These valves are specialised and dependable, designed for application in gas systems where safety and adherence to British Standards Institution (BSI) standards are of utmost importance. Crafted from high-quality brass, these valves are built for durability and resistance to corrosion, making them suitable for handling various gases. The "BSI Gas Approved" designation indicates that these valves meet the stringent safety and performance standards established by the BSI, ensuring their safety in gas distribution systems. The "HTB" classification may signify specific features or applications, and it is crucial to refer to the manufacturer's documentation for precise details. These valves are a trusted choice in industries where precise gas control is critical, such as in natural gas distribution and industrial applications.

The BV-7160 is a dependable and safety-oriented valve specially crafted for gas applications, meeting BSI standards. It comes with a Screwed BSPP end connection, ensuring a secure fit within gas pipelines. The valve body is made from Nickel Plated HT Brass, delivering excellent resistance to corrosion. The Yellow PVC Coated Steel Lever serves as a clear visual indicator and provides ergonomic control. With a temperature range spanning from -20 to 70 degrees Celsius, this valve is well-suited for a diverse array of gas handling scenarios, establishing it as a trusted option for ensuring gas flow control and safety across various industrial settings.

The BV-7164 is a top-notch valve specifically crafted for gas applications, boasting a Screwed BSPP end connection for a secure and reliable installation. Its Nickel Plated HT Brass Body guarantees corrosion resistance and durability. The valve comes with a Yellow Butterfly Handle, ensuring ease of operation, and it is capable of withstanding a temperature range from -20 to 70 degrees Celsius. This makes it well-suited for a variety of gas control requirements, offering reliability and safety in operation.

The BV-7220 is a sturdy and safety-certified valve specifically crafted for gas applications. It incorporates a Screwed BSPP Male x Female end connection, guaranteeing a secure fit within gas pipelines. The valve's Nickel Plated HT Brass Body enhances corrosion resistance and durability, rendering it suitable for diverse environments. Its Yellow Aluminium Lever ensures easy and visible operation. Capable of withstanding a temperature range from -20 to 70 degrees Celsius, this valve is well-suited for a wide array of operating conditions, establishing it as a dependable choice for gas control in various applications.

The BV-7224 stands as a dependable valve crafted for gas applications, designed with safety compliance in mind. It incorporates a Screwed BSPP Male x Female end connection, guaranteeing a secure and leak-free installation process. The valve's Nickel Plated HT Brass Body not only boosts its durability but also enhances its resistance to corrosion, rendering it apt for gas environments. The Yellow Butterfly Handle facilitates easy operation and visibility, a crucial feature in emergency shut-off situations. Operating within a temperature range of -20 to 70 degrees Celsius, it adeptly manages a broad spectrum of conditions, ensuring both gas flow control and safety.

The BV-7514 is a dependable and robust valve specifically created for gas applications, meeting the approval standards set by the British Standards Institution (BSI). It comes with a Screwed BSPP end connection, facilitating straightforward installation, and boasts a Nickel Plated HT Brass Body that offers outstanding resistance to corrosion. Additionally, the valve is furnished with a key locking device, heightening safety measures and preventing unauthorised operation. With a temperature range spanning from -20 to 70 degrees Celsius, it proves suitable for a broad spectrum of gas-related applications, ensuring both functionality and security in gas flow control systems.

The BV-7320 and 7321 are specialised valves crafted for the regulation of gas flow in accordance with the EN331 standard, which establishes safety and performance standards for gas valves. With an angle pattern design, these valves are adept at installation in confined spaces, making them especially well-suited for gas distribution systems. The "Gas Approved" label indicates their adherence to rigorous safety and performance standards essential for handling gas applications. These valves offer a dependable and secure method for controlling gas flow, guaranteeing safety and compliance in installations involving gas.

The BVHG 20 / 22 / 30 / 70 comprise a specialised range of valves meticulously crafted for the regulation of liquid flow, especially in low-pressure systems, while adhering to the Gas Industry Standard (GIS) to guarantee quality and safety. Widely employed in the gas and utility sector, these valves offer accurate control and regulation of liquid flow in situations where low pressure is of paramount importance. The GIS approval certifies that the valve complies with rigorous industry standards for performance and reliability, establishing it as a trusted option for metering and control applications in gas-related industries.

The BVHG-40 / 50 valves are tailored for applications demanding precise regulation of fluid flow, specifically within gas infrastructure. Crafted from durable and corrosion-resistant brass, these valves hold approval from the Gas Industry Standards for their reliability and safety. Their "Medium Pressure" classification signifies their appropriateness for managing gases at moderate pressure levels. These valves play a crucial role in gas distribution systems, guaranteeing precise and controlled gas flow. They undergo rigorous testing and approval processes to ensure compliance with the industry's strict standards for performance and safety.

The BV-2304 is a dedicated valve crafted for application in gas distribution systems and other scenarios necessitating EN331 gas approval. Constructed from robust brass, it is designed to endure the challenges posed by gas service. Furthermore, it adheres to the EN331 standard, guaranteeing safety and reliability in environments associated with gas. The inclusion of a locking lever adds an additional layer of security, preventing inadvertent valve operation. This amalgamation of materials and features establishes it as a dependable option for regulating gas flow in diverse industrial and commercial settings, prioritising safety and precision.