Loading Port:China Main Port
Payment Terms:TT OR LC
Min Order Qty:-
Supply Capability:-
| Packaging Detail: | Inner packing: Different plastic spools according to wire sizes. Outer packing: Carton/wooden box or as customer required. |
| Delivery Detail: | 10-30days |
Size:0.12mm-3.00mm
Standard:IEC60317,GB/T23312.1
SGS,UL Approved, ISO9001, ISO14001
Thermal Class:B,F,H,C
Min Order :500kg
Specifications
Size:0.12mm-3.00mm
Standard:IEC60317,GB/T23312.1
SGS,UL Approved, ISO9001, ISO14001
Thermal Class:B,F,H,C
Min Order :500kg
Product Center
| Series | Name of Products | Type | Coating | Thermal Class | ||
| Inner Coating | Overcoating | |||||
| Solderable Polyurethane Series | Class 130°C Solderable Polyurethane enamelled Copper wire | UEW/130 QAL/130 | Polyurethane | B 130°C | ||
| Class 155°C Solderable Polyurethane Enamelled Copper Wire | UEW/155 QAL/155 | F 155°C | ||||
| Class 180°C Solderable Polyurethane Enamelled Copper Wire | UEW/180 QAL/180 | H 180°C | ||||
| Polyester Series | Class 130°C Polyester Enamelled Copper Wire | PEW/130 QZL/130 | Polyester | B 130°C | ||
| Class 155°C Polyester Enamelled Copper Wire | PEW/155 QZL/155 | Modified-Polyester | F 155°C | |||
| Class H Polyester-imide Series | Class 180°C Polyester-imide enamelled Copper wire | EIW/180 QZYL/180 | Polyester-imide | H 180°C | ||
| Class C Double Coating Series | Class 200°C Polyesterimide Enamelled Copper Wires overcoated by Polyamide-imide | EI/AIW200 Q(ZY/XY)/200 | Polyester-imide | polyamide-imide | C 200°C | |
Product name:Self solderable enamelled copper wire
Other names:enamelled copper wire;polyimide/thin insulated enameled copper
Product info
Product name: Self solderable enamel copper wire
Other names: polyimide enameled copper wire;thin insulated copper wire; enamelled copper wire
Application Range
Enameled round winding wires is the primary materials in the production of electromagnetic system in Electrical machine electronics, telecommunications and instrumentations
Product features
Technical requirements, such as size, resistivity, elongation, rebound resilience should be followed GB/T6109.1-2008 standard or IEC
