Is the PVDF Tee Coupling for Plastic Hose, 3T Series compatible with pneumatic or electric actuated three-way ball valves for automated process control?

Yes. The PVDF Tee Coupling for Plastic Hose, 3T Series is compatible with pneumatic or electric actuated three-way ball valves for automated process control, provided the valve is the PVDF three-way ball valve variant described. The valve is offered on request with pneumatic or electric actuation, is manufactured from PVDF (ensuring material compatibility with the coupling), and features BSP internal threads for secure connections. Its PVDF construction, PTFE sealing sleeve, and rated working pressure (10 bar) and temperature (+140°C for PVDF) support reliable automated operation in demanding chemical and laboratory environments. Ensure thread size and pressure/temperature requirements match your system and confirm actuator mounting/interface compatibility before installation.

Can the PVDF Tee Coupling for Plastic Hose, 3T Series be used with the manual three-way ball valve when switching to electric or pneumatic actuation?

Yes. The PVDF Tee Coupling for Plastic Hose, 3T Series can be used with the manual three-way ball valve when switching to electric or pneumatic actuation, provided the valve is the PVDF model (or another compatible material) and the actuation interface and mounting are compatible. Reasons: - Material compatibility: Both the PVDF Tee Coupling for Plastic Hose, 3T Series and the PVDF valve share the same chemical resistance and temperature rating (PVDF valve max +140°C), ensuring safe operation in aggressive media and within the valve’s working range (up to 10 bar). - Sealing and connection: The valve features BSP internal threads for secure connections; confirm the coupling’s thread type/size or use an appropriate adapter to ensure leak-free assembly. - Actuation suitability: The manual three-way ball valve is offered with electric or pneumatic actuation on request. Switching to actuators affects only the drive/trunnion interface and not the fluid connections, so the PVDF Tee Coupling for Plastic Hose, 3T Series remains compatible as long as the actuator conversion preserves the same porting and thread arrangement. - Practical checks: verify thread sizes, pressure and temperature limits of the whole assembly, and that the selected actuator’s torque and mounting kit are appropriate for the PVDF valve body. In summary: compatible if the valve is PVDF (or otherwise material-matched), thread/port sizes match (or are adapted), and operating pressure/temperature are within specified limits.

PVDF Tee Coupling for Plastic Hose, 3T Series

All products, Low-pressure fittings and adapters/

Additional information

Material	P – material (plastic)

The manual three-way ball valve is a versatile solution designed for demanding applications, available on request with electric or pneumatic actuation for enhanced process control. Manufactured from high-performance materials such as polypropylene (PP), polyvinylidene fluoride (PVDF), and perfluoroalkoxy (PFA), it ensures outstanding durability and resistance to aggressive chemicals. The PFA version is equipped with a PTFE ball, while the PP and PVDF models feature balls made from the same material as the valve body, guaranteeing optimal compatibility and reliability. A PTFE sealing sleeve further enhances tightness and long-term performance. With seamless BSP internal threads, the valve allows easy installation and secure connections. Its impressive operating parameters include a maximum temperature of +90°C for PP, +140°C for PVDF, and up to +180°C for PFA, combined with a working pressure of 10 bar. Thanks to these properties, the valve is widely used in laboratories, research and development departments, analytical processes, and the chemical industry, where precision, safety, and resistance to harsh environments are essential.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
EM-6L702F0318PPFP	Ball valve (series 6L) 3-way, vertical, "L", DN3, G 1/8" BSP, PP/FKM	3	10	In stock	Enquiry
EM-6L702F0414PFFK	Ball valve (series 6L) 3-way, vertical, "L", DN4, G 1/4" BSP, PFA/FFKM	4	10	In stock	Enquiry
EM-6L702F0414PFFP	Ball valve (series 6L) 3-way, vertical, "L", DN4, G 1/4" BSP, PFA/FKM	4	10	In stock	Enquiry
EM-6L702F0414PPEP	Ball valve (series 6L) 3-way, vertical, "L", DN4, G 1/4" BSP, PP/EPDM	4	10	In stock	Enquiry
EM-6L702F0414PPFK	Ball valve (series 6L) 3-way, vertical, "L", DN4, G 1/4" BSP, PP/FFKM	4	10	In stock	Enquiry
EM-6L702F0414PPFP	Ball valve (series 6L) 3-way, vertical, "L", DN4, G 1/4" BSP, PP/FKM	4	10	In stock	Enquiry
EM-6L702F0614PFFK	Ball valve (series 6L) 3-way, vertical, "L", DN6, G 1/4" BSP, PFA/FFKM	6	10	In stock	Enquiry
EM-6L702F0614PFFP	Ball valve (series 6L) 3-way, vertical, "L", DN6, 1/4" BSP thread, PFA/FKM	6	10	In stock	Enquiry
EM-6L702F0614PPEP	Ball valve (series 6L) 3-way, vertical, "L", DN6, 1/4" BSP thread, PP/EPDM	6	10	In stock	Enquiry
EM-6L702F0614PPFP	Ball valve (series 6L) 3-way, vertical, "L", DN6, 1/4" BSP thread, PP/FKM	6	10	In stock	Enquiry

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The manual three-way ball valve is a versatile solution designed for demanding applications, available on request with electric or pneumatic actuation for enhanced process control. Manufactured from high-performance materials such as polypropylene (PP), polyvinylidene fluoride (PVDF), and perfluoroalkoxy (PFA), it ensures outstanding durability and resistance to aggressive chemicals. The PFA version is equipped with a PTFE ball, while the PP and PVDF models feature balls made from the same material as the valve body, guaranteeing optimal compatibility and reliability. A PTFE sealing sleeve further enhances tightness and long-term performance. With seamless BSP internal threads, the valve allows easy installation and secure connections. Its impressive operating parameters include a maximum temperature of +90°C for PP, +140°C for PVDF, and up to +180°C for PFA, combined with a working pressure of 10 bar. Thanks to these properties, the valve is widely used in laboratories, research and development departments, analytical processes, and the chemical industry, where precision, safety, and resistance to harsh environments are essential.