SKATEBOARDING GLOVES

Brand Owner (click to sort) Address Description
COPCAPE LIU, LINGHUI Group1, XialiangVillage, Gulou Village, Guiyang County, Hunan 424400 China Skateboarding gloves;COP CAPE;
POOR SPORTSMAN Skateboard Veteran 1000 Beecher St. San Leandro CA 94577 Skateboarding gloves; Skateboards; Athletic protective elbow pads for skateboarding; Athletic protective knee pads for skateboarding; Bags for skateboards; Longboard skateboards; Protective padding for skateboarding;
VIKOR GMEMS Technologies Inc. 366 Fairview Way Milpitas CA 95035 Skateboarding gloves; Skateboards; Skateboards sold as a unit with skateboard wheels; Skating boots exclusively for use with attached skating blades; Skating boots with skates attached; Athletic protective arm pads for skateboarding; Athletic protective elbow pads for skating; Athletic protective wrist pads for skateboarding; Ball bearings for in-line skates; Ball bearings for roller skates; Harnesses specially adapted for carrying snowboards, skis and skateboards; Ice hockey goalie pads; In-line skates; In-line roller skates; Roller and ice skates; Roller skates; Roller-skates; Skateboards; Sport goggles for use in; Sporting goods and equipment for speed training, namely, rings, cones, speed ladders, coaching sticks, training arches, ankle bands, resistance chutes, hurdles; Sports equipment, namely, inline roller skating wheels at the end of a crutch-like frame;
 

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

    
Technical Examples
  1. The invention is the manipulation of the zinc oxide content and sulfur content of nitrile butadiene rubbers and selected vulcanization conditions that can be achieved economically with common production facilities. The manipulation of these components affects the relaxation property of gloves formed by this material. Produced are gloves that have a relaxation property, higher than 50%, and a low modulus (approximately 3 Mpa). The glove maintains decent ultimate tensile strength (>20 Mpa) and elongation (>500%). The glove is produced by a vulcanization process, which lasts from 5 to 60 minutes at temperatures ranging from 300° F. to 400° F. The tensile strength and elongation are well above the ASTM requirements for medical gloves. The current ASTM requirements are ASTM D412-92. Thanks to sufficient vulcanization, the films produced provide satisfactory protection from viral penetration. The tearing strength is also better because of the lower modulus.