This device also has the function of pressurizing helium, conducting a leak test on the test specimen, and recovering the helium into a storage tank. It can maintain high-purity helium through vacuum pumping.
This device can pressurize helium and perform airtight testing on test specimens. After the airtight test, it also has the function of recovering helium into a storage tank. Additionally, since it uses a vacuum pump for evacuation, the recovered helium can be reused while maintaining its purity. The air-driven pump used in the device is compact and allows for easy maintenance of the high-pressure components.
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basic information
【Helium Pressurization and Recovery Test Equipment Performance Overview】 ■ Equipment Dimensions (mm): W1100×D1200×H1700 ■ Fluid: Helium ■ Design Pressure: 10.9 (MPa) ■ Design Temperature: 50 (℃) ■ Flow Rate: 292.1 (㎥/day) ■ Used Booster Pumps: BP-5-5-DCRCK BP-20-20-DCRCK *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
Helium leak tests will be conducted on test specimens such as heat exchangers, valves, hoses, pressure gauges, and safety valves. The helium introduced into the test specimens can be collected in a storage tank for reuse.
Company information
Yoshida High Pressure Machinery LLC is a manufacturer of air-driven high-pressure pumps. Our booster systems [gas boosters (for gases): Max 130MPa, compressors (for liquids): Max 700MPa] have been continuously improved to meet the demands of various customers. As a result, they have been recognized for their high durability. When introducing equipment such as leak testing machines, pressure testing machines, destruction testing machines, impulse (pulsation, repeated impact) testing machines, and cold isostatic pressing (CIP) devices using our booster systems, we take ample time to discuss with customers and design, manufacture, and sell high-pressure systems that consider the usage conditions. Additionally, we accept commissioned inspections for safety checks of pressure gauges, safety valves, high-pressure valves, as well as leak tests, pressure tests, repeated impact tests, pulsation tests, and destruction tests. We also have experience in on-site work, including high-pressure piping construction and pressure testing, leak testing for CIP devices, HIP devices, hydrogen stations, and high-pressure plants.
