These multi-conductor cables are designed for a continuous operation at an ambient temperature range from -40C- +450C. Shielding is available as an option. Class H, flexible stranding, is employed and is of Nickel alloy material minimum nickel percentage 27%, and is oxygen-free high conductivity. Passes Mil-DTL-25038J Wet Dielectric test. Passes Shake and Bake Flame Test under vibration. Reduced diameter construction for installations in space limited areas. Fused PTFE tape design has been created for fluid susceptibility like Skydrol for corrosion purposes.
Learn MoreGas Turbine Single-Core Electric Cable 450°C 600V
These single conductor cables are designed for a continuous operation at an ambient temperature range from -40C- +450C. Class H, flexible stranding, is employed and is of Nickel alloy material minimum nickel percentage 27%, and is oxygen-free high conductivity. Passes Mil-DTL-25038J Wet Dielectric test. Passes Shake and Bake Flame Test under vibration. Reduced diameter construction for installations in space limited areas. Fused PTFE tape design has been created for fluid susceptibility like Skydrol for corrosion purposes. Shielding and armor were optional.
Learn MoreGas Turbine Single Conductor Cable 250°C 600V
These single conductor cables are designed for a continuous operation at an ambient temperature range from -40C- +250C. Flexible stranding, is employed and is of Nickel alloy material minimum nickel percentage 50MI, and is oxygen-free, high conductivity. Fused PTFE jacket and primary insulation passes ASTM D975-74 Diesel fuel oils, ASTM D1655-75 Standard Specification for Turbine fuels, ASTM D2880-76 Gas Turbine Fuel Oils, Mil-L-23699 Synthetic Oil, Splashing. A PTFE glass tape is applied for additional cut through resistance.
Reduced diameter construction for installations in space limited areas. Fused PTFE tape design have been designed for fluid susceptibility like skydrol for corrosion purposes.
450°C (842°F) Thermal Wire CST 450 Flare Stack Cable up to 25,000VDC Grade III
CST 450 Grade III Ignition lead wire is designed for flare stacks, blast furnace instrumentation, curing systems, glass fabrication, plastics manufacturing, fuel igniters, and offshore oil rigs.
Learn MoreGas Turbine Multi–Conductor Shielded Cable 200°C 600V
Multi conductor shielded 600V 200C series feature stranded silver-coated copper conductors, extruded PTFE insulation, and overall silver-coated copper braid shield and fused PTFE tape jacket. Manufactured in accordance with SAE-AS 22759/11. These multi conductor cables are designed for a continuous operation at an ambient temperature range from -60C- +200C. An optional PTFE impregnated tape is optional for enhanced cut through. Fused PTFE jacket and primary insulation passes ASTM D975-74 Diesel fuel oils, ASTM D1655-75 Standard Specification for Turbine fuels, ASTM D2880-76 Gas Turbine Fuel Oils, Mil-L-23699 Synthetic Oil, Splashing.
Learn More250°C (482°F) PTFE Insulated High-Voltage Lead Wire 25,000KVDC
PTFE high voltage ignition cable typical applications include, gas ignitor systems for furnaces, and internal wiring for electronic gas ignitor system.
Learn More250°C (482°F) SR-250 Silicone Rubber High-Voltage Lead Wire 25,000 VDC
SR-250 Silicone Rubber High-Voltage Lead Wire is used in gas appliance igniter systems.
Learn More250°C (482°F) Thermal Wire SRGE Flare Stack Cable 10KVAC 25KVdc Grade II
SRGE ignition lead wire is commonly used in flare stacks, blast furnace instrumentation, curing systems, glass fabrication, plastics manufacturing, fuel igniters, offshore oil rigs, etc.
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