The JG Speedfit Reducing Tee 28 x 28 x 22mm (PEM3028AW) is a reliable push-fit fitting designed to connect three pipes while reducing the branch pipe from 28mm to 22mm. Compatible with both copper and plastic pipes, this Speedfit tee provides a fast, secure, and leak-tight connection without the need for tools, soldering, or adhesives. Perfect for hot and cold water systems and central heating installations, it also allows easy demounting for maintenance or modifications.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit Reducing Tee 15 x 10 x 10mm (PEM3015BW) is a reliable push-fit plumbing fitting designed to connect three pipes while reducing pipe size from 15mm to 10mm. Suitable for both plastic and copper pipe, this Speedfit tee enables fast installation without the need for tools, soldering or glue. The secure push-fit design ensures a leak-tight connection and allows easy demounting when required, making it ideal for hot and cold water plumbing systems and central heating installations.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit Reducing Tee 15 x 15 x 10mm (PEM3015AW) is a high-quality push-fit plumbing fitting designed to connect three pipes where a reduction in pipe size is required. Compatible with both plastic and copper pipe, this Speedfit reducing tee provides a fast, secure, leak-resistant connection without the need for tools, solder or adhesives. Ideal for hot and cold water systems and central heating installations, the push-fit design allows quick installation and easy demounting when required.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit Reducing Tee 15 x 15 x 22mm (PEM3022CW) is a robust push-fit plumbing fitting designed to join three pipes while increasing the branch pipe from 15mm to 22mm. Compatible with both copper and plastic pipes, this Speedfit tee allows quick, secure installation without the need for tools, solder, or adhesives. Perfect for hot and cold water systems and central heating installations, it provides a leak-tight connection and can be easily demounted for maintenance.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit Reducing Tee 22 x 15 x 15mm (PEM3022BW) is a high-quality push-fit fitting that connects three pipes while reducing the main pipe from 22mm to 15mm. Suitable for both copper and plastic pipes, this Speedfit tee ensures a fast, secure, and leak-tight connection without tools, soldering, or glue. Ideal for hot and cold water plumbing and central heating systems, it also allows easy demounting for maintenance or modifications.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit Reducing Tee 22 x 15 x 22mm (PEM3022DW) is a high-quality push-fit fitting designed to connect three pipes while reducing the middle pipe from 22mm to 15mm. Suitable for both copper and plastic pipes, this Speedfit tee ensures fast, secure, and leak-tight connections without tools, soldering, or adhesives. Ideal for hot and cold water plumbing systems and central heating, it allows easy demounting for maintenance or system modifications.
Disclaimer: All images are for illustrative purposes only.
The JG Speedfit PEM302210AW 22mm x 22mm x 10mm reducing tee is a 90° push-fit plastic fitting designed to connect plastic or copper pipe quickly and securely. Simply push the pipe into the fitting and twist the nut to lock in place. Ideal for plumbing installations in tight spaces, it removes the need for hot works and can reduce installation time by up to 40% compared with traditional methods.
The JG Speedfit Reducing Tee 22 x 22 x 15mm (PEM3022AW) is a durable push-fit plumbing fitting designed to connect three pipes while reducing the branch pipe from 22mm to 15mm. Compatible with both copper and plastic pipe, this Speedfit tee allows quick installation without tools, soldering or adhesives. Its reliable push-fit design creates a secure, leak-tight seal and can be easily demounted when required, making it ideal for hot and cold water systems and central heating installations.
Disclaimer: All images are for illustrative purposes only.