Benefits:
Withstands higher temperatures to 265℃ by dissipating heat faster than regular magnet wire.
Motors can run hotter, longer, with less risk of damage to the wire.
More conductive material in the same space yields a higher power density creating longer drive times or reducing the battery size needed.
Features:
Higher heat resistance to 265℃ – best in the industry- increases the motor power density – so can be used on higher temperature applications like variable speed drives.
Faster heat transfer with less “enamel” – improves the heat transfer coefficient by 2-3x vs standard Polyimide enamel coating.
Protection against partial discharge and detrimental corona, both long standing problems in this arena.
Protection against electrical breakdown and short-circuiting.
The durable coating resists breakage during coil winding.
Applications:
Applications that need to perform in high temperatures or require improved power density to minimize size and weight.
HEV/EV motors, Automotive, Aviation/Aerospace, Military/Defense, Oil & Gas and Transportation.
Specifications:
Thermal Endurance: 265°C when tested per ASTM D2307Conductor: CopperShape: Round or square or rectangleInsulation Material: Polyimide/Polyamide-
imideSize Range: 12-24 AWG Heavy Build (Square or Rectangular)
Key Qualifications:
Thermal Endurance: UL 260°C listing. Thermal Endurance of 265°C per ASTM D2307.…………………………High
est market temperature rating for Polyimide/Polyamide-
imide constructions.Heat Shock: Exceeds NEMA MW 16 with 300°CThermoplastic Flow: Exceeds typical enamel systems and most thermoplasticsWindab
ility: High windability due to internal lubrication while retaining excellent property retentionElectrical: Excellent resistance to partial discharge and Corona effect even after elongation caused by winding.Life Expectancy Nano particle enamel system increases life expectancy despite non-sinusoidal waveforms (inverter apps) even at elevated temperatures.Chemica
l: Resistant to petroleum naphtha, toluene, ethanol, 5% sulfuric acid, 1% potassium hydroxide, butyl acetate, acetone for 24 hours at RT.Stripping Method: Non-solderable – must be mechanically stripped before soldering, or terminated by means of insulation piercing terminals.
List of Qualifications:
For more information or ordering, please contact us.
Benefits:
- Withstands higher temperatures to 265℃ by dissipating heat faster than regular magnet wire.
- Motors can run hotter, longer, with less risk of damage to the wire.
- More conductive material in the same space yields a higher power density creating longer drive times or reducing the battery size needed.
Features:
- Higher heat resistance to 265℃ – best in the industry- increases the motor power density – so can be used on higher temperature applications like variable speed drives.
- Faster heat transfer with less “enamel” – improves the heat transfer coefficient by 2-3x vs standard Polyimide enamel coating.
- Protection against partial discharge and detrimental corona, both long standing problems in this arena.
- Protection against electrical breakdown and short-circuiting.
- The durable coating resists breakage during coil winding.
Applications:
- Applications that need to perform in high temperatures or require improved power density to minimize size and weight.
- HEV/EV motors, Automotive, Aviation/Aerospace, Military/Defense, Oil & Gas and Transportation.
Specifications:
Thermal Endurance: 265°C when tested per ASTM D2307Conductor: CopperShape: Round or square or rectangleInsulation Material: Polyimide/Polyamide-imideSize Range: 12-24 AWG Heavy Build (Square or Rectangular)
Key Qualifications:
Thermal Endurance: UL 260°C listing. Thermal Endurance of 265°C per ASTM D2307.…………………………Highest market temperature rating for Polyimide/Polyamide-imide constructions.Heat Shock: Exceeds NEMA MW 16 with 300°CThermoplastic Flow: Exceeds typical enamel systems and most thermoplasticsWindability: High windability due to internal lubrication while retaining excellent property retentionElectrical: Excellent resistance to partial discharge and Corona effect even after elongation caused by winding.Life Expectancy Nano particle enamel system increases life expectancy despite non-sinusoidal waveforms (inverter apps) even at elevated temperatures.Chemical: Resistant to petroleum naphtha, toluene, ethanol, 5% sulfuric acid, 1% potassium hydroxide, butyl acetate, acetone for 24 hours at RT.Stripping Method: Non-solderable – must be mechanically stripped before soldering, or terminated by means of insulation piercing terminals.
List of Qualifications:
For more information or ordering, please contact us.
