Safe gas delivery and precise flow control are core pain points for pipeline operation and maintenance in factories, retail stores, cultural and creative stationery processing plants, and residential pipe networks. Verified by years of engineering tests, brass ball valves stand out with multiple material advantages, emerging as benchmark products for low-pressure gas transportation and terminal gas control, unleashing full-scale robust performance for gas safety management.

Natural gas and liquefied petroleum gas transported through gas pipelines contain trace corrosive sulfur components, imposing strict requirements on valves for corrosion resistance, sealing performance and emergency cut-off capacity. Brass ball valves hold distinct advantages over plastic, cast iron and stainless steel alternatives. Brass alloy forms a dense protective oxide film to resist trace corrosive substances in gas and effectively prevent rust and perforation of valve bodies. Featuring a 90-degree quick switch structure, they can cut off gas supply in an instant during emergencies, drastically lowering risks of gas leakage and explosion. With an operating temperature range of -20°C to 120°C, they maintain leak-proof sealing under alternating hot and cold temperatures and fluctuating high/low air pressure, fitting all scenarios including gas heating equipment in stationery factories, catering gas supply for shops, and residential gas pipelines.

A recent technical survey of the fluid control industry indicates that low-pressure valves, as fundamental on-off components for water supply and drainage, heating and ventilation, light manufacturing, stationery processing, and small fluid equipment pipe networks, deliver core functions including stable pressure regulation and safe pressure relief suitable for low-pressure working conditions. They serve as irreplaceable key parts for all types of industrial fluid systems, widely applied across the full chain of civil infrastructure and small-to-medium industrial production.

In stationery workshops, commercial HVAC systems, residential water supply and drainage pipelines, and small water/gas supply equipment, pipe networks operate continuously under low pressure with frequent fluctuations in water and gas pressure, which may easily trigger hidden dangers such as pipeline pressure buildup, medium leakage, and equipment overload. Low-pressure valves can precisely regulate medium flow within the 0–1.6 MPa low-pressure range, integrating three functions: on-off switching, automatic pressure relief, and pressure stabilization buffering. They effectively offset pipeline damage caused by water hammer impacts and air pressure fluctuations, preventing pipe bursts and medium leakage risks.