John Guest - Polypropylene Plug In Stem Elbow Quick Connect Fitting - White
Polypropylene Plug In Stem Elbow Quick Connect Fitting
UK-engineered push-fit connector with 90-degree elbow and hard stem termination for secure, tool-free installation in potable water systems
The John Guest Plug In Stem Elbow combines a quick-connect push-fit inlet with a 90-degree turn and a hard stem outlet that plugs directly into another John Guest fitting. Manufactured from acetal copolymer with food-grade nitrile O-rings, this UK-made connector delivers reliable performance in potable water, air, CO2, and pneumatic applications without tools or thread sealant.
Engineered for Speed and Reliability
Tool-Free Connection
Push-fit collet system grips and seals in one motion. No wrenches, no threading, no sealant required for secure installation.
Demountable Design
Unlock nut, push collet toward body, release pipe. Clean disconnection when maintenance or reconfiguration is needed.
Food-Grade Materials
Acetal copolymer body with food-grade nitrile O-ring meets standards for potable water, beverages, and foodstuff contact.
90° Elbow + Stem
Quick-connect inlet transitions to right-angle bend, terminates in hard stem that plugs into female John Guest fittings.
Heat & Strength
Acetal construction offers superior heat resistance and mechanical strength compared to standard polypropylene alternatives.
Multi-Application
Certified for potable water, air, inert gases, CO2 lines, pneumatic systems, and vacuum applications.
Works With John Guest Speedfit Systems
Compatible with all John Guest push-fit tubing and female quick-connect fittings. Ideal for RO system connections, under-sink water filter installations, tap and toilet supply lines, refrigerator ice makers, beverage dispensing equipment, pneumatic control lines, and CO2 delivery systems. The plug-in stem outlet mates directly with John Guest female couplers and manifold inlets for modular system design.
Designed, manufactured, and assembled in the UK by John Guest Speedfit to ISO standards for reliability in potable water and critical fluid systems.
Polypropylene Plug In Stem Elbow Quick Connect Fitting
UK-engineered push-fit connector with 90-degree elbow and hard stem termination for secure, tool-free installation in potable water systems
The John Guest Plug In Stem Elbow combines a quick-connect push-fit inlet with a 90-degree turn and a hard stem outlet that plugs directly into another John Guest fitting. Manufactured from acetal copolymer with food-grade nitrile O-rings, this UK-made connector delivers reliable performance in potable water, air, CO2, and pneumatic applications without tools or thread sealant.
Engineered for Speed and Reliability
Tool-Free Connection
Push-fit collet system grips and seals in one motion. No wrenches, no threading, no sealant required for secure installation.
Demountable Design
Unlock nut, push collet toward body, release pipe. Clean disconnection when maintenance or reconfiguration is needed.
Food-Grade Materials
Acetal copolymer body with food-grade nitrile O-ring meets standards for potable water, beverages, and foodstuff contact.
90° Elbow + Stem
Quick-connect inlet transitions to right-angle bend, terminates in hard stem that plugs into female John Guest fittings.
Heat & Strength
Acetal construction offers superior heat resistance and mechanical strength compared to standard polypropylene alternatives.
Multi-Application
Certified for potable water, air, inert gases, CO2 lines, pneumatic systems, and vacuum applications.
Works With John Guest Speedfit Systems
Compatible with all John Guest push-fit tubing and female quick-connect fittings. Ideal for RO system connections, under-sink water filter installations, tap and toilet supply lines, refrigerator ice makers, beverage dispensing equipment, pneumatic control lines, and CO2 delivery systems. The plug-in stem outlet mates directly with John Guest female couplers and manifold inlets for modular system design.
Designed, manufactured, and assembled in the UK by John Guest Speedfit to ISO standards for reliability in potable water and critical fluid systems.
Original: $2.64
-65%$2.64
$0.92Description
Polypropylene Plug In Stem Elbow Quick Connect Fitting
UK-engineered push-fit connector with 90-degree elbow and hard stem termination for secure, tool-free installation in potable water systems
The John Guest Plug In Stem Elbow combines a quick-connect push-fit inlet with a 90-degree turn and a hard stem outlet that plugs directly into another John Guest fitting. Manufactured from acetal copolymer with food-grade nitrile O-rings, this UK-made connector delivers reliable performance in potable water, air, CO2, and pneumatic applications without tools or thread sealant.
Engineered for Speed and Reliability
Tool-Free Connection
Push-fit collet system grips and seals in one motion. No wrenches, no threading, no sealant required for secure installation.
Demountable Design
Unlock nut, push collet toward body, release pipe. Clean disconnection when maintenance or reconfiguration is needed.
Food-Grade Materials
Acetal copolymer body with food-grade nitrile O-ring meets standards for potable water, beverages, and foodstuff contact.
90° Elbow + Stem
Quick-connect inlet transitions to right-angle bend, terminates in hard stem that plugs into female John Guest fittings.
Heat & Strength
Acetal construction offers superior heat resistance and mechanical strength compared to standard polypropylene alternatives.
Multi-Application
Certified for potable water, air, inert gases, CO2 lines, pneumatic systems, and vacuum applications.
Works With John Guest Speedfit Systems
Compatible with all John Guest push-fit tubing and female quick-connect fittings. Ideal for RO system connections, under-sink water filter installations, tap and toilet supply lines, refrigerator ice makers, beverage dispensing equipment, pneumatic control lines, and CO2 delivery systems. The plug-in stem outlet mates directly with John Guest female couplers and manifold inlets for modular system design.
Designed, manufactured, and assembled in the UK by John Guest Speedfit to ISO standards for reliability in potable water and critical fluid systems.
