Mica High Temperature Wire 1000°C, 3 Core Stranded Pure Nickel Cable, Heat Resistant Mica Insulated Wire for Furnace, Kiln, Heating Elements and High Temperature Equipment(65ft,1mm2-3c)

SpecificationsProduct Name: Mica High Temperature WireConductor Material: Pure Nickel WireNumber of Cores: 3 CoreWire Gauge: 0.5mm2-3c , 0.75mm2-3c , 1mm2-3c , 1.5mm2-3c , 2.5mm2-3cInsulation Material: High Temperature Mica TapeInner Layer: High Temperature Fiberglass BraidOuter Layer: High Temperature Glass Fiber Braided InsulationTemperature Rating: Up to 1000°CElectrical Resistance: Low Resistance / High ConductivityManufacturing Process: Low Eccentricity Precision ManufacturingApplication: Industrial furnaces, kilns, heating elements, heat treatment equipment, high-temperature electrical systemsVoltage Rating: 600V Insulator:Mica；Pleach:FiberglassColours:WhiteApplication:This product is suitable for use in electric heating,petrochemical,electrical and mechanical equipment,power plant,drying path,drying room,heating source for lighting,electric appliances and other high temperature areas

• Electrical Conductivity – Made with pure nickel stranded conductors, the wire provides stable electrical conductivity with low resistance, ensuring efficient power transmission and reduced energy loss
• High Temperature Resistance – Designed for harsh environments, this cable can withstand temperatures up to 1000°C, maintaining reliable performance in high-heat industrial applications
• Fireproof & Flame-Retardant Structure – Built with a multi-layer heat resistant structure, including high-temperature mica insulation and fiberglass braided outer layer, providing strong fire resistance and enhanced safety
• Strong Insulation & Mechanical Strength – The high-temperature insulation materials offer excellent electrical insulation, flexibility, tensile strength, and abrasion resistance, preventing deformation, cracking, or breakage during long-term use
• Manufacturing for Safety – Produced with advanced equipment and mature manufacturing processes to ensure low eccentricity and uniform insulation thickness, effectively reducing the risk of electrical breakdown, sparking, or overheating