The air we inhale ordinary is loaded with pollution. It has water fume and airborne particulates that we breathe in into our lungs. Most by far is not destructive and we scarcely notice that its even there. Be that as it may, to your air compressor these innocuous contaminants can turn out to be very destructive because of the pressure procedure. During the pressure procedure an air compressor moves characteristic contaminants in the air and this procedure makes them hurtful to your air compressor and its segments. Additional time they start to dissolve your segments, valves and be given to your air apparatuses. Let us take a gander at water buildup. Water fume is an ordinary piece of the air we inhale, particularly on the off chance that you live in a muggy atmosphere. It is innocuous at typical environmental weights. Anyway when the weight is brought up in the pressure procedure, sight-seeing is pushed through hoses and fittings and when it contacts the cooler air buildup structures.
Water can be harming to your air compressor and air apparatuses after some time and evacuating it is a need. Water is not the main fluid that can harm your framework. Indeed, grease can cause harm if inordinate sums are in your air framework. More seasoned air compressors particularly have this issue. As they get more seasoned and parts start to wear out, greasing up oils spill into the compressed air can harm the unit. Remember solids as well. Rust, earth and metal are largely present and will assault your compressed air framework. The consequences of air tainting are decreased productivity and expanded support costs on both your air compressor and air instruments. There are a few different ways to tackle these issues and secure your air compressor.
Aftercoolers will cool the air temperature as it is released from the compressor. When in doubt for each 20 degrees F cooled, roughly 50% of the dampness is consolidated. Aftercoolers bring release air temperature down from 200 – 400 degrees F to inside 20 – 50 degrees of the surrounding air temperature. This may say khi cong nghiep procedure will make the vast majority of the dampness gather into a fluid state. At that point the water can be expelled from the framework before it can bring on any harm. An aftercooler can by and large expel around 60% of the dampness from the air.
Dryers additionally expel dampness from the air compressor framework by decreasing temperature. Dryers by and large expel around 30% of the dampness. This is notwithstanding the 60% the aftercooler expelled. This is the reason you generally observe an aftercooler and a dryer both snared to an air compressor to create the driest air conceivable.