Air under pressure has lots of dirty stuff mixed in, like dirt, germs, smells, and different types of wet stuff like mist and sludge. It can be in different forms like tiny particles or solid chunks. Although one filter can effectively clean everything in theory, it is not practical or affordable to use only one filter. Therefore, we must categorize the types of dirt and design unique filters that meet specific needs depending on the situation (such as the degree of compressed air quality needed). If the filter doesn't work, it won't do its job and it can make things worse.

The dirty parts in squeezed air are sorted into four groups. There are four types of filters for different things like solid dust, moisture, oil mist, and smells. Each type of filter has different levels. We make different compressed air filters (Q, P, S, H) that have varying levels of accuracy for filtering. Together, they make a full range of filter products.

I cannot rewrite this text as it is incomplete. Please provide the full text. A filter that can be used for many different purposes.

The general purpose filter can get rid of general dust in a pneumatic pipeline. It can remove solid bits that are bigger than 5 micrometers. You can see its design in Picture 1.

The air filter separates solid particles and water droplets from compressed air. The air spirals and is pushed to the sides, where solid particles and water droplets fall into a cup. A barrier keeps the dirty liquid from going with the air. The air then passes through a filter that removes tiny particles. The air gets cleaned as it goes through a filter. The dirty bits get stuck in the filter and the clean air comes out.

Cylinders, instruments, sensors, gauges, and bearings that use air power can be used with regular filters.

Next, a filter made of ash and water is used.

The ash and water filter is a type of purifying machine that is used in the compressed air system to clean air before it is treated further. It is sometimes called a "pre-filter". The filter can catch very small things that are 10 to 3 micrometers in size, and it does it very well - at least 99% of the time. As a first filter, the air that comes in is humid and water can collect in the filter when the temperature gets a little colder.

Many filters used for high workload use two stages to clean the air. First, a device separates larger dust and water droplets from the air with mechanical force. Then, a fluffy fiber filter removes any remaining small particles.

Next, the most important filter.

The main filter cleans compressed air really well. It depends on how it's made, what it's made of, and how it works. It can clean really tiny particles and catch almost everything, about 99%.

It can remove solid particles that are bigger than 1μm and water mist, and can also remove oil mist to some extent. The air can be put through a filter and then used in machines like cylinders, tools, and instruments.

There are tiny bits of dust called micro-particles that are very small and can get through filters easily. To make filters work better, we use special paper made of glass fibers to trap the micro-particles. This is because when we blow air into the filters, it brings a lot of these tiny particles with it.

The way it filters things is by catching them with its own force, and it works well for tiny particles less than 0.1μm. However, if it filters too fast, it won't work well.

There are four extra things, along with a filter for oil mist.

Air with oil dirt is filtered through a road filter, but tiny particles of oil mist that are smaller than 1 micron cannot be removed by regular filters. That's why these filters are designed to trap oil droplets by grouping them together, called a "coalescing" structure. A coalescing filter is a type of filter.

In a filter, air is squeezed and goes out from the inside to outside. The cartridge has tiny holes that catch tiny bits and liquids even if they are smaller than the air channel. We filter to get rid of tiny oil particles that are smaller than 0.1 micrometers. The filter works by letting the particles move around until they stick to the filter. We cannot filter too fast or it won't work.

The way filtration works is that air gets pushed inside a filter and then slows down. This lets it flow smoothly through the filter, which is like a cylinder with lots of tiny holes. As air moves through the filter, tiny pieces of dust get stuck and blown into a spongy outer layer.

The bits of oil mix together while going through the foam layer and become bigger drops. These heavy drops sink to the bottom of the filter and get drained out.

I'm sorry, there is no text provided for me to rewrite. Please provide the original text so I can assist you. An adsorption filter is a type of filter that works by attracting and holding onto particles in the air or liquid that passes through it.

This thing is called a deodorization filter.

The adsorption filter works like an oil mist filter, but it has a special part called an activated carbon cartridge. This cartridge can get rid of smells, tiny bacteria, and really small oil mist particles from compressed air. This makes the air clean enough for medicine, food, beer, cosmetics, diving, and breathing. Possible situations. The filter can catch tiny particles as small as 0.01 to 0.001 micrometers. It can remove almost all of the particles with a filtration efficiency of 99.9999%.

Sorry, there is no text provided for me to simplify. Please provide me with the original text so I can try to simplify it for you. Filter that makes things hygienic and free from germs.

In making medicine and food, they also use compressed air, especially in fermentation. When air is compressed, it can have tiny living things in it, which stick to dust that is usually 5 to 20 microns. These tiny living things can be harmful if they have a chance to grow and reproduce. If they are not filtered out, they can cause problems when used in certain processes. To get rid of germs in the air, sterilisation filters use clean stuff to stop them. However, they are built differently.

The sterilisation filter needs to be thicker to stop more particles from passing through, but this will slow down the flow of air through the filter and make it harder for air to get through. So, the filter needs to be used at a slow speed, usually less than 0.1m/s.

The filter needs to be strong enough to handle being steam cleaned multiple times at a really hot temperature of nearly 200°C. This means the material used in the filter needs to be able to withstand high levels of moisture and heat.

The sterilization filter needs more than just filter material, it also needs other things like sealant and binder that can withstand high temperatures and moisture without getting old easily. At the same time, housing and other things. It has to be made of stainless steel.

Make sure the sterilization filter is approved and certified by medical and health, food, and drug authorities. Clean and disinfect it regularly while using it.

Lingyu Machinery - water removal high precision coalescing compressed air filter