath mitts;Aircraft passenger seats; Vehicle seat cushions; Vehicle seats; Wheelchair cushions; Wheelchair pads;Orthopedic cushions; Orthopedic seat cushions;Exfoliating mitts; Exfoliating pads;Back support cushions not for medical purposes; Coverings for massage tables; Cushions; Mattress toppers; Mattresses; Pet cushions; Pillows; Plastic mesh cushioning sheets for lining shelves; Seat cushions; Sink liners;
STIMULITE SUPRACOR, INC. 2050 Corporate Court San Jose CA 95131 Shock absorbent padding and insulation material in sheet form for use in further manufacturing;Vehicle seats; vehicle seat cushions and padding, wheelchair cushions [, bicycle seats, handle bar grips ];Exfoliating wash mitts, gloves, sleeves and lufa-type bands;Cushions made of plastic; mattresses; mattress cushions; mattress overlays; seat cushions; neck and head cushions; sink liners;
SUPRACOR SUPRACOR INC. 2050 Corporate Court San Jose CA 95131 shock absorbent padding and insulation material in sheet form for use in further manufacturing in such industries as aerospace, footwear and others;
 

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

    
Technical Examples
  1. The present invention is directed to a method for producing a fluid treatment device having a honeycomb member in a metallic cylindrical housing with a shock absorbent member wrapped around the honeycomb member. The method comprises the steps of (1) inserting the honeycomb member with the shock absorbent member wrapped around the honeycomb member, into the cylindrical housing, (2) forming a necking portion on at least one end portion of the cylindrical housing, with a body portion thereof being clamped, and (3) reducing a diameter of at least a part of the cylindrical housing with the shock absorbent member received therein, together with the shock absorbent member, to such an extent that a desired inner diameter of the part of the cylindrical housing is provided enough to cause the shock absorbent member to produce a desired holding pressure for holding the honeycomb member in the cylindrical housing.