Hot Products
China Suppliers Factory: Premium Single & Multi-Layer Insulated Rewinding Wire for High Performance
Product Specifications
Temperature Range
From 130°C to 180°C (Class B to Class H)
Minimum Wall Thickness
1 mil
Conductor Size Range
From 40AWG to 6AWG
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 F (155°C) up to Class H (180°C), making them suitable for a wide range of industrial and motor winding applications.
Q
What is the minimum wall thickness available?
The minimum wall thickness is 1 mil, enabling use in compact, high-density assemblies where space and weight savings are critical.
Q
What conductor sizes are available?
Conductor sizes range from 40AWG (very fine wire) to 6AWG (heavier gauge), providing flexibility for applications from delicate electronics to higher-current power wiring.
Q
What conductor materials are offered?
Three conductor material options are available: Bare Copper for excellent 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 offered: ETFE (excellent chemical and radiation resistance), FEP (flexible, low friction, good for high-frequency use), PFA (superior high-temperature performance), and PET (cost-effective with good mechanical strength). Selection depends on your specific thermal, chemical, and mechanical requirements.
Q
Which insulation material is best for high-temperature environments?
PFA (Perfluoroalkoxy) insulation is generally the best choice for high-temperature environments, as it maintains excellent electrical and mechanical properties across the full temperature range up to 180°C (Class H). ETFE and FEP are also strong performers in elevated-temperature applications.