0.8 mm enamelled copper wire

Specifications

0.8 mm enamelled copper wire
1 Flat wire thickness:0.80mm
2 Flat wire width:2.00-16.00mm
3 MOQ:100KG-500KG.

Specifications of  0.8 mm enamelled copper wire

1 Flat wire thickness:0.80-5.60mm
2 Flat wire width:2.00-16.00mm
3 Flat wire  Width/thickness ratio:1.4<w/t<8.0
4 Wire diameter:0.1-6.5mm
   1)Copper wire:0.1-0.8mm
   2)Aluminum wire:0.2-0.8mm
5 enamelled copper wire,enamelled aluminum wire

6 Standard:IEC 60317-16,60317-16/28,MW36 60317-29 BS6811 ,MW18 60317-18 ,MW20 60317-47 
7 Thermal Class:120°C ,130°C ,155°C, 180°C ,200°C, 300°C
8 Rross section range:2-80mm2 
9 Range of insulation thickness:IEC60317-0-2 G1,0.06-0.11mm G2,0.12-0.17mm 
10 Enamel base coat:
  1)Polyester
  2)Modified Polyester 
  3)Polyester-Imide 
  4)Polyvinyl fomal Polyimide 
11 Heat shock:155°C -300°C

Features of  0.8 mm enamelled copper wire  
1) Excellent bending property
2) High flexibility of the enamel
3) Good resistance to abrasion 
4) High mechanical property
5) Higher thermal property
6) Good resistance to refrigerant and freon
7) Suitable for windings that are subjected to constantly high temperature and mechanical stress
8) Good chemical resistance
9) Outstanding mechanical and chemical property

Applications of  0.8 mm enamelled copper wire
1) 120 degree flat enameled wire for oil-immersed transformer
2) 130,155,180 degree flate enameled wire are widely used in all kinds of magnet coil
3) 200 degree flat enameled wire works constantly in high temperature
4) 240 degree flat enameled wire for magnet coils of aviation,military and marine appication

Detailed information of  0.8 mm enamelled copper wire

Parameter	SM-130	SMG-155	SMY-180	S(MY/MY)-200	SQ-120	SY-240
Standars	GB/T6109.7     GB/T23312.3	60317-12           GB/T6109.2     GB/T23312.4	MW 30        60317-8          GB/T6109.5     GB/T23312.5	MW 35        60317-13      BS6811           GB/T6109.20     GB/T23312.7	MW 15        60317-12           GB/T6109.3     GB/T23312.2	MW 16         60317-46           GB/T6109.22
Thermal Class	130°C	155°C	180°C	200°C	120°C	240°C
Enamel Base Coat	Polyester	Modified Polyester	Polyester-Imide	Polyester-Imide	Polyester-formal	Polyimide
Enamel Top Coat				Polyester-Imide
Cross Section Range	0.1-6.5mm
Range of insulation thickness	IEC60317-0-1   GB6108.2-85
Performance	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion          4.High mechanical property	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion        4.High mechanical property     5.Higher thermal property	1.High thermal resistance    2.Suitable for windings that are subjected to constantly high temperature and mechanical stress 3.Good chemical resistance	1.Excellent thermal resistance 2.Suitable for windings that are subjected to constantly high temperature and mechanical stress 3.Good chemical resistance      4.Good resistance to refrigerant and freon	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion          4.High mechanical property	1.Excellent thermal resistance suitable for any electric equipments that are constantly exposed to high working temperature 2.Outstanding mechanical and chemical property 3.Good performance against radiation
Application	1.Dry and oil-immersed       2.Electrical equipment	1.Dry and oil-immersed       2.Electrical equipment	1.Windings of high and low voltage DC/AC motor       2.Magnet coil                   3.Dry and oil-immersed transformer	1.Windings of high and low voltage DC/AC motor       2.Magnet coil                   3.Dry and oil-immersed transformer    4.Automobile coil            5.Train coil	1.Dry and oil-immersed transformer     2.Electrical equipment	1.Windings with service temperature up to 220°C   2.Motor and generator for aviation and marine application  3.Nuclear industry    4.Windings requiring high reliability
Heat shock	155°C	175°C	200°C	220°C	155°C	300°C

 

Detailed informations of  0.8 mm enamelled copper wire

Parameter	SMB-130	SMGB-155	SMYB-180	SMYB-200	SMCB-120	SMCYB-240
Standars	IEC60317-16 GB/T7095.7	60317-16 GB/T7095.3	60317-28 GB/T7095.4	MW 36 60317-29  BS6811          GB/T7095.6	MW 18         60317-18           GB/T7095.2	MW 20         60317-47           GB/T7095.5
Thermal Class	130°C	155°C	180°C	200°C	120°C	240°C
Enamel Base Coat	Polyester	Modified Polyester	Polyester-Imide	Polyester-Imide	Polyester-formal	Polyimide
Enamel Top Coat				Polyester-Imide
Range of insulation thickness	IEC60317-0-2   G1,0.06-0.11mm    G2,0.12-0.17mm
Performance	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion          4.High mechanical property	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion        4.High mechanical property     5.Higher thermal property	1.High thermal resistance    2.Suitable for windings that are subjected to constantly high temperature and mechanical stress 3.Good chemical resistance	1.Excellent thermal resistance 2.Suitable for windings that are subjected to constantly high temperature and mechanical stress 3.Good chemical resistance      4.Good resistance to refrigerant and freon	1.Excellent bending property    2.High flexibility of the enamel  3.Good resistance to abrasion          4.High mechanical property	1.Excellent thermal resistance suitable for any electric equipments that are constantly exposed to high working temperature 2.Outstanding mechanical and chemical property 3.Good performance against radiation
Application	1.Dry and oil-immersed       2.Electrical equipment	1.Dry and oil-immersed       2.Electrical equipment	1.Windings of high and low voltage DC/AC motor       2.Magnet coil                   3.Dry and oil-immersed transformer	1.Windings of high and low voltage DC/AC motor       2.Magnet coil                   3.Dry and oil-immersed transformer    4.Automobile coil            5.Train coil	1.Dry and oil-immersed transformer     2.Electrical equipment	1.Windings with service temperature up to 220°C   2.Motor and generator for aviation and marine application  3.Nuclear industry    4.Windings requiring high reliability
Heat shock	155°C	175°C	200°C	220°C	155°C	300°C