What is Silicone Rubber Line Post Composite Rail Insulator for Train
Price
Min. Order Reference FOB Price
300 pcs US$30.00-35.00 / pcs
Sepcifications
- Application High-voltage
- Material Composite Polymer
- Structure Post Insulator
- Type B Type Insulator
- Usage High Voltage Power Transmission, Insulation, Electrical Installation
- Connection Method Tube-Tongue
- Size of Bearing Capacity 8kN-16kN
- Certification ISO9001, ISO 14001, ISO 45001
- Color Grey, Red or Customized.
- Brand Wuhan Line Power
- Transport Package Plywood Case/Pallet/Paper Carton
- Specification 25kV
- Trademark Wuhan Line Power
- Origin China
- Height 800mm
- Minimum Creepage Distance 1400mm
- Wet Power Frequency Withstand Voltage 140kv
- Lightning Impulse Withstand Voltage 290kv
- Customize Type Available
- Lead Time Around 60days
Product Description
Silicone Rubber Line Post Composite Rail Insulator for Train Product Description The composite rail insulator is applied to the electrified railway in complex environment, which can effectively prevent pollution flashover and reduce cleaning and maintenance. With stable mechanical &...
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Why Composite Insulators Are Transforming Power Grids GloballyBy Wuhan Line Power Transmission Equipment Co., Ltd. on 15/11/2024This article introduces composite insulators, highlighting their advantages over traditional glass and porcelain insulators. Made with a fiberglass core and polymer housing, composite insulators are lightweight, durable, and ideal for use in remote or harsh environments. Their design reduces maintenance due to water- and pollution-resistant properties, which lowers operational costs and improves efficiency for utility companies. Composite insulators enhance safety by preventing sudden breakage and reducing the risk of electrical arcing. Environmentally, they contribute to energy efficiency and sustainability by requiring less frequent replacements and fewer resources over time. Although initially more expensive, their long-term savings and reliability make them a cost-effective choice. As energy grids evolve, composite insulators are becoming essential for building resilient, eco-friendly power infrastructures worldwide.