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This fiberglass sleeving is made of E-class fiberglass braiding and treated with silicone resin for a 200℃ temperature classification. It has self-extinguishing properties and is flexible.
This silicone potting compound is designed for bonding and sealing electrical parts, auto lamps, and special lamps. It offers good adhesion to most materials and provides excellent electrical insulating properties.
High-temperature fiberglass sleeving is braided from fiberglass yarns and coated with a high-temperature resin, providing thermal protection. It is designed to withstand continuous operating temperatures up to 260°C (500°F) and short-term exposures up to 540°C (1000°F).
This phenolic paper laminated sheet is designed for electrical insulation and mechanical support. It offers excellent electrical properties, dimensional stability, and resistance to moisture and chemicals.
High-density press paper is designed for electrical applications in transmission and distribution systems. It offers reliable electrical insulation, mechanical strength, and thermal stability for use in transformers, capacitors, and other electrical equipment.
Pre-compressed paperboard is a high-density insulation material primarily used in electrical applications, such as transformers. It offers high dielectric strength and mechanical support, which prevents short circuits and ensures reliable operation.
This laminated sheet is a composite material made by impregnating cotton cloth with phenolic resin and applying heat and pressure. It is used in electrical applications such as insulators and switchgear components due to its electrical insulation, mechanical strength, and heat resistance.
This fiberglass sleeve offers thermal protection for wires and cables, capable of withstanding high temperatures up to 300°C and low temperatures down to -50°C. It provides durable, flexible insulation with resistance to corrosion.
This winding tube is manufactured with special materials added to the resin curing agent, ensuring high air tightness. The resin curing agent adhesive material undergoes vacuum degassing before use to provide excellent electrical insulation performance.
These insulation rods are manufactured using a vacuum injection process with epoxy and glass fiber. They provide reliable electrical insulation and mechanical strength for various electrical power applications.
This epoxy pultrusion profile offers high resistance to mechanical pressure and tension, achieving a tensile strength above 1500MPa. It provides excellent electrical performance, suitable for various voltage levels in power products, and maintains heat resistance and insulation up to grade H.
These epoxy fiberglass rods offer high mechanical pressure and tension resistance, with tensile strength exceeding 1500MPa. They provide excellent electrical performance, suitable for various voltage levels in power products.
This I-type epoxy dogbone stay profile offers temperature class ratings of F, H, and C. It features high mechanical strength, high temperature resistance, and a smooth appearance, and has passed SGS and flammability tests.
These E-glass composite rods are designed for electrical insulation applications. Their performance exceeds that of standard rods by 20%, making them suitable for various composite insulator manufacturing techniques.
These fiber reinforced polymer rods are produced via vacuum pressure injection of epoxy and glass fiber. The resulting composite insulator rods are lightweight and offer exceptional tensile strength, exceeding 1360Mpa.
This heat shrink tubing is designed with a hot-melt adhesive to provide a waterproof seal. It is suitable for cable termination and intermediate connecting insulation protection up to 36kV.
This heat shrinkable tubing provides insulation and protection for electrical connections. It features a hot-melt adhesive for a waterproof seal and enhanced protection in harsh environments.
These dual-layer tubes consist of a high-quality outer polyolefin layer and an inner layer of hot melt rubber compound. They provide electrical insulation and environmental sealing.