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- home > Supply > Ultra-high polyethylene wear plate, and enhance the wear-resistant coal bunker lining, ultra molecular weight polyethylene plate
Ultra-high polyethylene wear plate, and enhance the wear-resistant coal bunker lining, ultra molecular weight polyethylene plate
Information Name: | Ultra-high polyethylene wear plate, and enhance the wear-resistant coal bunker lining, ultra molecular weight polyethylene plate |
Published: | 2012-03-10 |
Validity: | 365 |
Specifications: | Order |
Quantity: | 864254500.00 |
Price Description: | |
Detailed Product Description: | Emerging chemical company has invested heavily in January 2004, the construction of the Phase II expansion project, covering over 110,000 square meters large territory, the whole production area, parts production area, employees and production areas, with modern factories and advanced production equipment; sound product development, testing, detection systems. Emerging Chemical Company plant was built in Dezhou, Shandong Yinhe Economic Development Zone. The company is the development, design, manufacture, export, installation, maintenance, maintenance of the supplier of specialty chemicals operation. In recent years, development of entrepreneurship efforts, has formed a certain scale of production. The introduction of imported international leading device. Products include: ultra-high molecular polyethylene plate, polymer polyethylene plate, wear-resistant polymer polyethylene liner, high wear-resistant coal warehouses lining, fender panels, UHMW_PE board, piers and scour protection board, coal bunker liner PE polycarbonate panels, and various polymer polyethylene processing heterosexual pieces. Cooperation are welcome to visit companies, the study guide the work. Actively absorb the international advanced technology and strategic partners, and strive to build an international European standard products. Shandong emerging professional R & D, design and production of super-advanced wear (ultra-high molecular weight polyethylene plate), the modified 3.1-mechanical properties of the high molecular weight polyethylene of ultrahigh molecular weight polyethylene board improvement compared with other engineering plastics, high molecular weight polyethylene has low surface hardness and heat distortion temperature, flexural strength and poor creep properties shortcomings. This is due to the high molecular weight polyethylene molecular structure and molecular aggregation form, can be improved through the fill and cross-linking method. 3.1.1 filled with modified using glass beads, glass fibers, mica, talc, silica, aluminum oxide, molybdenum disulfide, carbon black and other high molecular weight polyethylene filled with modified, make the surface hardness, stiffness, creep resistance, flexural strength, heat distortion temperature to improve. With coupling agent, the effect is more pronounced. Such as filling the treated glass beads, and allows the heat distortion temperature increased by 30 ° C. Glass beads, glass fibers, mica, talc, etc. can increase the hardness, stiffness and temperature resistance; molybdenum disulfide, silicone oil and special wax to reduce friction factor, and further enhance the self-lubrication; carbon black or metal powder can be increased The antistatic and conductive heat transfer. However, the impact strength in the filler modified declined slightly, if the content is controlled within 40% high molecular weight polyethylene is still very high impact strength. 3.2.1 pay the Stock Exchange Alliance is to improve the morphological stability, creep resistance and environmental stress cracking resistance. Cross-linked, high molecular weight polyethylene crystallinity decreased hide toughness complex is shown. Cross-linking can be divided into chemical crosslinking, radiation crosslinking. The chemical cross-linking is the appropriate cross-linking agent in the high molecular weight polyethylene, cross-linking occurs in the melting process. The radiation cross-linked with electronic ray or gamma ray irradiation so that the molecular cross-linking high molecular weight polyethylene products. Chemical crosslinking of high molecular weight polyethylene is divided into a peroxide cross-linking and coupling cross-linking. (1) peroxide crosslinking peroxide crosslinking process is divided into mixing, molding and cross-linked three steps. High molecular weight polyethylene with peroxide melt mixing when |
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Copyright © GuangDong ICP No. 10089450, Emerging Chemical Co., Ltd. Shandong All rights reserved.
Technical support: ShenZhen AllWays Technology Development Co., Ltd.
AllSources Network's Disclaimer: The legitimacy of the enterprise information does not undertake any guarantee responsibility
You are the 33915 visitor
Copyright © GuangDong ICP No. 10089450, Emerging Chemical Co., Ltd. Shandong All rights reserved.
Technical support: ShenZhen AllWays Technology Development Co., Ltd.
AllSources Network's Disclaimer: The legitimacy of the enterprise information does not undertake any guarantee responsibility