|
Polyvinyl formal
copper magnet wire |
PVF |
0.2~3.2 |
A
(105℃) |
CNS C 2040
JIS-C3202-2
NEMA MW 15-C
IEC 317-1 |
1.Oil proof
2.Moisture proof
3.Good scrape property |
Large oily transformer, general motor |
|
Polyurethane
copper magnet wire |
UEW |
0.03~2.60 |
B
(130℃) |
CNS C 2041
JIS-C3202-6
NEMA MW 75-C
IEC 317-4
UL Recognized |
1.Solderable
2.Color adjustable |
Tiny transformer, motor, relay and electric fan |
| Thermo melt copper magnet wire |
NEW |
0.06~0.20 |
A
(105℃) |
|
1.Same as UEW
2.Instead of fuse,
prevent for instrument damage and fire disaster
3.Short circuiting at 150℃ |
Thermo-melt transformer,
DC adaptor |
| Polyurethane overcoated with nylon copper magnet
wire |
UEYW |
0.03~2.00 |
B
(130℃) |
CNS C2170
NEMA MW 28-C
IEC 317-19
UL Recognized |
1.Solderable
2.Suitable for high speed coiling instrument |
Communication instrument tiny transformer,
electric fan, motor and relay |
|
Polyester
copper magnet wire
|
PEW |
0.05~3.20 |
F
(JIS)
(155℃) |
CNS C2039
JIS-C3202-5
IEC 317-34 |
1.Good electrical property
2.Chemicals and heat proof
3.Good mechanical property |
Electric fan motor, power supply transformer,
electromagnetic valve |
| Polyester overcoated with nylon copper magnet
wire |
PEYW-F |
0.05~2.60 |
F
(155℃) |
CNS C2168
NEMA MW 24-C
UL Recognized |
1.Same as PEW-F
2.Suitable for high speed coiling instrument |
Electric fan motor, general motor |
| Copper magnet wire for refrigerators |
PEWA |
0.10~1.80 |
H+
(200℃) |
|
High performance in most property
|
Air conditioner and refrigerator
compressor
use in R-22, R-134a refrigerant |
| Polyester-amide-imide copper magnet wire |
PEW-H |
0.05~3.2
|
H
(180℃) |
CNS C 2169
JIS-C3202-8
NEMA MW 30-C
IEC 317-8
UL Recognized |
1.Good mechanical property
2.Good electrical property
3.Chemicals and heat proof |
Special motor, high voltage
transformer generator and
electric tools |
| PEW-H+ |
H+
(200℃) |
NEMA MW 74-C
UL Recognized |
|
Solderable
polyester-imide
copper magnet wire
|
PEW-HS |
0.05~1.00 |
H
(180℃) |
NEMA MW 77-C
IEC 317-23
UL Recognized |
1.Solderable
2.Same as PEW-H |
High voltage transformer, tiny heat proof coil,
PL lamp transformer |
| Polyester-amide-imide overcoated with polyamide-imide
copper magnet wire |
PEW-HC |
0.05~2.60 |
H+
(200℃) |
CNS 2171
NEMA MW 35-C
IEC 317-13
UL Recognized |
High performance in most property |
High thermal endurance, use in special motor,
high voltage transformer electric
tools, automobile electric parts |
|
Polyamide-imide
copper magnet wire |
PAIW |
0.05~2.00 |
H+
(200℃) |
NEMA MW 81-C
IEC-317-26 |
High performance in most property |
Hermetic application |
|
Polyimide
copper magnet wire |
PIW |
0.10~2.00 |
C
(220℃) |
NEMA MW 16-C
IEC-317-7
MIL-W-583C |
High performance in most property |
Hermetic application, electric parts for military
equipments |
| Self-bonding copper magnet wire |
SBUEW |
0.03~0.90 |
B
(130℃) |
CNS C 2074
JIS C3202-7
NEMA MW 3-C
IEC 317-2 |
1.Same as UEW
2.Easy to process |
Voice coils, deflection
yoke and relay coils |
| SBUEYW |
0.03~0.90
|
B(130℃) |
NEMA
MW29-C |
| SBUEW-F |
0.03~0.90 |
F
(155℃) |
|
1.Same as UEW-F
2.Easy to process |
| SBPEW-H |
0.03~0.90 |
H
(180℃) |
|
1.Same as PEW-H
2.Easy to process |
Deflection
yoke and many kinds of coreless coils |
| SBPEW-HS |
0.03~0.90 |
H
(180℃) |
|
1.Same as PEW-HS
2.Easy to process |
|
Polyvinyl formal rectangular
copper magnet wire |
PVF |
T:0.8~3.0
W:2.0~10.0 |
A
(105℃) |
JIS C3209 |
1.Same as round wire
2.Reduce the space of the coil |
Large oily transformer, motor |
|
Polyester rectangular
copper magnet wire |
PEW |
T:0.8~3.0
W:2.0~10.0 |
B
(130℃) |
JIS C3210 |
1.Same as round wire
2.Reduce the space of the coil |
Big size motor, generator and transformer |
| Polyester-amide-imide rectangular copper magnet
wire |
PEW-H |
T:0.8~3.0
W:2.0~10.0 |
H
(180℃) |
UL Recognized |
1.Same as round wire
2.Reduce the space of the coil |
Big size motor, generator and transformer |
| Polyester-amide-imide overcoated with polyamide-imide
rectangular copper magnet wire |
PEW-HC |
T:0.8~3.0
W:2.0~10.0 |
H+
(200℃) |
NEMA MW36-C
UL Recognized |
1.Same as round wire
2.Reduce the space of the coil |
Big size motor, generator and transformer |