Product Description
Offered Carbon Filled PTFE Rod, is known for raising the heat deflection temperature which results in improving its dynamic bearing performance. This black color PTFE product comes in dimensional range of height, length and diameter, 30 cm, 300 mm and 16 to 300 mm respectively. Offered Carbon Filled Polytetrafluoroethylene Rod is designed by using by the optimum grade raw materials, carbon and PTFE with the application of compression molding technique. This is also used to improve the creep resistance nature. In different industrial sectors offered product finds its applications.
Advantages:
- It is known for having good sliding properties
- It improves dimensional stability
- It is electrically conductive in nature
- It provides fine chemical resistance
Technical Details:
- Size : Black
- Rod Height (Cm) : 30 cm
- Technique : Compression Molding
- PTFE filled compounds : Glass, Carbon, Graphite, Bronze, MoS2
- Standard Dia (mm) : 16 to 300
- Length (mm) : 300 mm
- Brand : STP
Engineered for Demanding EnvironmentsCarbon Filled PTFE Rods are designed to tackle industrial challenges where strength and durability are paramount. The addition of carbon enhances PTFEs inherent properties, providing superior compression strength and corrosion protection, making them ideal for both mechanical and electrical insulation applications.
Custom Sizing to Fit Every ApplicationWith customizable widths and thicknesses, and diameters ranging from 8 mm to 200 mm, our rods adapt seamlessly to your specifications. Whether your project requires a unique size or specific length, we manufacture each rod to ensure precise compatibility and optimal performance in your operations.
Superior Performance CharacteristicsThese rods feature low friction, anti-static properties, and negligible water absorption for long-term reliability. Additionally, the improved thermal conductivity and outstanding chemical resistance facilitate safe use in aggressive environments, while maintaining low conductivity and compliance with ASTM standards.
FAQs of Carbon Filled PTFE Rod:
Q: How does carbon filling improve PTFE rod properties?
A: Carbon filling increases PTFE rods compression strength, thermal conductivity, and wear resistance. It also reduces the friction coefficient and imparts anti-static properties, making the rods more robust and suitable for demanding industrial uses.
Q: What are the typical applications for Carbon Filled PTFE Rods?
A: Carbon Filled PTFE Rods are often used in electrical insulation, seals, bushings, bearings, and gaskets, especially where high chemical resistance, low friction, and superior mechanical strength are required.
Q: When should I choose Carbon Filled PTFE over Virgin PTFE?
A: Opt for Carbon Filled PTFE when your application demands higher mechanical strength, improved heat dissipation, anti-static properties, or when operating in chemically harsh or high-wear environments.
Q: Where can custom-sized Carbon Filled PTFE Rods be manufactured?
A: As a manufacturer, exporter, and supplier in India, we produce Carbon Filled PTFE Rods in custom sizes upon order, offering flexibility to meet specific dimensional requirements.
Q: What is the process for ordering rods with custom dimensions or lengths?
A: Simply contact us with your required diameter, length (100 mm to 1000 mm), width, and thickness specifications. Our manufacturing team will produce rods as per your order, ensuring compliance with ASTM D1710 standards.
Q: What benefits does improved thermal conductivity offer in these rods?
A: The heightened thermal conductivity allows for better heat dissipation, which is crucial in high-temperature or friction-intensive environments. This extends the operational life and reliability of the components made from these rods.
Q: How does the corrosion resistance of these rods compare to other materials?
A: Carbon Filled PTFE Rods provide excellent corrosion protection, surpassing many conventional polymers, and maintaining integrity even in aggressive chemical environments, making them the preferred choice for critical industrial applications.