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PVC conduit

Flame Retardancy: Both PVC and PVC-C materials have good flame retardancy and self-extinguishing properties. High Impact Resistance: PVC electrical conduits can withstand the impact of a 1kg hammer dropped from a height of 2m at 0°C, fully demonstrating that the material's low-temperature impact resistance is completely suitable for construction site conditions. Insulation Performance: PVC electrical conduits can withstand high voltages exceeding 30,000 volts. Compressive Strength: PVC electrical conduits, after material modification, achieve a ring stiffness of 10KN, significantly higher than the national regulations requiring a ring stiffness of 8KN or more for buried plastic pipes. Heat Resistance: PVC electrical conduits have a 15°C higher heat resistance temperature than ordinary UPVC corrugated pipes and can maintain their shape and sufficient strength at temperatures above 93°C. Material Properties: PVC electrical conduits primarily use PVC-C resin with excellent heat resistance and insulation properties. PVC products are currently recognized as green and environmentally friendly products, and their excellent physical and chemical properties are increasingly valued by the industry.
  • Commodity name： PVC conduit

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Building pipe series

PVC conduit

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PVC conduit

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  • Product Description

  • Flame Retardant Properties: Both PVC and PVC-C materials have excellent flame retardant properties and self-extinguish upon removal from a flame.

    High Impact Resistance: PVC electrical conduits can withstand the impact of a 1kg weight dropped from a height of 2m at 0°C, demonstrating that the material's low-temperature impact resistance fully meets the requirements of construction site conditions.

    Insulation Properties: PVC electrical conduits can withstand voltages exceeding 30,000 volts.

    Compressive Strength: After material modification, the ring stiffness of PVC electrical conduits reaches 10KN, significantly higher than the national standard of 8KN or more for buried plastic pipes.

    Heat Resistance: Compared to ordinary UPVC corrugated pipes, PVC electrical conduits have a 15°C higher heat resistance and can maintain their shape and sufficient strength at temperatures above 93°C.

    Material Characteristics: PVC electrical conduits primarily use PVC-C resin, known for its excellent heat resistance and insulation properties. PVC products are widely recognized as environmentally friendly, and their superior physical and chemical properties are increasingly valued by the industry.

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Building pipe series

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