Securplumb Brass CXC Gate Valve

Securplumb Brass CXC Gate Valve

Securplumb Brass CxC Gate Valve – 15mm & 22mm

Precision Flow Control with Reliable Brass Construction

The Securplumb Brass CxC Gate Valve is a high-quality isolation valve designed to regulate or completely shut off the flow of water in copper pipework systems. Available in both 15mm and 22mm sizes, this compression-type (CxC) gate valve is an essential component in both domestic and light commercial plumbing, heating, and water supply installations.

With a solid brass body and manual gate operation, it provides a reliable method for flow control, particularly in scenarios where the valve remains either fully open or fully closed for extended periods.

Product Variants and Specifications

• Body Material: High-grade brass

• Valve Type: Manual gate valve

• Connections: Solder or compression fit to copper pipe

• Media Compatibility: Suitable for hot and cold water systems

• Maximum Pressure Rating: Typically up to 16 bar (dependent on system)

• Temperature Range: Suitable for domestic water and low-pressure heating systems

Key Features and Benefits

• Durable Brass Construction: Corrosion-resistant and long-lasting, ideal for extended service life.

• Manual Gate Control: Offers excellent shut-off capabilities with a non-restrictive bore when fully open.

• Copper x Copper Ends: Designed for direct integration into standard copper plumbing systems via soldered joints or compression fittings.

• Versatile Applications: Suitable for a wide range of domestic plumbing and heating circuits.

• Low Maintenance: Gate mechanism provides stable, drip-free operation with minimal wear.

Typical Applications

• Isolation of sections of pipework during maintenance or repairs

• Water supply shut-off for domestic plumbing installations

• Flow control in heating loops, cylinder feeds, or storage tanks

• System zoning in residential water or low-pressure heating systems

Installation Guidelines

1. Preparation: Ensure copper pipe ends are clean, round, and deburred.

2. Connection: Fit the CxC gate valve using soldering techniques or compression fittings.

3. Alignment: Make sure the valve is installed in the correct flow direction (if marked).

4. Operation: Use the handwheel to open or close the valve fully as needed.

5. Testing: Check for leaks after installation and pressurisation.

Always follow local plumbing codes and use appropriate safety equipment when soldering.

Maintenance and Care

• Periodically operate the valve to prevent seizing, especially in systems where the valve is rarely used.

• Do not overtighten the gate – once resistance is felt, the valve is fully closed.

• Inspect for leaks or signs of corrosion during routine system checks.

Frequently Asked Questions (FAQ)

Q1: What does CxC mean in this context?
A: CxC stands for “Copper x Copper”, indicating that both ends of the valve are designed to connect directly to copper pipes using compression or solder joints.

Q2: Can I use this valve for gas systems?
A: No. This valve is designed specifically for water systems. It is not rated for gas applications.

Q3: Is the valve suitable for use with plastic pipe?
A: It is intended for use with copper pipe. Adapters may be needed to connect it with plastic systems, and appropriate pipe inserts must be used.

Q4: Can the gate valve be used to regulate flow?
A: Gate valves are best used fully open or fully closed. For fine flow control, a globe or ball valve is more suitable.

Q5: How do I know if the valve is open or closed?
A: Turn the handle clockwise to close and counterclockwise to open. Typically, when the handle is turned all the way in one direction, the gate is fully seated.

Summary

The Securplumb Brass CxC Gate Valve (15mm and 22mm) provides a cost-effective and highly dependable solution for isolating water flow in plumbing and heating systems. Constructed from high-quality brass and featuring easy-to-operate manual controls, this gate valve is an essential part of any plumber’s toolkit—trusted for its durability, simplicity, and long-term performance.