TIW
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FTIW-F 0.15mm ETFE Insulation Triple Insulated Wire
Triple insulated wire
Conductor diameter:0.15mm
Insualtion:ETFE
Thermal rating:155
MOQ:3000M/roll
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FTIW-F 155℃ 0.1mm*250 ETFE Insulation Litz Wire For Transformer
Single wire diameter: 0.1mm
No. of strands: 250
Insulation: ETFE
Conductor: enameled copper wire
Thermal rating: class 155
Overall dimension: Max.2.2mm
Breakdown voltage: Min.5000v
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FTIW-F Class 155 0.27mmx7 Extruded ETFE Insulation Litz Wire For High Frequency Transformer
- High Breakdown Voltage: Up to 6KV+, ensuring safety in compact designs.
- Superior Thermal Stability: Class 155 (F) rating, ideal for continuous high-temp operation.
- ETFE Advantage: Better chemical resistance and mechanical toughness than standard PFA/FEP.
- Customization: Available in various strand counts and insulation thicknesses.
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FTIW-F 0.24mmx7 Strands Extruded ETFE Insulation Litz Wire TIW Insulated Wire
Individual copper conductor diameter:0.24mm
Enamel coating: Polyurethane
Thermal rating:155
Number of strands:7
MOQ:1000m
Insulation: ETFE
Customization: support
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Extruded ETFE Insulation Litz Wire 0.21mmx7 Strands TIW wire
Single wire diameter: 0.21mm
No. of strands: 7
Insulation: ETFE
Conductor: enameled copper wire
Thermal rating: class 155
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Class 200 FEP Wire 0.25mm Copper Conductor High Temperature Insulated Wire
Product Performance
Excellent wear resistance, corrosion resistance, and moisture resistance
Operating temperature: 200 ºC √
Low friction
Flame retardant: Does not spread flames when ignited
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ETFE Muti- strands triple insulated wire 0.08mm*1700 Teflon TIW litz wire
This triple insulated litz wire has a single wire diameter of 0.08mm and consists of 1700 strands, all wrapped in ETFE insulation. But what exactly is ETFE insulation? What are its advantages? ETFE, or ethylene tetrafluoroethylene, is a fluoropolymer with excellent thermal, mechanical and chemical properties. Its high dielectric strength and ability to withstand harsh environments make it ideal for demanding applications.
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FTIW-F 0.3mm*7 Teflon Triple Insualted Wire PTFE Copper Litz Wire
This wire is made of 7 strands of 0.3mm enameled single wires twisted together and covered with Teflon.
Teflon Triple Insulated Wire (FTIW) is a high-performance wire designed to meet the demanding requirements of various industries. The wire is constructed of three layers of insulation, with the outermost layer made of polytetrafluoroethylene (PTFE), a synthetic fluoropolymer known for its exceptional properties. The combination of triple insulation and PTFE materials makes FTIW wire ideal for applications requiring superior electrical performance, reliability and durability.
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0.1mm x 250 strands Triple Insulated copper Litz wire
This triple insulated wire consists of 250 strands of 0.1mm enameled copper wire. Its outer insulation enables it to withstand voltages up to 6000V, making it ideal for high voltage transformer windings and a variety of other high voltage applications.
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TIW-F 155 0.071mm*270 Teflon Served Copper Llitz Wire For High Voltage Application
The insulated stranded wire uses enameled copper conductors, covered with teflon layer. Its unique design and manufacturing process give it many advantages.
The teflon layergreatly improves the insulation performance and voltage withstand capability,and it also has excellent wear resistance and chemical corrosion resistance, and can maintain stable working results in harsh working environments.
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0.15mm Yellow Solderable Triple Insulated wire For Power Supply Transformer
Triple insulated wire(TIW) is also called three layers insulation wires that is one conductor with three extruded insulation to withstand high voltage(>6000v).
Triple insulated wire is used in power transformers and realize miniaturization and cost reductions as no insulation tape or barrier tape is required between the primary and secondary windings of the transformers.
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Custom Green Color TIW-B 0.4mm Triple Insulated Wire
The triple insulated wire is composed of three layers of insulation extruded and uniformly covered on the copper conductor, which meets the requirements of the UL specification and can be directly used in transformers, eliminating the need for materials such as interlayer insulation, retaining walls and bushings. Since there is no need to use an intermediate insulating tape, the transformer using three-layer wires can reduce its size, and can save overall material costs and processing costs. It is directly solderable and can be soldered directly without stripping the outer insulation first. It can also be made easy to peel for processing due to processing requirements.
