Viega ProPress 1-1/2" Extended Coupling w/o Stop - Double Press Connection - Smart Connect Technology

The Viega ProPress 1-1/2" Extended Coupling w/o Stop - Double Press Connection - Smart Connect Technology provides a professional-grade solution for repairing or extending copper piping systems in commercial and residential applications. Designed for use with ASTM B88 tubing, this extended coupling is specifically engineered without an internal stop, allowing it to slide freely over the pipe for easy positioning in tight spaces. This makes it an essential component for maintenance technicians and plumbers who need to bridge gaps or repair sections of damaged pipe where standard couplings cannot fit. By utilizing a flame-free press connection, you can complete installations faster and safer than traditional soldering methods.

Constructed from high-quality copper, the Viega ProPress 1-1/2" Extended Coupling w/o Stop - Double Press Connection - Smart Connect Technology utilizes a double press connection for maximum joint integrity. The integrated EPDM sealing element ensures a leak-proof fit that is resistant to aging and heat, maintaining a secure seal over the life of the system. A standout feature is the Smart Connect Technology, which allows installers to quickly identify unpressed connections during pressure testing by allowing water or air to flow past the seal. Once pressed, the connection becomes permanent and reliable, meeting rigorous plumbing standards without the need for flux or heavy equipment.

This 1-1/2-inch fitting is ideal for those looking to buy a reliable repair coupling that simplifies the workflow on the job site. The extended design offers additional length compared to standard couplings, providing the coverage necessary for larger pipe gaps or specialized plumbing configurations. Because it is compatible with standard press tools, it integrates seamlessly into your existing toolkit for immediate use. Professionals seeking a high-performance solution can rely on these specifications to ensure long-term durability in potable water and hydronic heating systems.