Carbon Filled PTFE

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MOQ : 10 Meters

Carbon Filled PTFE Specification

Type
Carbon Filled PTFE

Material
Carbon/PTFE

Corrosion Protection
Excellent

Tensile Strength
18 MPa

Thickness
0.5 mm to 50 mm

Melting Point
327C

Size
Custom sizes available

Width
10 mm to 300 mm

Length
Up to 1000 mm

Shape
Sheet/Rod/Tubes

Elongation at Break
150%

Color
Black

Standard
ASTM D4895

Coefficient of Friction
0.10

Compressive Strength
13 MPa

Application
Seals, Bushes, Bearings, Gaskets

Water Absorption
<0.01%

Finish
Smooth

Carbon Filled PTFE Trade Information

Minimum Order Quantity
10 Meters

FOB Port
Ahmedabad

Supply Ability
500 Meters Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Plastic Bag Packing, Corrugated Box Packing, Shrink Packing, Customization As per Customer Requirement

Main Domestic Market
All India

Certifications
ISO 9001 : 2008 Certified Company

About Carbon Filled PTFE

For the diverse requirements of our valuable clients, we are instrumental in offering a broad gamut of Carbon Filled PTFE. Owing to their features like longer service life, high strength, wear & tear resistance, dimensional accuracy and sturdy construction, these products are highly acknowledged by our clients. By inculcating modern technology, our industry experts manufacture these products using supreme grade raw materials in compliance with the defined industry standards. We offer these Carbon Filled PTFE products in various specifications at industry leading rates to the clients.

Enhanced Performance for Industrial Applications

Carbon Filled PTFEs exceptional mechanical properties and low coefficient of friction make it perfect for use in seals, bushes, bearings, and gaskets. Its excellent corrosion protection and high melting point (327C) ensure robust performance even in harsh environments, offering reliability and longevity to industrial machinery.

Wide Range of Customization

Supplied as sheets, rods, or tubes, with widths from 10 mm to 300 mm and thicknesses from 0.5 mm to 50 mm, Carbon Filled PTFE can be tailored to meet specific project requirements. Manufacturers and exporters in India provide custom lengths up to 1000 mm, guaranteeing precise solutions for unique application needs.

FAQs of Carbon Filled PTFE:

Q: How is Carbon Filled PTFE typically processed for industrial applications?

A: Carbon Filled PTFE is manufactured through molding and machining, conforming to ASTM D4895 standards. After carbon is blended with PTFE, the compound is molded into sheets, rods, or tubes and then sintered at high temperatures to achieve its final, durable form.

Q: What advantages does Carbon Filled PTFE offer over pure PTFE?

A: By adding carbon, the PTFE gains higher compressive strength (13 MPa), improved wear resistance, and reduced deformation, making it better suited for applications requiring durability and chemical protection, while retaining its low friction attributes.

Q: When is Carbon Filled PTFE preferred in equipment design?

A: Carbon Filled PTFE is ideal when components require both excellent chemical resistance and enhanced mechanical strength, such as in high-load seals, bushes, bearings, and gaskets operating in corrosive or high-temperature settings.

Q: Where can Carbon Filled PTFE be used effectively?

A: Due to its robustness and low friction, Carbon Filled PTFE is widely used in industries like chemical processing, pharmaceuticals, automotive, and power generation for fabricating seals, bearings, gaskets, and bushings.

Q: What is the typical usage process of Carbon Filled PTFE sheets, rods, and tubes?

A: These forms are machined or cut into finished parts according to specific design requirements. The materials smooth finish and machinability facilitate precise fabrication for custom sealing or bearing solutions.

Q: What benefits do users gain from Carbon Filled PTFEs properties?

A: Users benefit from high tensile strength (18 MPa), exceptional elongation at break (150%), and a very low coefficient of friction (0.10), all contributing to longer service life, minimal maintenance, and reliable operation under difficult conditions.

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