High-purity gas diaphragm valve "Two-Step Valve"
This is a revolutionary composite valve that enables flow adjustment and two-stage control of fully open/fully closed with a single unit.
The "Two-Step Valve" is a revolutionary composite valve that enables manual flow adjustment and two-stage control of fully open/fully closed using an air actuator, all in one unit. By controlling the fluid with a diaphragm instead of a needle, it achieves particle-free and speedy gas supply. This eliminates the need for bypass piping and control equipment in conventional systems, allowing for significant cost reduction and space-saving. 【Features】 ■ Enables manual flow adjustment and two-stage control of fully open/fully closed with an air actuator in one unit ■ Achieves particle-free and speedy gas supply ■ Eliminates the need for bypass piping and control equipment in conventional systems ■ Allows for significant cost reduction and space-saving ■ Suitable Cv values can be set as needed according to the intended use *KITZ SCT offers various proposals for fluid-related concerns in semiconductor manufacturing. For more details, please refer to the PDF materials or feel free to contact us.
basic information
【Product Material】 ■Body: SUS316L, SUS316LE (double melted material) ■Sheet: PCTFE, PFA, PI ■Diaphragm: Cobalt alloy *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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KITZ SCT combines a wide range of technologies, including metal processing and welding techniques, a spacious and clean environment, ultra-precision cleaning systems, and uniquely developed ultra-precision polishing technology, to develop, manufacture, and provide sales services for various piping components used in semiconductor manufacturing, from vacuum to high-pressure systems. Additionally, we incorporate strict quality control systems, including ISO standards and high-pressure gas certification, aiming for comprehensive cleanliness through all analyses and evaluations from material analysis to process/final products, always responding to the needs of the times.