The BV-2300 is a flexible valve crafted for exacting flow control. It incorporates a threaded BSPP end connection, a nickel-plated body for corrosion resilience, and a robust brass ball and stem. The PTFE seats of the valves guarantee a secure seal, even in challenging scenarios. The recognisable blue locking lever ensures a reliable method for securing the valve in the desired position. With an extensive temperature range of -40 to 170 degrees Celsius, this valve is well-suited for diverse industrial and commercial applications, providing dependability and efficiency across a broad spectrum of temperatures and environmental conditions.

The BV-2312 and 2318 are adaptable valves crafted for regulating fluid flow across various applications. Equipped with a screwed BSPT end connection, they ensure a secure and leak-resistant fit. The nickel-plated body enhances corrosion resistance, and the durability is reinforced by the presence of a brass ball and stem. Reliable sealing is provided by PTFE seats, making these valves suitable for a broad spectrum of fluids. Operating within a temperature range from -20 to 110 degrees Celsius, these valves are proficient in managing both cold and moderately high-temperature environments. As a result, they stand as a reliable choice for fluid control in diverse industrial and commercial settings.

The BV-2314 stands as a dependable and robust valve meticulously crafted to regulate fluid flow across diverse applications. Boasting a screwed NPT end connection for effortless installation, its nickel-plated body delivers corrosion resistance, while the brass ball and stem ensure both strength and enduring performance. Enhanced with PTFE seats, the valve guarantees a secure seal and smooth operation. With a temperature range spanning from -20 to 110 degrees Celsius, it proves adaptable to various temperature conditions. The inclusion of a locking lever introduces an additional layer of control and safety, establishing it as a versatile and pragmatic choice for fluid control in industrial and commercial environments.