China Insulated Wire Suppliers: Premium Single & Multi-Layer Rewinding Wire from Trusted Factory
Product Specifications
Temperature Range:
From 130°C to 180°C (Class B to Class H)
Minimum Wall Thickness:
1 mil
Conductor Size Range:
From 40 AWG to 6 AWG
Conductor Material:
1. Bare Copper 2. Tinned Copper 3. Enamelled Wire
Insulation Material:
1. ETFE 2. FEP 3. PFA 4. PET
Frequently Asked Questions
Q
What temperature classes do these wires support?
These 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 motor winding and high-temperature applications.
Q
What is the minimum wall thickness available?
The minimum wall thickness is 1 mil, allowing for excellent flexibility and compact wiring designs without compromising insulation performance.
Q
What conductor size range is available?
Conductor sizes range from 40 AWG (very fine wire) to 6 AWG (heavier gauge), providing versatility for both precision electronics and higher-current power applications.
Q
What conductor materials are offered?
Three conductor material options are available: Bare Copper for maximum conductivity, Tinned Copper for improved solderability and corrosion resistance, and Enamelled Wire for use in coil and transformer winding applications.
Q
What insulation materials are available, and how do they differ?
Four insulation materials are available: ETFE (excellent chemical resistance and flexibility), FEP (outstanding thermal stability and low friction), PFA (superior high-temperature performance), and PET (cost-effective with good dielectric properties). Each material is suited for specific environmental and electrical requirements.
Q
Can these wires be customized for specific applications?
Yes. With multiple combinations of conductor material, insulation type, conductor size, and temperature rating available, these wires can be tailored to meet the specific requirements of motors, transformers, medical equipment, aerospace, and other demanding industries.







