IBC016E
This kit includes:
- 1 x IBC S60X6 Cap with ½” BSP Female Thread (IBCS60X6CAP12BSPF)
- 1 x ½” BSP Nickel-Plated Brass Lever Valve – Male/Female Thread (BRVALVE12BSPM-F)
- 1 x Brass Straight Compression Fitting 15mm – ½” BSP Male (BRCSTR1512BSPM)
The IBC S60X6 Cap with integrated BSPF thread is a reliable, high-performance fitting designed for Intermediate Bulk Containers (IBCs). Made from heavy-duty plastic, it provides a tight, leak-resistant seal that helps prevent contamination. The built-in BSPF thread ensures compatibility with a broad range of fittings and flow control components, making installation fast and hassle-free.
Its strong construction and precise threading make it a dependable choice for any system requiring safe and efficient liquid transfer and storage.
The included Nickel-Plated Brass Lever Valve is built for reliable performance under demanding conditions. Crafted from strong, corrosion-resistant brass with a nickel-plated finish, this valve offers added protection against wear and environmental exposure. It features BSP male-to-female threads for flexible installation and a secure seal.
Fitted with a user-friendly lever handle, the valve provides smooth and precise flow control. The ergonomic handle design ensures quick shut-off and regulation with minimal effort, making it suitable for both industrial and residential use.
The kit also includes a 15mm brass compression straight fitting with ½” BSP male thread. This component is ideal for joining pipes securely without soldering. Constructed from high-quality brass, it offers excellent resistance to corrosion and thermal stress, ensuring long-term durability and leak-free performance.
With its BSP threading and compression connection, the fitting is compatible with many plumbing systems and allows quick installation using standard tools. It's well-suited for fluid transport in both high-pressure and temperature-variable environments.
Note: PTFE tape may be required for a leak-proof seal on threaded joints. PTFE tape is sold separately.
