Product Description
We offer an exclusive range of PTFE Sheets have non-stick surface and less-friction ideal for utilization in elevated temperature. The offered range possesses the effective electrical characteristics of all plastics. PTFE Sheets can withstand low temperature and is used as lining of cryogenic chambers. Also, we test the offered range is utilized in various industrial applications where sliding actions of part needed like gears and slide plates. Offered sheets are installed in machines, motors, plumbing lines and chemical handling units to absorb shock and noise.
PTFE Sheet is often chosen for very low friction sideways and wears blocks. PTFE Sheets can provide very low resistance with mating components to offer a free running sideway sur{ace requiring minimal momentum to move products or components. PTFE Sheet is also used in lining of cryogenic chambers due to its excellent and rare ability with very low temperatures. Other applications include shims or gaskets for external use; this is because PTFE Sheet is highly resistant to weathering and any environmental long term effects. PTFE Moulded Sheets are commonly known as Rigid Sheets.
| LENGTH (mm) x WIDTH (mm) | THICKNESS (mm) |
| NOMINAL | TOLERANCE |
| 300 x 300 | 3 - 100 | 0.50 |
| 450 x 450 | 3 - 100 | 0.50 |
| 600 x 600 | 3 - 100 | 0.50 |
| 1000 x 1000 | 3-75 | 0.50 |
| 1200 x 1200 | 3-50 | 0.50 |
| 1500 x 1500 | 3-50 | 0.60 |
Superior Temperature and Chemical ResistanceThese PTFE sheets withstand a broad temperature spectrum, from -200C to +260C, making them ideal for environments exposed to extreme heat or cold. Their excellent chemical resistance ensures durability and reliability when used in harsh or reactive settings, significantly reducing maintenance needs and material degradation.
Precision Engineering for Multiple ApplicationsManufactured from high-grade PTFE using a molding process, our sheets are designed for reliability in electrical insulation, gasketing, sealing, and lining. Their low water absorption and high mechanical strength make them perfect for food and chemical processing sectors that demand hygiene, stability, and regulatory compliance.
FAQ's of PTFE Sheets:
Q: How are PTFE sheets typically used in industrial applications?
A: PTFE sheets are commonly utilized for electrical insulation, gasketing, lining, sealing, as well as in food and chemical processing. Their robust chemical resistance and thermal stability make them versatile solutions across industries requiring inert and long-lasting materials.
Q: What benefits do PTFE sheets offer compared to other plastic materials?
A: PTFE sheets offer superior benefits, including operating across a wide temperature range, exhibiting almost no water absorption, maintaining chemical inertness, and ensuring excellent electrical insulation. These features collectively reduce the risk of failure in demanding industrial settings.
Q: When should PTFE sheets be selected for an application?
A: PTFE sheets should be chosen when a project demands resistance to extreme temperatures, aggressive chemicals, high mechanical strength, or electrical insulation. Their properties make them suitable for both routine and specialized engineering requirements.
Q: Where can PTFE sheets be installed within a process system?
A: These sheets can be installed as insulators in electrical panels, liners in chemical tanks, gaskets in piping systems, or sealing elements in equipment exposed to corrosive substances or temperature fluctuations.
Q: What is the standard packaging for PTFE sheets, and is customization possible?
A: PTFE sheets typically come in standard packaging designed to protect them during transit and storage. However, we offer customized packaging options based on order size, shape, and customer-specific requirements to ensure safe delivery worldwide.
Q: What dimensions and thicknesses are available for these PTFE sheets?
A: Our PTFE sheets are available in standard sizes of 300x300 mm and 450x450 mm, with thicknesses ranging from 1 mm to 100 mm. Custom sizes may also be available upon request to suit specialized applications.
Q: How does the molding process affect the quality and performance of PTFE sheets?
A: Molding ensures a smooth surface finish, consistent density, and dimensional stability, resulting in sheets with high mechanical strength and reliability. This process guarantees the material properties required for critical industrial applications.