▎ 摘　　要

NOVELTY - Fiber composite material container frame element is prepared by heat-setting, dipping and coating a polytetrafluoroethylene emulsion with a core layer reinforcement, and then forming, heating and curing into C type, Z type, rectangular type or mouth type frame element. The core layer reinforcement is made of high-performance fibers as raw materials, and uses a variety of high-performance fiber yarns that are arranged horizontally at 0degrees, 90degrees, +45degrees, -45degrees angles in a straight line, and longitudinally bundled into a whole weaving method, or is woven with an orthogonal structure of X axis, Y axis or Z axis. USE - Fiber composite material container frame element. ADVANTAGE - The fiber composite material container frame element can effectively exert the excellent appearance characteristics of high-performance fiber materials, can reduce the weight of the container itself by 20-35% under the same performance requirements, significantly reduce the transportation cost, save the consumption of oil, reduce the emission of carbon dioxide, and can generate huge economic and social benefits. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of a fiber composite container frame element. Corner column (1) Upper beam (2) Lower beam (3) Top side beam (4) Bottom side beam (5) Bottom beam (6)