Industrial Science

There is no doubt that the term “vacuum” is quite often misinterpreted. Subsequently, the term is then misapplied when referring to the measurement of pressure when carrying out pressure tests.  The dictionary definition of “vacuum is; a space that is partially exhausted by artificial means. When a business within an industry is required to perform tests on industrial hoses, there is no safer way to acquire test results than to use vacuum testing . Detecting leaks using the methods provided by vacuum testing allows for accurate test results and a safer means of achieving those results, i.e. implosion rather than explosion. A recurring problem in vacuum systems is the moisture that is present. Utilising a vacuum test will determine when the system is dried and will cause the least amount of damage during testing. There are a number of technological aids (such as pressure gauges and sensors) to help detect any cracks or leaks, however, those faults can be easily and visibly det...

At its most basic, vacuum testing is a process applied to industrial hose assemblies in order to detect signs of stress or leaks, and to ensure that the hose will remain sturdy during its daily operation. One of the more beneficial means of detecting signs of stress or leaks during a vacuum test is to use helium. Helium is ideal for collecting clear results in order to figure out the size of a leak and where it is located. Here we will go into more detail about vacuum testing and exactly how helium can make the process much easier. Firstly, and most importantly, helium is an incredibly safe way to detect leaks within industrial hose assemblies. Helium is a dormant gas that is also non-toxic - unless exposed to large amounts which can cause asphyxiation; however, this is highly unlikely to occur during a vacuum test. Another rather important “safety feature” of helium is the fact that it is inflammable. In an active working environment with various machinery and moving parts, ...