Introducing examples of the use of phenolic resin as a molding material!
Phenolic resins are utilized in various fields by leveraging their properties such as heat resistance, chemical resistance, non-fusibility, electrical insulation, and cost-effectiveness.
Phenolic resin is the first synthetic resin (plastic) to be produced industrially, and it excels in heat resistance, chemical resistance, non-fusibility, electrical insulation, and cost-effectiveness compared to other synthetic resins. This page introduces examples of the use of phenolic resin as a molding material. - Molding Products - - Features and Advantages - Switch Box High insulation and low thermal deformation Outlet and Plug Housing Flame retardant and tracking resistance Breaker Case Safe to use even under high voltage Transformer Bobbin Electrical insulation and dimensional stability Relay and Solenoid Cover High-precision molding possible Distributor Cap Strong against high voltage and high insulation Brake Lining Base Material High wear resistance and heat resistance Clutch Facing Strong against pressure and friction heat Fuse Box Housing Heat resistance, insulation, and shape stability Handles of Pots and Pans Difficult for heat to transfer and easy to hold Bottom Material of Electric Pot Insulation and heat resistance are important Exterior Parts of Rice Cooker Balances appearance retention and functionality *For more details, please download the PDF or contact us.
basic information
【Product Introduction】 ■Phenolic Resins Casting resins, refractory resins, spherical phenolic resins (LPS), powder resol resins (pure resol), ■Special Resins Photoresist resins, carbon material resins, adhesive resins, ■Composite Materials GPS (graphite-phenolic resin composite), CFPS (phenolic resin-coated carbon materials) ■Resin Molded Products Lignite gears, resin rolls and liners, various molded products, asbestos alternatives
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