White Acetal Branch Stem Tee

White Acetal Branch Stem Tee
Disclaimer: All images are for illustrative purposes only.

You will also need:

Locking Clip

Locking Clip

Locking Clip to prevent accidental pipework disconnection.

Quickly and securely connects 2 equally sized pipe/tubes with an additional stem port used to install a further John Guest push-fit fitting forming a 90° swivel type connection

John Guest white push-fit acetal branch stem tee push-fitting fittings connect pipe/tubing with a stem end for connecting John Guest fittings to create a 90° swivel type connection. Fast and simple to install, John Guest push-fit fittings create an instant push-fit connection and leak tight seal without the need for tools, hot works or sealing agents.

The unique collet locking design firmly and securely holds the pipe in place without deforming the pipe or restricting flow. Fittings are corrosion resistant and fully demountable, improving system performance and reducing system downtime during maintenance.

Manufactured in white push-fit acetal copolymer with EPDM O-Rings, the fitting is suitable for potable water, intermittent hot water applications (up to 65°C max), water treatment and purification applications. All John Guest fittings are manufactured and assembled in the UK.

Features and benefits

  • Rigid and hardwearing acetal copolymer material with EDPM O-Ring
  • Suitable for potable water, intermittent hot water applications (up to 65°C max), water treatment and purification applications (not suitable for air, pneumatic or vacuum applications)
  • Instant push-fit connection and leak tight seal
  • Connect, disconnect and reconnect in seconds without tools
  • No scale build up improves performance and equipment lifespan
  • Superior flow characteristics
  • Compatible with LLDPE or soft metal pipe/tubing

Accreditations

BSI Thermo Pipes and Fixings accredited
WRAS approved product
SKUDescriptionTube OD ″Tube OD ″Tube OD ″Accreditations
CI530808WJohn Guest White Acetal Branch Stem Tee 1⁄4″ × 1⁄4″ × 1⁄4″1⁄41⁄41⁄4
BSI
WRAS