Kraft Paper for Electrical Winding ASPHA

Name: Kraft Paper for Electrical Winding ASPHA
Brand: SHIV TRADING INDIA PRIVATE LIMITED
Price: 130 INR
Availability: InStock

Price 130 INR/ Kilograms

Get a Price/Quote

MOQ : 50 Kilograms

Kraft Paper for Electrical Winding ASPHA Specification

Thermal Conductivity
Class F 155C

Width
1000 mm

Operating Temperature
155C

Thickness
<1 mm

Density
200 Gram per cubic centimeter(g/cm3)

Product Type
Kraft Paper Roll

Application
Slot Liner, Layer Insulation, Transformer, Motor, Generator

Material
Electrical Kraft

Function
Electrical insulation

Heat Resistance
Class F 155C

Paper Core
Paper tube core

Color
Brown

Size
42x48 inch

Form
Jumbo Roll

Paper Type
Electrical Kraft

Class
F Class

Surface Finish
Smooth

Usage
Electrical winding

Roll packaging
Protective wrap

Kraft Paper for Electrical Winding ASPHA Trade Information

Minimum Order Quantity
50 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Kraft Paper for Electrical Winding ASPHA

Discover the reduced, hot-selling Kraft Paper for Electrical Winding ASPHA, the blue-ribbon solution hailed for its sensational insulation performance. This trending product is tailored for electrical winding, slot liner, and layer insulation tasks in transformers, motors, and generators. With an astounding density of 200 g/cm3 and an impressive Class F thermal conductivity of 155C, it guarantees superior heat resistance. The smooth-surfaced jumbo roll is wrapped in protective packaging, ensuring pristine delivery. Chosen by top suppliers and traders across India, this is the ultimate pick for professionals aiming for flawless electrical insulation.

Expertly Engineered for Key Electrical Applications

Kraft Paper for Electrical Winding ASPHA is designed for critical surfaces such as transformer slots, motor windings, and generator coils. Its smooth finish and substantial density ensure compatibility with both oil and air-cooled environments. Ideal as a slot liner or for layer insulation, its seamless brown surface conforms effortlessly to diverse application sites, providing dependable electrical insulation wherever reliability is paramount.

Swift Delivery and Flexible Sampling Options

With stock ready for prompt dispatch, Kraft Paper for Electrical Winding ASPHA is offered at competitive rates. Samples are available for immediate evaluation, ensuring you can assess quality before purchase. The company's sample policy is straightforward-request your sample and it will be delivered swiftly. Enjoy quick order processing and benefit from a ready supply, supporting seamless operations and speedy turnarounds.

FAQ's of Kraft Paper for Electrical Winding ASPHA:

Q: How is Kraft Paper for Electrical Winding ASPHA used in transformers and motors?

A: Kraft Paper for Electrical Winding ASPHA functions as an electrical insulation material in transformers, motors, and generators. It is typically utilized as a slot liner or for layer insulation to ensure components are effectively shielded against electrical and thermal stress.

Q: What surface finish does the electrical kraft paper have?

A: This Kraft Paper features a smooth surface finish, which promotes ease of application and optimal insulation efficiency across different electrical components.

Q: When can I expect delivery after placing an order?

A: With stock readily available, orders are processed without delay. Delivery times are swift and samples can also be provided promptly upon request, ensuring minimal waiting periods.

Q: Where can this kraft paper be applied in electrical equipment?

A: It is suitable for use as a slot liner, layer insulation, and within winding applications in a variety of electrical equipment including transformers, motors, and generators.

Q: What are the benefits of using Class F 155C kraft paper in electrical winding?

A: Class F 155C kraft paper offers excellent heat resistance, reliable insulation, and thermal durability, making it a preferred choice for high-performance electrical winding environments.

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