Primaflow Prima Plus Solder Ring Slip Coupling 15mm
PrimaPlus Solder Ring fittings are a premium copper fitting with integrated solder. No need to add...PrimaPlus Solder Ring fittings are a premium copper fitting with integrated solder. No need to add additional solder when installing, saving time. PrimaPlus Solder Ring can be used for a variety of installations including water and gas. Manufactured from copper to EN 1254 standard, and fully WRAS approved, you can be sure of a perfect fit each time. PrimaPlus fittings are also kite marked, ensuring that they are to the highest British standard, setting them apart from other manufacturers. Kite marked approval BS Standard. WRAS approved for use with drinking water. Manufactured to EN 1254 standard.
The Primaflow Prima Plus Solder Ring Slip Coupling 15mm is designed for plumbing professionals and DIY enthusiasts undertaking water and gas installations. Its key benefit is the integrated solder, which significantly speeds up installation time by eliminating the need for separate solder. A potential consideration is the requirement for specific soldering techniques to ensure a reliable joint.
All features
Model Part Number
Prima Plus
Brand
Prima Plus
Extended Product Information
FAQs
What makes this fitting different from a standard coupling?
The key difference is the integrated solder ring. This eliminates the need to apply separate solder during the jointing process, saving time and ensuring a consistent solder flow.
Can I use this fitting for high-pressure water systems?
These fittings are suitable for standard domestic water and gas systems. Always consult the product specifications or a qualified professional for suitability in high-pressure or specialized industrial applications.
Is it safe to use for drinking water?
Yes, the Primaflow Prima Plus Solder Ring Slip Coupling is WRAS approved, meaning it is safe and compliant for use with potable (drinking) water.
What standards does this fitting comply with?
The fitting is manufactured to EN 1254 standard and has Kite Mark approval to British Standards (BS).
How much heat should I apply?
Apply heat evenly to the body of the fitting. The solder ring will melt and be drawn into the joint by capillary action when the fitting reaches the correct temperature. Avoid overheating, which can damage the fitting or affect solder properties.
Can I reuse a fitting if I make a mistake?
Once a solder joint has been made and cooled, the fitting is permanently fixed. If a mistake is made, the section of pipe and fitting will need to be cut out and replaced.
Troubleshooting
Joint is leaking after cooling
The joint may not have been heated sufficiently or evenly, or the fitting may not have been fully seated. Reheat the joint and ensure solder flows completely around the pipe. Check for pipe deformation or damage.
Solder not flowing into the joint
Ensure the pipe and fitting are clean and free from oxidation. Apply flux correctly. Heat the fitting body, not just the solder ring, to draw the solder into the gap.
Fitting is difficult to slide onto the pipe
Check the pipe for any ovality or burrs. Clean and ream the pipe end if necessary. Ensure you are using the correct size fitting for the pipe diameter.
Pros and Cons
Pros
Saves installation time due to integrated solder.
High-quality materials ensure longevity.
WRAS and Kite Mark approvals provide confidence in quality and safety.
Suitable for both water and gas lines.
Easy to achieve a secure and reliable joint.
Cons
Requires proper soldering technique for optimal performance.
May be more costly upfront than traditional fittings requiring separate solder.
Not suitable for push-fit or compression jointing methods.
Setup, Compatibility & Care
Setup:
Ensure pipes are clean, free from burrs, and cut to the correct length.
Apply flux to the outside of the pipe end and the inside of the fitting socket.
Slide the fitting onto the pipe, ensuring it is fully seated.
Apply heat evenly to the fitting body (not the solder ring directly) using a propane torch until the solder ring melts and flows.
Allow the joint to cool undisturbed for several minutes before testing.
Compatibility:
Compatible with copper pipe conforming to BS EN 1057.
Suitable for use with water and low-pressure gas systems within specified temperature and pressure limits.
Not compatible with push-fit or compression systems.
Care:
Store fittings in a clean, dry environment to prevent oxidation or contamination.
Handle with care to avoid damage to the pipe or fitting.
Ensure the work area is well-ventilated during soldering.