Description
Complete Water Butt Brass Kit with In-Line Valve & 20mm MDPE Connection
SKU: WB34-BRASS-KIT-017+
Upgrade your rainwater harvesting or fluid storage system with this comprehensive brass fitting kit. Designed for durability and ease of installation, this set provides everything required to create a secure, leak-free outlet for your water butt or container.
Kit Contents:
- 1 x Water Butt Brass 1" BSP Male - 3/4" BSP Female (WB-BR-34BSPF-1BSPM)
- 1 x PTFE Tape Roll (PTFE)
- 1 x MDPE Straight Joiner 20mm – ¾” BSP (MDPESTR20-34BSPF)
- 1 x In-Line Valve ¾” BSP (HCV34BSPM001BLACK)
Brass Connector Features
This high-quality brass fitting acts as a robust reducer, converting a 1” BSP male thread to a 3/4” BSP female thread. It is engineered to withstand harsh environmental conditions, ensuring long-term performance. If your container has an existing female thread, the connector screws in directly. For containers without a thread, simply drill a 33mm hole, insert the connector, and secure it using the included back nut and washers to create a reliable, watertight seal.
In-Line Soft Touch Valve
Control your water flow with precision using the included 3/4" BSPM In-Line Valve. Constructed from durable, corrosion-resistant plastic, this valve features a soft-touch mechanism for effortless on/off operation. Its design ensures a secure seal when closed, making it an ideal choice for both residential and commercial irrigation or plumbing setups.
MDPE Straight Joiner
The included 20mm to ¾” BSP MDPE straight joiner is designed for seamless integration with MDPE piping. Rated for PN10 (up to 10 bars / approx. 145 psi), this fitting offers excellent resistance to mechanical stress and chemical corrosion. The compression connection allows for a tight, leak-free seal without the need for specialized tools.
Professional Sealing
The kit includes a roll of PTFE tape to ensure all threaded connections remain leak-proof. This heat and chemical-resistant tape is easy to apply by hand, conforming perfectly to threads to prevent fluid escape in even the most demanding configurations.