Product Overview
Description
John Guest Speed fit reducer push-fit fitting for the connection of plastic or copper pipe. The reduced spigot end allows for two Speed fit push-fit fittings to be connected and creates a swivel-type connection while reducing the line size. Just push the push-fit fitting fully onto the pipe and twist the plastic nut clockwise to secure it in place. Demount the connection by unlocking the nut by hand and push the collet towards the body of the push-fit fitting and pull the pipe to release. The John Guest Speed fit reducer push-fit fitting is up to 40 percentage faster to install than other traditional methods and is easier to use in confined spaces by removing the need for hot works and tools. Designed and manufactured and assembled in the UK.
- Instant push-fit connection
- Install and demount in seconds without tools
- Safe flame-free installation without hot works and glue or flux
- Grip and seal collet with stainless steel teeth and main o-ring seal
- Twist and lock mechanism secures fitting and adds compression
- Non-toxic and resists corrosion and no scale build-up
- Compatible with Speed fit PEX and polybutylene plastic pipe (inserts required) and copper pipe
- WRAS approved
- BSI accreditations
Technical specification
- Years Guaranteed: 50
- Type: Reducers
- Suitable for: Hot and cold water and central heating systems
- Pack Quantity: 5
- Minimum Diameter: 22mm
- Maximum Pressure: 12 bar
- Maximum Diameter: 28 mm
- Material: Plastic
- Diameter: 28 mm
- Colour: White
- Brand: John Guest Speedfit
- Range Description: Pipe Fittings
- Manufacturer Model No: PEM062822W-L
- Brand Name: JG Speedfit
- Type: Reducers
- Suitable for: Hot and cold water and central heating systems
- Pack Quantity: 5
- Minimum Diameter: 22mm
- Maximum Pressure: 12 bar
- Maximum Diameter: 28 mm
- Material: Plastic
- Diameter: 28 mm
- Colour: White
- Brand: John Guest Speedfit
- Range Description: Pipe Fittings
- Manufacturer Model No: PEM062822W-L
- Brand Name: JG Speedfit
Warranty Information
50 Year Warranty
