Innovative 3G diaphragm valve using tube bending method
While ensuring strength equivalent to forged products, significantly reduce the amount of metal used! Shorten cooling and heating times.
Our "Diaphragm Valve" significantly reduces metal usage through the "Tube Bend Method" based on forged pipes! This also leads to a reduction in cooling time, achieving up to 75% weight reduction compared to conventional forging processes. Additionally, it is a diaphragm valve that meets high levels of sterility and cleanliness in accordance with ASME BPE. In addition to traditional PTFE diaphragms, a new PTFE material "GYLON" diaphragm, which excels in chemical resistance and flexibility, is also available. It complies with USP VI, FDA, EC Regulation, and more. 【Features】 ■ Achieves a weight reduction of 34-75% compared to forging methods ■ High durability against opening and closing operations and thermal cycles ■ Increased production efficiency due to shorter cooling and heating times *Please feel free to contact us for more details.
basic information
◎ About the "Tube Bend Manufacturing Method" This method is based on forged pipes and allows for a significant reduction in the amount of metal used. Laser welding is applied at the pipe joints to ensure strength equivalent to that of forged products. It complies with the requirements of ASME BPE and is of high quality. (ASME BPE refers to the standards that specify methods for materials, design, manufacturing, testing, inspection, and certification regarding the high levels of sterility and cleanability required in the production of biotechnology, pharmaceuticals, and cosmetics.) *Please feel free to contact us for more details.
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For more details, please feel free to contact us.
Detailed information
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Manufacturing method of the valve body! By using a tube bending method based on forged pipes, we have significantly reduced the amount of metal used. Laser welding is applied to the pipe joints, ensuring strength equivalent to that of forged products.
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Significantly lightweight! Compared to the machining and forging process used in conventional valve bodies, a significant reduction in weight is possible. 34% to 75% lighter.
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Contributing to improved production efficiency! By shortening cooling and heating times, an increase in production time is expected. The body, which uses less metal, cools quickly, leading the process line to a state where production can occur more rapidly.
