V&G Brass Munsen M10 Male backplate

The V&G Brass Munsen M10 Male Backplate is a solid, high-quality brass fitting designed to work with Munsen rings for securely supporting pipework. With a 10mm threaded male end, it connects directly into M10 female-threaded rings, brackets, or fittings, creating a stable anchor point for pipes along walls or ceilings. Crafted from durable brass, this fitting is resistant to corrosion and ideal for use in a variety of domestic, commercial, or light industrial applications. Its tough design ensures reliable long-term support for both copper and steel pipe systems, whether for heating, water supply, or general plumbing.

Reliable Mounting for Pipe Installations

Installation is straightforward: the backplate is screwed into the desired wall or surface using standard fixings, while the threaded male portion provides a secure connection for a Munsen ring or saddle clamp. This setup allows pipes to be neatly and safely fixed in position, reducing vibration, sagging, or misalignment over time. The brass construction not only adds to its longevity but also gives the component a clean, professional finish—ideal for visible or exposed installations. It’s a go-to solution for pipe installers who want strong, dependable results without overcomplicating the job.

Frequently Asked Questions

What size pipe can this support?

The M10 male thread is compatible with standard **Munsen rings designed for various pipe diameters**, such as 15mm, 22mm, or 28mm copper or steel pipes. Choose the appropriate Munsen ring for your specific pipe size.

Can I use this backplate on ceilings or floors as well?

Yes, although typically used on walls, it can also be fixed to **ceilings or floor joists** where secure vertical or overhead pipe support is required.

Is this suitable for outdoor use?

Brass is naturally resistant to corrosion, making it **suitable for indoor and sheltered outdoor installations**. For harsher environments, you may want to consider plated or stainless steel alternatives for enhanced durability.