JOHN GUEST - 3/8 x 3/8 x 1/4 REDUCING TEE

Name: JOHN GUEST - 3/8 x 3/8 x 1/4 REDUCING TEE
Brand: John Guest
SKU: PI301208S
Price: 12.0 AED
Availability: OutOfStock

or 4 interest-free payments of AED 19.50. No fees.
Shariah-compliant.

Pattern OR Type: Standard Standard

Product variants

Out of Stock

Deliver to: by: 21 Jun’25 to Add at least one item to change location.

Specifications & Details

• Pipe OD: 3/8" (0.95cm)
• Pipe OD: 3/8" (0.95cm)
• Pipe OD: 1/4" (0.63cm)
• Strong acetal copolymer fitting with nitrile O-Ring
• Airtight connection with superior flow characteristics
• Instant push-fit connection and demountable without tools
• Secure collet cover prevents accidental disconnection
• Suitable for air and pneumatics piping systems up to 10 bar
• Ideal for air, inert gases and vacuum applications
• Food grade fitting suitable for potable liquids
• Compatible with soft metal or plastic pipe/tubing

Product Overview

Quickly and easily connects two equal pipe sizes and a reduced branch connection

John Guest reducing tee push-fit fitting connects two equally sized pipes and a reduced branch feed. Fast and simple to install, John Guest Air and Pneumatics creates an instant connection and airtight seal without the need for tools, hot works or sealing agents. Air piping systems can be set up and installed 50% quicker than traditional methods.

The unique collet locking design firmly and securely holds the pipe in place without deforming the pipe or restricting flow. Fittings are also fully demountable, reducing system downtime during maintenance and making it quick and easy to modify or extend systems.

Designed in tough engineered plastic, fittings are compatible with John Guest nylon, powder coated aluminium or LLDPE tubing, as well as copper, PEXa and other soft metal pipe materials. All John Guest fittings are manufactured and assembled in the UK.

About the Brand

The company was founded in 1961 by John Guest is a British manufacturer of push-in fittings, pipe and plastic plumbing systems. John Guest is an . . . read more