Litz Wire, USTC Wire, Mylar Wire - Quality Insulated Wires from China Supplier and Factory
Product Specifications
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Temperature Range From 130°C to 180°C (Class B to Class H)
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Conductor Size Range From 40AWG to 6AWG
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Conductor Material 1. Bare Copper 2. Tinned Copper 3. Enamelled Wire
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Insulation Material 1. ETFE 2. FEP 3. PFA 4. Silk 5. Mylar
Frequently Asked Questions
Q
What temperature classes do your wires support?
Our wires support a temperature range from 130°C to 180°C, covering Class B (130°C) through Class H (180°C), making them suitable for a wide range of industrial and electrical applications.
Q
What conductor sizes are available?
We offer conductor sizes ranging from 40AWG (very fine) to 6AWG (heavy gauge), providing flexibility for both precision electronics and high-current power applications.
Q
What conductor materials are offered?
We provide three conductor material options: Bare Copper for excellent conductivity, Tinned Copper for improved solderability and corrosion resistance, and Enamelled Wire for use in coil winding and motor applications.
Q
What insulation materials are available, and how do I choose the right one?
We offer five insulation materials: ETFE (excellent chemical resistance and high temperature performance), FEP (flexible and UV resistant), PFA (highest temperature rating among fluoropolymers), Silk (lightweight and flexible for fine wires), and Mylar (good dielectric strength for wrapping applications). The best choice depends on your operating environment and electrical requirements.
Q
Can I request custom combinations of conductor material and insulation?
Yes. We support custom configurations combining any of the available conductor materials (Bare Copper, Tinned Copper, Enamelled Wire) with your preferred insulation type (ETFE, FEP, PFA, Silk, or Mylar) to meet specific application requirements.
Q
Are these wires suitable for high-temperature industrial environments?
Yes. With a maximum temperature rating of 180°C (Class H) and insulation options such as ETFE and PFA, these wires are well-suited for demanding industrial environments including motors, transformers, and high-temperature electronic assemblies.








