Before you choose a filter for compressed air, think about these things:
How big the particles need to be to be removed by filtering.
There are common filters that can get rid of tiny bits that are 5 to 40 times smaller than a human hair.
There are special filters that are used in places like medicine and food factories that can clean out things that are tinier than 1 micron.
The decrease in water force and amount of water as it moves through a pipe.
The filter's size changes based on how fast the gas flows through it. These can move up to 1,700 cubic meters of gas per hour.
To pick the correct size, figure out how much pressure the filter can handle before it stops working effectively.
Look at the graph provided by the manufacturer that shows how fast the liquid or gas flows while it has a certain amount of pressure taken away from it.
For best results, try not to let pressure drop more than 5 psi.
Temperature - how hot or cold something is.
What temperature does the air filter work at when it is squished?
Filters that work well in really hot conditions (above 450°C) can be found.
Environmental standards are rules that are put in place to help protect the environment from harm caused by human activities. These rules often set limits on things like pollution, deforestation, and waste disposal. Adhering to environmental standards can help reduce harmful impacts on the environment and improve sustainability.
Compressed air filters follow a rule called ISO 8573. This rule says how pure the compressed air should be when it has solid particles, water, and oil in it. It doesn't matter where in the compressed air system these things are.
The rule book talks about bad things that can be in the air we use in machines. It also tells us where to find more rules on how to test how clean the air is or how clean it needs to be.
The ISO 8573-1:2010 rules say that there are harmful gases and germs that need to be identified.
Lingyu ~ 1.0 0.01 micron precision moisture removal compressed air filter
