1" Brass Water Butt Set Including Inline Valve & ¾" Brass Barb Connector

WB34-BRASS-KIT-016+

This kit includes:

• 1 x Brass Water Butt Adapter: 1" BSP Male to 3/4" BSP Female (WB-BR-34BSPF-1BSPM)
• 1 x Roll of PTFE Tape (PTFE)
• 1 x ¾” BSP In-Line Valve (HCV34BSPM001BLACK)
• 1 x Brass Adaptor: ¾” BSP Female to 19mm Hose Barb (BR-TC19B-34BSPF)

The 1" BSP Male to 3/4" BSP Female brass fitting is a sturdy and versatile component designed for rainwater harvesting and other fluid storage uses. Made from high-quality, durable brass, this connector is built to endure various environmental conditions while providing lasting performance. It’s designed specifically to reduce from a 1” BSP male thread to a 3/4” BSP female thread, making it ideal for joining pipes or fittings of differing sizes within your water butt or container setup.

If your barrel or container already has a female thread, the 1" BSP male adapter can be directly screwed in for a secure, leak-free connection. Where no thread exists, the fitting can be installed by drilling a 33mm hole and securing it in place with the included washers and back nut. This method guarantees a tight seal, preventing leaks and preserving the integrity of your water storage system.

To fit the connector directly onto your container, simply drill a 33mm hole to accommodate the 1" BSP male thread. Remove the back nut and one washer, insert the fitting through the hole ensuring the remaining washer is positioned inside the barrel, then tighten the nut to secure it. The washer provides extra protection against leaks. This easy-to-fit component is essential for anyone looking to customise or upgrade their water storage solutions, offering both flexibility and resilience.

The In-Line Soft Touch Valve (3/4" BSP Male inlet and outlet) is a robust and reliable flow control device, designed for precise control of water or other fluid systems. Crafted from strong, durable plastic, it is built to withstand wear and tear even in demanding conditions.

A key feature of this valve is its smooth on/off operation via a soft-touch mechanism, providing comfortable grip and accurate flow regulation. Its user-friendly design makes it perfect for residential and commercial use, especially where frequent adjustments are needed. The valve’s design minimises leakage risk, ensuring a secure seal when closed to maintain your plumbing or irrigation system’s efficiency.

Additionally, the valve is designed for easy maintenance; its corrosion-resistant plastic construction reduces build-up and the need for frequent cleaning or replacement, striking a fine balance between durability, usability, and dependability.

The brass adaptor fitting features a hose barb on one end and a BSP female thread on the other, offering flexible connectivity for numerous applications. The hose barb is designed to grip tightly on the hose, preventing slippage and guaranteeing a reliable and leak-proof seal. The BSP thread provides a standardised connection compatible with a wide range of pipes and fittings, facilitating simple installation.

Made from strong, quality brass, this adaptor benefits from excellent corrosion resistance to combat rust and degradation, enhancing longevity and minimising maintenance requirements. Brass also offers an ideal combination of strength and malleability, enabling the fitting to withstand high pressure and stress without cracking. Moreover, brass fittings show great thermal conductivity and resistance to high temperatures, making them suitable for a broad spectrum of uses.

PTFE (Polytetrafluoroethylene) tape, also called thread seal or plumber’s tape, is an essential tool in plumbing, piping, and sealing applications. It provides a dependable, leak-proof seal between threaded pipe fittings to prevent gas or liquid escape. Easy to apply manually, PTFE tape conforms neatly to pipe threads, making it ideal for tight or complex fittings. Made from premium-grade PTFE, the tape is resistant to heat, chemicals, and high pressure, and is widely trusted by plumbers, engineers, and maintenance professionals in demanding environments.