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見つかりました 90 試験結果 "
copper wire
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High-Temperature Mica Cable for Industrial Heating & Furnace Applications High-temperature mica cable is a fire-resistant electrical cable designed for applications where continuous operation at elevated temperatures is required. The cable uses mica tape insulation combined with high-temperature fiberglass braiding and stranded copper conductors to maintain circuit integrity during heat exposure. This type of cable is widely used in industrial furnaces, heating equipment,
Xlpe Power Cable 0.6/1KV YJV32 Copper 4 Core 2.5mm 400mm Steel Tape Armoured Power Cable Model YJV32 (steel tape armoured version) Rated voltage 0.6/1kV (U₀/U) Conductor material Annealed bare copper, class 2 stranded (GB/T 3956) Number of cores 4 cores (three phase + neutral; can also be 3+1 or equal section on request) Conductor size range 2.5mm² / 4mm² / 6mm² … up to 400mm² – any size available Insulation XLPE (cross-linked polyethylene) Insulation thickness According to
High-Temperature Mica Cable Fire Resistant Mica Insulated Power & Control Cable High-Temperature Mica Cable is engineered for electrical circuits operating in environments where elevated temperatures and fire resistance are critical. The cable incorporates a high-quality mica tape barrier combined with heat-resistant insulation materials, enabling the conductor to maintain circuit integrity during fire exposure while providing dependable electrical performance under
H1z2z2-k Halogen Free Tinned Copper XLPO Solar Cable As photovoltaic technology continues to evolve toward higher system voltages and longer service life, cable performance has become an essential part of reliable energy transmission. H1Z2Z2-K Halogen Free Tinned Copper XLPO Solar Cable is specifically engineered for DC wiring in photovoltaic systems, providing dependable electrical performance under prolonged outdoor exposure. The cable incorporates a flexible tinned copper
XLPE Insulated Power Cable 0.6/1KV YJV 5X2.5mm² Copper PVC Sheath Power Cable This YJV type low voltage power cable adopts high-purity solid stranded copper conductor, matched with high-performance XLPE insulation layer and durable PVC outer sheath, rated voltage 0.6/1kV. Standard 5 core 2.5mm² specification, stable electrical performance, strong environmental adaptability, widely used in daily power distribution, indoor wiring and civil engineering power connection scenarios
PV1-F Solar Cable 25mm² Solar Cable XLPE/XLPO Insulation Certified DC Photovoltaic Wire Our PV1-F 25mm² solar cable is a high-performance DC transmission wire, specifically designed for medium to large-scale photovoltaic power generation systems. It adopts XLPE or XLPO insulation material—two of the most reliable insulation options for solar cables, chosen for their excellent anti-aging and weather-resistant properties. As a low-voltage DC cable (rated 1.5kV DC), it’s mainly
Control CABLE 450/750V Flexible Shielded Industrial Automation Control Wiring Wire PRODUCT DESCRIPTION It is suitable for overhead power lines with AC rated voltage of 35kV andbelow. It is used in cities and towns, high-rise buildings, forest areas and otherplaces with high safety requirements. Usage features: Rated voltage: 1 kV and 10 kV. Operating temperature: For PVC and polyethylene insulation, the temperature shall not exceed 70 °C; for cross-linked polyethylene
Thermoplastic High Heat-Resistant Nylon Electrical Wire Overview THHN cable (Thermoplastic High Heat-resistant Nylon-coated wire) is one of the most widely used building wires in commercial, industrial, and residential electrical installations. It features a copper conductor, PVC insulation, and a durable nylon jacket, providing excellent heat resistance, abrasion resistance, and easy pulling through conduits. THHN wire is commonly installed in conduit systems, control panels
THHN Wire Cable 600V Copper Building Cable PVC/Nylon THHN wire has a thin flame-resistant PVC insulation that is covered by an abrasion-resistant nylon jacket. THHN wires are suitable for applications up to 90ºC in dry locations and 75ºC in wet conditions. Although THHN wire can perform in high-temperature environments, you must correct the wire's ampacity at high ambient temperatures and when bundling cables together in a raceway or conduit. The maximum voltage rating of the
