Electrical Grade Insulating Kraft Paper that we supply is made from excellent grade of virgin fibers. These raw materials are imported from different countries. These are widely used as an insulation material of copper and aluminum wires. Apart from this these are also used in winding of transformer, motor, rotor coils.

Crepe papers are produced from base papers weighing 25 - 180 g/m2 (15 -111 lbs/ream) and have an elongation of between 15 to 300 %.
Field of Application :
Creped Papers are ideally suited to insulate irregular shapes and surfaces where a proper insulation cannot be reached with flat papers. Specialties were developed for applications as magnet wire insulation, as layer insulation, in current transformers, in RIP bushings or as shielding material.

Electrical Grade Insulating Kraft Paper that we supply is made from excellent grade of virgin fibers. These raw materials are imported from different countries. These are widely used as an insulation material of copper and aluminum wires. Apart from this these are also used in winding of transformer, motor, rotor coils.

We offer best quality Electric Insulating Material such as :
1. Kraft Paper
2. Polyester Film
3. Insulating Varnish
4. Press Pahn Paper
5. Other insulating materials

Manufactured to withstand a substantial temperature range, Nomex paper can help you design top-quality motors, generators, and transformers.
We offer a complete portfolio of high-performance insulation solutions engineered for outstanding performance and reliability. The DuPont line of Nomex electrical insulation products includes papers and pressboards.
A unique combination of properties give Nomex materials superior characteristics, making them ideally suited for electrical insulation applications. The advantages of Nomex products include:
1. Inherent dielectric strength
2. Mechanical toughness
3. Thermal stability
4. Chemical compatibility
5. Flame resistance
6. Flame resistance
7. Moisture insensitivity
8. Cryogenic capability
9. Radiation resistance
10. Nontoxic formulation

Electrical Grade Insulating Kraft Paper that we supply is made from excellent grade of virgin fibers. These raw materials are imported from different countries. These are widely used as an insulation material of copper and aluminum wires. Apart from this these are also used in winding of transformer, motor, rotor coils.

Crepe papers are produced from base papers weighing 25 - 180 g/m2 (15 -111 lbs/ream) and have an elongation of between 15 to 300 %.
Field of Application :
Creped Papers are ideally suited to insulate irregular shapes and surfaces where a proper insulation cannot be reached with flat papers. Specialties were developed for applications as magnet wire insulation, as layer insulation, in current transformers, in RIP bushings or as shielding material.

Electrical Grade Insulating Kraft Paper that we supply is made from excellent grade of virgin fibers. These raw materials are imported from different countries. These are widely used as an insulation material of copper and aluminum wires. Apart from this these are also used in winding of transformer, motor, rotor coils.

We offer best quality Electric Insulating Material such as :
1. Kraft Paper
2. Polyester Film
3. Insulating Varnish
4. Press Pahn Paper
5. Other insulating materials

Manufactured to withstand a substantial temperature range, Nomex paper can help you design top-quality motors, generators, and transformers.
We offer a complete portfolio of high-performance insulation solutions engineered for outstanding performance and reliability. The DuPont line of Nomex electrical insulation products includes papers and pressboards.
A unique combination of properties give Nomex materials superior characteristics, making them ideally suited for electrical insulation applications. The advantages of Nomex products include:
1. Inherent dielectric strength
2. Mechanical toughness
3. Thermal stability
4. Chemical compatibility
5. Flame resistance
6. Flame resistance
7. Moisture insensitivity
8. Cryogenic capability
9. Radiation resistance
10. Nontoxic formulation