Cello

Copper Couplings (w/Ring Stop)

(No reviews yet) Write a Review
SKU:
IWP0-RING
Availability:
Usually Ships Same Day
Weight:
0.00 LBS
*Images are for visual reference only.
  • Copper Sweat Couplings with Ring Stop
  • Copper Sweat Couplings with Stop Data Sheet
$0.48 - $464.61

Represents the combined quantity sold of all the sizes under this product SKU.
Sold:
Frequently bought together:

Description

Copper Pressure Coupling - Ring Stop

 

The Copper Pressure Coupling with Ring Stop is designed to join two sections of copper tubing with proper center alignment in plumbing and mechanical piping systems. Featuring an internal ring stop, it ensures both pipe ends are inserted to the correct depth for secure, leak-resistant soldered connections.

Manufactured from durable copper with Copper x Copper (C x C) sweat connections, this coupling provides outstanding corrosion resistance and dependable long-term performance in potable water, HVAC, hydronic, and other pressure piping applications.

Key Features

  • Copper pressure coupling with internal ring stop
  • Copper x Copper (C x C) sweat connections
  • Internal stop ensures proper pipe insertion depth
  • Designed for secure, leak-resistant soldered joints
  • Excellent corrosion resistance and long service life
  • Suitable for potable water, HVAC, and hydronic piping systems

Construction Details

Manufactured from high-quality copper to provide superior durability and resistance to corrosion in pressure piping systems.

The integral ring stop centers the tubing during installation, ensuring consistent insertion depth and reliable solder joints.

Precision-formed sweat ends provide a secure fit for dependable long-term performance in residential, commercial, and industrial applications.

Important Notes

Designed for use with compatible copper tubing and standard soldering methods.

Recommended for potable water, HVAC, hydronic, and general mechanical piping systems.

Refer to the manufacturer's engineering data and soldering guidelines for proper installation procedures.

View AllClose

Reviews