Leak-flow test

Flow testing is a test method that is used to assess the functionality and performance of a component or system by measuring the flow rate of a fluid (liquid [...]

High sensitivity: Tracer gas testers are highly sensitive and can detect leaks as small as 10⁻⁸ SCC/sec. Helium or Hydrogen gas has a low molecular weight and can easily escape [...]

Pressure decay leak testing is one of the most widely used techniques for detecting leaks in objects. The test process consists of 4 consecutive steps: Preparation: The test part is [...]

Air leak testing methods include several techniques depending on the application and required accuracy. Below are some common methods: Dunk Testing: Dunk testing, also known as bubble testing, is one [...]

Air leak testing plays a significant role in manufacturing processes across various industries. Below listed are a few of its key advantages: Quality improvement: Leak testing not only enhances the [...]

Leak rate calculations depend on several factors such as volume, pressure, and test cycle time. It is derived from the Ideal gas law.  On a general note, the leak rate [...]

Choosing the right air leak tester depends on several factors based upon your application. The most influential factors are: Acceptable leak rate: The "acceptable leak rate" is a critical parameter [...]

Many regulatory requirements govern air leak testing procedures. A few of the standards are below ASTM E2930 - 13(2021): Standard Practice for Pressure Decay Leak Test Method ISO 20486:2017 - [...]

Absolutely! Air leak testing can be semi-automated or fully automated and integrated into your existing production line for improved efficiency and accuracy. It reduces your factory operational costs, provides real-time [...]

Air leak testing is conducted by applying pressure or vacuum to a test part, vessel, or system and monitoring it for any presence of leaks in the system. The test [...]