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    Architectual Composite Materials

    UHMWPE fibers are used as fiber-reinforced composites (FRP) in the architecture industry. They are superior to steel because they are lightweight, high strength, and resistant to corrosion and fatigue. They have significant advantages over steel or other conventional reinforcement methods, including the following: high construction speed, little construction disturbance, quality assurance, low additional load, long service time, low overall cost, and no change in structure appearance and shape after reinforcement.
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    Previously, the most commonly used method for FRP reinforcement of concrete structures was the Surface Paste Method, which had many shortcomings. Recently, researchers proposed the Near Surface Mounted Method, which has the following major advantages compared with the surface pasting method: FRP is embedded in a protective concrete layer to prevent abrasion and impact. It is suitable for strengthening the negative areas of a bridge deck or continuous beam. The bonding surface area between FRP and concrete is increased, which improves the FRP’s utilization rate and reinforcement efficiency. It reduces the workload of the surface treatment of concrete components and increases the work efficiency. Adjacent components can be anchored; cement-based adhesives, which can be used in high temperature and high humidity reinforcement projects, can be used instead of epoxy resins, which are not suitable for those types of projects. In addition, the price of FRP tendons is more reasonable. In recent years, the NSM Method has become a new hot spot for studying FRP-reinforced concrete structures abroad. High-strength polyethylene in bridges, tunnels, houses, and other structural seismic reinforcement has very broad application prospects.

    Moreover, ultra-high-molecular-weight polyethylene can be used to create trailers, silos, and chute linings for powdered substances such as coal, lime, cement, ore dust, salt, grains and more, so that less adhesion occurs. Cement composite materials can improve the toughness of cement to improve its impact resistance.

    • Professional fiber with superior performance

      Sinty UHMWPE fiber

      Professional protection, brings you more hope and confidence

      Sinty UHMWPE fiber applied for manufacturing police protection products

       

       

       

       

      Provide better solutions for ships and marine operations

      Sinty ultra-high molecular weight polyethylene fiber is high-strength, wear-resistant, corrosion-resistant, and anti-ultraviolet.

       

       

       

       

      Proactive protection , more professional

      Sinty UHMWPE fiber applied for High-performance labor protection equipment

      Bring a richer experience for fishing enthusiasts

      UHMWPE fiber is thinner , stronger and durable.

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      UHMWPE Fiber

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    • Our People

      Environmental Protection

      Social welfare activities and charity

    • About Us

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      Profile & History Production Quality Control Test Report

      Sinty Sci-Tech Co., Ltd. is a high-tech enterprise that produces ultra-high-molecular-weight polyethylene (UHMWPE) fiber using the gel spinning technology production method.

      Sinty was established in 2010 in Qingdao, China, with a total investment of 70 million dollars, using an area covering 200,000 square meters. After years of development, Sinty now produces not only UHMWPE fiber but also the downstream products, including cooling fabric (cooling mattresses and linens), bulletproof equipment (bulletproof helmets, bulletproof shields, bulletproof vests, etc.), labor protection appliances (cut-resistant gloves and protective clothes), industrial UD fabric, and more.

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      The 22th China Nanjing International Textile and Garment Supply Chain Expo

      International Textile Supply Industry Expo

      Guangzhou international Textile and Garment Supply Chain Expo

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    CONTACT US

    Factory: Dongjiakou Industrial Park, Huangdao District, Qingdao, China

    Office: 29F, Inter Royal Plaza, No.15 Donghai West Road, Qingdao, China

     

    Email: info@sintyfiber.com

    Tel(Asia):

    +86-532-85709288

    Tel(Europe):

    +86-532-86669188

    Tel(America):

    +86-532-85709688

    © 2021 SINTY SCI-TECH CO.,LTD

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