Our PTFE 3-Way Valve is designed for precise flow control in corrosive, high-purity, and chemically demanding fluid systems. Manufactured from high-quality virgin PTFE, it provides excellent chemical resistance and reliable performance when handling acids, solvents, and other aggressive media.
Available in T-port and L-port configurations, the valve can be customized with different connection and actuation options for chemical processing, semiconductor, laboratory, pharmaceutical, and water treatment applications.
Key Features
Excellent Chemical Resistance:
Virgin PTFE provides excellent resistance to most acids, alkalis, solvents, and aggressive chemicals.
3-Way Flow Control:
Available in T-port or L-port configurations for diverting, mixing, or directing fluid flow according to system requirements.
Wide Operating Temperature Range:
Designed for operation from -20°C to +180°C, depending on the medium, sealing components, pressure, and valve configuration.
Low-Friction & Non-Stick Surface:
The smooth PTFE surface helps minimize material buildup, contamination, and maintenance requirements.
Multiple Connection Options:
Available with threaded, flanged, or custom connections to integrate with different piping and fluid handling systems.
Flexible Actuation Options:
Manual, pneumatic, and electric actuation configurations are available for different control requirements.
Custom Configurations:
Valve dimensions, ports, connections, and operating configurations can be customized according to specific equipment and application requirements.
Applications
- Chemical dosing systems
- Acid and corrosive fluid handling
- Semiconductor and high-purity fluid systems
- Laboratory fluid control
- Pharmaceutical processing equipment
- Water and wastewater treatment systems
- Chemical processing equipment
- Custom OEM fluid control systems
Custom PTFE 3-Way Valves
Golden Collar can provide custom PTFE 3-way valves according to drawings and application requirements, including different port configurations, connection types, dimensions, and actuation options.
