Product Description
A PTFE Tri Clover Gasket (also known as a Tri-Clamp gasket) is a sanitary gasket designed for use in Tri-Clamp connections in piping systems. These gaskets are commonly used in industries such as food and beverage, pharmaceuticals, and bioprocessing due to their chemical resistance, durability, and ability to provide a secure, hygienic seal.
PTFE Tri Clover Gasket Manufacturer in India
PTFE Tri Clover Gasket Manufacturer in Gujarat
PTFE Tri Clover Gasket Manufacturer in Vadodara
PTFE Tri Clover Gasket Supplier in India
PTFE Tri Clover Gasket Supplier in Gujarat
PTFE Tri Clover Gasket Supplier in Vadodara
Components of a PTFE Tri Clover Gasket:
1. PTFE Material
- Composition:
The gasket is primarily made of polytetrafluoroethylene (PTFE), either in its pure form or a modified variant.
- Properties:
- Excellent chemical resistance to a wide range of substances.
- Inert and non-reactive, ensuring compatibility with high-purity and sensitive applications.
- High-temperature tolerance (typically -200C to +260C).
- Non-stick, reducing the potential for product adhesion.
2. Optional Additives or Fillers
- Enhanced PTFE:
Some gaskets include fillers like glass, carbon, or graphite to improve mechanical properties, such as wear resistance or dimensional stability, without compromising chemical resistance.
3. Design Features
- Tri Clover Compatibility:
Designed to fit between flanges of Tri-Clamp connections, ensuring a leak-proof and hygienic seal.
- Uniform Thickness:
Maintains consistent sealing pressure across the flange.
- Hygienic Design:
Smooth, non-porous surface minimizes the risk of bacterial growth and contamination.
4. Compliance
- Often certified to meet industry standards, such as:
- FDA (Food and Drug Administration) compliance for food-grade applications.
- USP Class VI certification for pharmaceutical and bioprocessing use.
- 3-A Sanitary Standards for hygienic processing.
Variants
- Solid PTFE Gaskets: Used where maximum chemical resistance is required.
- PTFE Bonded or Envelope Gaskets: Combine a PTFE sealing surface with a more compressible core material for improved flexibility and sealing performance.