Shanghai Houde Rubber&Plastic Material ltd. haifeng Lin[China] Posted Date: August 01, 2007Free Member | Rate this company | Check Member CredibilityShanghai Houde Rubber&Plastic Material Limited is a front enterprise specialized in scientific and technological research for UHMWPE (Ultra high-molecular weight polyethylene) of glass micro bead compound enhancement. The qualified product we provide is highly anti-corrosive and wear-resistance which reveals its excellent price ratio. Ultra-high Molecular Weight Polyethylene(UHMWPE) has remarkable performance, but the high melt viscosity ( as high as 108Pa.s) is a great difficulty that ordinary plastic processing equipment and technology cannot solve. Therefore, the problem becomes the popular topic in the field of materials and production for domestic and foreign researchers for years. Using technology of glass micro bead compound enhancement and anti-friction intensifier, our company has got a good result with regard of wear resistant performance after many years of research. The compound enhancement and highly wear-resistance UHMWPE tubing has been approved as "Shanghai high-tech achievement transformation project" by Shanghai High-tech Achievement Transformation Project Bureau. This advanced technology gives a new concept to high wear-resisting products (tubing, plate, different molding).
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Shanghai Houde Rubber&Plastic Material ltd. haifeng Lin[China] Posted Date: August 01, 2007Free Member | Rate this company | Check Member CredibilityShanghai Houde Rubber&Plastic Material Limited is a front enterprise specialized in scientific and technological research for UHMWPE (Ultra high-molecular weight polyethylene) of glass micro bead compound enhancement. The qualified product we provide is highly anti-corrosive and wear-resistance which reveals its excellent price ratio. Ultra-high Molecular Weight Polyethylene(UHMWPE) has remarkable performance, but the high melt viscosity ( as high as 108Pa.s) is a great difficulty that ordinary plastic processing equipment and technology cannot solve. Therefore, the problem becomes the popular topic in the field of materials and production for domestic and foreign researchers for years. Using technology of glass micro bead compound enhancement and anti-friction intensifier, our company has got a good result with regard of wear resistant performance after many years of research. The compound enhancement and highly wear-resistance UHMWPE tubing has been approved as "Shanghai high-tech achievement transformation project" by Shanghai High-tech Achievement Transformation Project Bureau. This advanced technology gives a new concept to high wear-resisting products (tubing, plate, different molding).