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  • How to Improve The Quality of Nylon Injection Molded Parts

    How to Improve The Quality of Nylon Injection Molded Parts

    Ensure drying Nylon is more hygroscopic, if exposed to the air for a long time, will absorb moisture in the atmosphere. At temperatures above the melting point (about 254 ° C), water molecules react chemically with nylon. This chemical reaction, called hydrolysis or cleavage, oxidizes the nylon a...
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  • Causes And Solutions of Dents And Pores in Injection Molding Products

    Causes And Solutions of Dents And Pores in Injection Molding Products

    In the process of product production, product dents and pores are the most frequent adverse phenomena. The plastic injected into the mold shrinks in volume as it cools. The surface hardens first when it cools earlier, and bubbles form inside. The indentation is the slow cooling part of the bubble...
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  • Classification of High Temperature Nylon PA and Its Application in Electronic Field

    Classification of High Temperature Nylon PA and Its Application in Electronic Field

    High temperature nylon (HTPA) is a special nylon engineering plastic that can be used in the environment of 150℃ or more for a long time. The melting point is generally 290℃~320℃, and the thermal deformation temperature can reach 290℃ after modification of glass fiber, and maintains excellent mec...
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  • Polyphenylene Sulfide (PPS) – New 5G Opportunity

    Polyphenylene Sulfide (PPS) – New 5G Opportunity

      Polyphenylene sulfide (PPS) is a kind of thermoplastic special engineering plastic with good comprehensive properties. Its outstanding characteristics are high temperature resistance, corrosion resistance and superior mechanical properties. PPS is widely used in automo...
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  • Property and Application of Flame Retardant PC Materials and Alloys

    Property and Application of Flame Retardant PC Materials and Alloys

    Polycarbonate (PC), is a colorless transparent thermoplastic material. The flame retardant principle of flame retardant PC is to catalyze the combustion of PC into carbon, so as to achieve the purpose of flame retardant. Flame retardant PC materials are widely used in electronic and electrical fi...
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  • Application of Engineering Plastic PBT in Electronic and Electrical Industry

    Application of Engineering Plastic PBT in Electronic and Electrical Industry

    Polybutylene terephthalate(PBT). At present, more than 80% of the world’s PBT are modified after use, PBT modified engineering plastics with its excellent physical, mechanical and electrical characteristics in the electrical and electronic field is increasingly widely used. Modified PBT mat...
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  • Engineering Plastics Used in The New Energy Vehicle Industry

    Engineering Plastics Used in The New Energy Vehicle Industry

    The use of engineering plastics for new energy vehicles combined with automotive products needs to meet the following performance requirements: 1. Chemical corrosion resistance, oil resistance, high and low temperature resistance; 2. Excellent mechanical properties, high fluidity, excellent proce...
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  • Properties and Applications of SIKO’s PBT Materials

    Properties and Applications of SIKO’s PBT Materials

    PBT engineering plastics, (polybutylene terephthalate), has excellent comprehensive performance, relatively low price, and has good molding processing. In electronics, electrical appliances, mechanical equipment, automotive and precision instruments and other fields, it has been widely used. Char...
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  • Applications and Advantages of Light Diffusion PC in Various Fields

    Applications and Advantages of Light Diffusion PC in Various Fields

    Light diffusion PC, also known as polycarbonate light-diffusing plastic, is a kind of light-transmitting opaque polymerized by a special process with transparent PC (polycarbonate) plastic as the base material, adding a certain proportion of light-diffusing agent and other additives. of light dif...
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  • Applications of PMMA in Automotive Field

    Applications of PMMA in Automotive Field

    Acrylic is polymethyl methacrylate, abbreviated as PMMA, is a kind of polymer polymer made from methyl methacrylate polymerization, also known as organic glass, with high transparency, high weather resistance, high hardness, easy processing molding and other advantages, is often used as a substit...
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  • Application and Development Direction of Plastic Materials for New Energy Vehicles

    Application and Development Direction of Plastic Materials for New Energy Vehicles

    At present, under the global development keynote of emphasizing “double carbon” strategy, saving, green and recycling have become the development trend of new automotive materials and new technologies, and lightweight, green materials and recycling have become the main development dir...
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  • PPO’s Advantages in New Energy Vehicles

    PPO’s Advantages in New Energy Vehicles

    Compared with traditional cars, new energy vehicles, on the one hand, have a stronger demand for lightweight, on the other hand, there are more parts related to electricity, such as connectors, charging devices and power batteries, so they have higher requirements for high temperature and high pr...
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