Providing wire and cable products for various industries.
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Production Base: Ningjin Xiaokou Industrial Zone, Hebei Province
Made from imported, environmentally friendly cross-linked polyolefin, this cable boasts superior flexibility, is resistant to bursting, exhibits flame-retardant properties—meaning it won’t catch fire—produces low smoke levels approaching zero smoke, and emits no toxic gases. It’s a high-end wire model ideal for home decoration.
NH-BV Copper-Core Polyvinyl Chloride Insulated Fire-Resistant Wire
Fire-resistant cables are designed to maintain operational integrity for a specified duration under flame combustion conditions, meaning they can continue to supply power to the circuit for a certain period of time when exposed to fire. In the event of a fire, fire-resistant cables can keep functioning (transmitting current and signals); whether or not the cable itself continues to burn is not part of the evaluation criteria.
BV BVR Copper Core Polyvinyl Chloride Insulated/Soft Wire
Ordinary insulated wires—commonly used household electrical wires—are a widely adopted type of wiring. Taking a new 100-square-meter home as an example: you’ll need 200 meters of 4-square-millimeter copper-core BV wire, 400 meters of 2.5-square-millimeter wire, 300 meters of 1.5-square-millimeter wire, and 100 meters of 1.5-square-millimeter copper-core BV two-color wire.
BV BVR Copper Core Polyvinyl Chloride Insulated/Soft Wire
Ordinary insulated wires—commonly used household electrical wires—are a widely adopted type of wiring. Taking a new 100-square-meter home as an example: you’ll need 200 meters of 4-square-millimeter copper-core BV wire, 400 meters of 2.5-square-millimeter wire, 300 meters of 1.5-square-millimeter wire, and 100 meters of 1.5-square-millimeter copper-core BV two-color wire.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The materials used, which have undergone radiation-induced crosslinking, exhibit high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials. Radiation-induced crosslinking significantly enhances the thermal, mechanical, and chemical properties of cable insulation materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The materials used, which have undergone radiation-induced crosslinking, exhibit high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials. Radiation-induced crosslinking significantly enhances the thermal, mechanical, and chemical properties of cable insulation materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The material, which has been crosslinked via radiation, exhibits high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials.
Photovoltaic cables are electron-beam crosslinked cables rated for a maximum temperature of 120℃. The material, which has been crosslinked via radiation, exhibits high mechanical strength. The crosslinking process alters the chemical structure of the polymer, transforming initially melt-processible thermoplastic materials into non-meltable elastomeric materials.
Suitable for overhead power lines with rated AC voltages of 35 kV and below, and intended for use in locations with high safety requirements, such as urban areas, high-rise buildings, and forested regions.
Suitable for overhead power lines with rated AC voltages of 35 kV and below, and intended for use in locations with high safety requirements, such as urban areas, high-rise buildings, and forested regions.
Suitable for overhead power lines with rated AC voltages of 35 kV and below, and intended for use in locations with high safety requirements, such as urban areas, high-rise buildings, and forested regions.
Suitable for overhead power lines with rated AC voltages of 35 kV and below, and intended for use in locations with high safety requirements, such as urban areas, high-rise buildings, and forested regions.
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We primarily manufacture ten major product series, including communication and mining RVVZ-series cables, power cables, control cables, flame-retardant and fire-resistant cables, rubber-sheathed cables, shielded cables, high- and low-voltage insulated overhead conductors, pre-branched cables, mining cables, and various types of bare wires.
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