Pneumatic Air Tubing
PTFE-LINED POLYETHER TUBING
PTFE-Lined Polyether Tubing is a flexible two-layer tube combining a fluoropolymer inner layer with a polyether polyurethane outer layer. It offers excellent resistance to oils, coolants, chemicals, and harsh environments while maintaining flexibility and easy installation.
Flexible Chemical-Resistant Tubing for Demanding Industrial Applications
PTFE-Lined Polyether Tubing is a high-performance two-layer tubing solution that combines the chemical resistance of a fluoropolymer inner layer with the flexibility and durability of a polyether polyurethane outer layer.
The smooth PTFE inner layer provides excellent resistance to oils, coolants, and selected chemicals, while reducing friction for smooth fluid flow. The polyether PU outer layer improves flexibility, handling, and installation compared with conventional fluoropolymer tubing.
Designed for challenging industrial environments, this tubing offers an excellent balance of chemical resistance, flexibility, durability, and reliability.
Key Features
- Two-layer construction combining chemical resistance and flexibility
- Fluoropolymer inner layer for resistance to oils, coolants, and selected chemicals
- Polyether PU outer layer for improved flexibility and easy installation
- Low-friction inner surface for smooth fluid transfer
- Good resistance to humidity and demanding industrial environments
- Multiple colors available for easy line identification
- Suitable for selected fluids after compatibility testing
- Balanced performance of durability, flexibility, and environmental resistance
Typical Applications
PTFE-Lined Polyether Tubing is widely used in:
- Printing and coating equipment
- Metalworking and CNC coolant systems
- Food processing machinery
- Medical and laboratory equipment
- Semiconductor and electronic production equipment
- Welding and splash-prone environments
- Oil, coolant, and selected chemical fluid transfer systems
It is an ideal choice for applications requiring reliable fluid transmission, chemical resistance, and flexible installation in demanding industrial conditions.