ELPOL PTFE Billet

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MOQ : 10 Units

ELPOL PTFE Billet Specification

Type
ELPOL PTFE Billet

Material
PTFE

Working Temperature
-200C to +260C

Density
2.2 Gram per cubic centimeter(g/cm3)

Corrosion Protection
Excellent resistance to chemicals and corrosion

Tensile Strength
15 - 30 MPa

Thickness
Standard and custom thickness available

Melting Point
327C

Size
Different Size

Width
Up to 300 mm

Length
Up to 300 mm

Flammability
Non-flammable

Applications
Chemical, electrical, mechanical, and food industry

Electrical Insulation
Very high dielectric strength

Surface Finish
Smooth/Machinable

Water Absorption
<0.01%

Hardness (Shore D)
55 - 65

Color Options
White, Red, Blue and more

ELPOL PTFE Billet Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash Advance (CA)

Supply Ability
5000 Units Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

ELPOL PTFE Billet About

We are an outstanding enterprise successfully engaged in rendering ELPOL PTFE Billet to our clients. Having experienced team of professionals and advanced cutting tools, we are able to provide highly satisfying results to our clients. It is utilized as a raw material for machining various PTFE components, such as seals, gaskets, bearings, and electrical insulation. High level of purity and consistency, improved machinability, low friction to improve performance, high-temperature resistance and excellent dimensional stability makes it appreciable in the market. The provided ELPOL PTFE Billet is properly checked on the various quality parameters before final dispatch.

Engineered for Demanding Industries

ELPOL PTFE Billets are precision-manufactured for applications requiring robust chemical resistance, electrical insulation, and thermal stability. Their reliability makes them perfect for the chemical processing, electrical insulation, mechanical and food industries. With a wide range of standard and custom sizes, they offer unparalleled flexibility for diverse engineering projects.

Superior Material Properties

Made from high-quality PTFE, these billets exhibit excellent resistance to chemicals and corrosion. They feature a low water absorption rate of less than 0.01%, providing reliability even in harsh environments. The Shore D hardness of 55-65, combined with smooth, machinable surfaces, ensures ease of fabrication and durability in end-use applications.

FAQ's of ELPOL PTFE Billet:

Q: How can ELPOL PTFE Billets be used in industrial applications?

A: ELPOL PTFE Billets are suitable for fabrication into seals, gaskets, insulators, bushings, and components for the chemical, electrical, mechanical, and food industries due to their chemical resistance, dielectric strength, and non-flammability.

Q: What are the main benefits of choosing ELPOL PTFE Billets over other materials?

A: The main benefits include outstanding chemical and corrosion resistance, high dielectric strength for electrical insulation, a wide operating temperature range (-200C to +260C), non-flammability, and smooth surfaces for easy machining.

Q: When is it recommended to use PTFE Billets with custom thickness and color options?

A: Custom thickness and color options are ideal when your specific application requires precise dimensional tolerance, unique identification, or aesthetic considerations, particularly for specialized equipment or industry standards.

Q: Where are ELPOL PTFE Billets typically installed or integrated?

A: These billets are typically used in machinery and equipment within the chemical, electrical, mechanical, and food processing sectors, especially where exposure to corrosive agents or high temperatures is common.

Q: What is the process for ordering and receiving custom-sized billets?

A: You can contact the exporter, manufacturer, or supplier in India to specify your required thickness, color, length, and width (up to 300 mm). Orders can be made for both standard and custom dimensions as per project needs.

Q: How does the smooth, machinable surface of the ELPOL PTFE Billet benefit manufacturers?

A: The smooth, machinable surface enables precise shaping and finishing, facilitating faster production, reducing tool wear, and improving the overall quality of finished components.

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