Home Uncategorized Precision and Reliability in Flow Control: Exploring Neway Valve’s Floating Ball Valve Solutions

Precision and Reliability in Flow Control: Exploring Neway Valve’s Floating Ball Valve Solutions

by accessnewsarts

Maintaining control and consistency in fluid systems is a cornerstone of modern industry. Among the various flow control technologies, the floating ball valve has earned its place as a reliable solution — and Neway Valve stands at the forefront with its expertly engineered range of products.

Engineered for Versatility and Safety

Neway Valve’s floating ball valve offerings are designed in strict accordance with ISO17292 standards. These valves are specifically crafted for low-pressure applications, typically within the ASME Class 150 to 300 range, making them ideal for systems operating between -46℃ and 200℃. With certified fire-safe designs that meet API607 and API6FA standards, these valves not only ensure dependable performance but also reinforce safety in demanding environments. Whether in oil, gas, chemical, or water treatment systems, Neway’s ball valves deliver exceptional functionality and peace of mind.

The product range includes both one-piece end entry and two-piece split body designs, allowing customers to choose configurations that best suit their piping systems. Sizes range from 1/2″ to 10″ (DN15 to DN250), with end connections such as flanged (FLNG) and butt-weld (BW), and operational modes including manual, pneumatic, electric, and hydraulic options.

Built with Materials That Withstand the Elements

The strength of any floating ball valve lies not just in design, but in the materials used. Neway Valve offers a broad selection of body materials, from carbon steel and stainless steel to alloy steels, duplex stainless steel, and even exotic alloys. This allows the valves to be tailored for specific applications involving corrosive, high-temperature, or otherwise harsh service conditions.

By choosing a floating ball valve from Neway Valve, customers benefit from precision manufacturing, advanced safety certifications, and a flexible, performance-driven design that integrates seamlessly into modern flow control systems.

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