This Xpress copper chrome press branch reduced tee has so many benefits and ensures major savings in installation time and cost compared with traditional jointing methods as it is part of a completely heat-free jointing system that requires no additional solders, adhesives, co... Read More
SUPER Rewards Earn points and build more across our SUPERSTORES!
Find out more
This Xpress copper chrome press branch reduced tee has so many benefits and ensures major savings in installation time and cost compared with traditional jointing methods as it is part of a completely heat-free jointing system that requires no additional solders, adhesives, compounds, gas, hot works permits or costly insurance.
With clean, rapid, heat-free jointing without complicated clamping techniques, long preparation procedures or waiting for adhesive to dry, this Xpress branch tee is safe without the need for naked flames. With a perfectly clean internal bore, less finishing or cleaning is required and there is no localised annealing from high temperature working. Without carbon deposits, internal solder runs or flux residue, this branch tee reduces the risk of corrosion while the system does not need to be 'dry' for effective jointing.
This XPress fitting has a wide range of approvals including Kitemark, WRAS and DVGW and electrical continuity is assured when the XPress jointing process is complete. This Xpress branch tee is ideal for a diverse variety of applications such as domestic maintenance and refurbishment, new build and large-scale public sector projects.
There are no product downloads to show.
There are currently no questions for this product.
Products We Recommend
Product Enquiry Form
0% for 4 months
Learn more
Start right away with 4 months to pay
Enjoy 0% over 4 monthly instalments*
* Subject to status. Minimum spend required. T&Cs apply.
Sorry
It seems you are running an older version of Internet Explorer. Our site does not support these old browsers as they do not house the technology that allows our site to be safe and secure.
If you wish to access our site please either upgrade your browser or download an alternative.
