Medical Hose Air Tightness Tester
Medical Hose Air Tightness Tester:JC-TC-200More...
This article details the seven common testing principles and methods used in airtightness testers, including positive pressure, negative pressure, quantitative, flow, differential pressure, positive and negative pressure and helium mass spectrometry, as well as factors to consider when selecting an airtightness tester, such as testing accuracy, speed, range and reliability. The article emphasizes the importance of choosing the right airtightness testing instrument for different application needs and budgets.
This article describes in detail the classification of airtightness tester, test methods and their applications in industrial production. The article classifies the airtightness tester according to the airtightness detection principle, detection object, automation degree, application environment and product function, and introduces the three test methods of bubble method, pressure drop method and mass spectrometry and their advantages and disadvantages.
This article describes the use, working principle and operation guide of the air tightness tester. Air tightness tester is used to test the sealing and waterproofing performance of products, which is widely used in many industries. It improves quality control and production efficiency by testing product sealing through air pressure difference. The article describes the testing procedure in detail and emphasizes the importance of reading the operating instructions and maintaining the instrument.
Razor airtightness tester: negative pressure airtightness test, the tested
This article introduces the importance of waterproof rating test and its impact on product protection, life extension and market competitiveness. The article compares in detail the principles, advantages and disadvantages of the three waterproof test methods, namely water test, gas test and helium test, and recommends suitable test methods according to the product characteristics and needs. Meanwhile, it emphasizes the mainstream position of airtightness testing equipment in the market and the advantages of its high-precision technology.
This paper describes the importance and methods of waterproof testing of medical devices for airtightness. It focuses on the pressure drop method of pressure testing (gas testing), which determines leakage by observing the pressure change after increasing the pressure, emphasizes its advantage of simplicity and speed, and compares the high cost of other testing methods such as vacuum testing (helium testing).