A brief explanation of how a compressed air precision filter works.
Dirty air goes into the first filter. It has dust, oil, rust and water that can harm things.
When the air gets squeezed, it goes through a filter that has small holes. This filter makes bigger pieces stick to it and bigger drops of water form.
When you go into the separation room, the fast air becomes slow. This lets the tiny bits come together and the mist of water collects on a water collector that looks like a honeycomb.
Dirty water goes through a drain and gets released from a valve that works on its own or uses electricity.
The first filter takes out almost all of the water, oil, and big things in the compressed air. Then, the air goes through a second filter.
When air goes through a special cotton filter, it makes small whirlwinds that make the air go faster. In the middle of the whirlwind, there is no air and it sucks up the water left over from the first filter. Then the air goes through a second filter that removes really tiny particles.
We need to filter the compressed air two times to make it very clean and dry. This will stop dust, rust, oil, and water from getting into the machines that use air power. If we do this, the machines will work better and last longer.
This filter makes compressed air cleaner and better.
The filter uses special technology to make sure that it filters well and doesn't leak.
The inside of the filter box is treated with a special process, and the outside is covered with a special powder.
The filter uses special glass fibers imported from another place.
The fibres in the equipment are small and have a smooth surface.
A filter can remove dirt and oil from the air and get rid of oil quickly.
Industries that use compressed air precision filters.
Hydroelectric power plants need to take care of different things such as engines, locks, pumps, and cleaning the nets to work well.
Petrochemicals need equipment to separate air, measure and control processes, and provide power. Biopharmaceuticals require mixing and blending of liquids, supplying oxygen for fermentation, transferring and mixing raw materials, powering centrifuges, controlling processes with air, and drying liquids with air and vacuum.
Cars: machines that clean with water and spray, tools for putting cars together, machines that lift cars, controls that use air pressure, places where metal is heated and shaped, places where metal is melted and poured, trucks that carry metal sheets, places where cars are painted, machines that inflate tires. Building ships involves painting, using special hammers, blasting sand, joining metal pieces by melting them together, and separating different gases like oxygen and carbon dioxide from the air.
This text is talking about different things related to making glass. People can blow glass into bottles and other objects, and they can also use machines to make things like lamps and electron tubes. They use fire to heat up materials and make the glass, and they have to move the materials around to make different shapes. They also etch designs onto the glass and sometimes use air or suction to move it around.
Factories that refine oil use different machines to clean and move oil. They also use special equipment to control how the machines work and get rid of dirty air. They might also use special tools to clean and paint the machines.
Electronic devices need to be painted, put together, cleaned, and have a special metal layer added with great accuracy.
Making clothes: putting liquids together, moving air around, getting things wet, storing liquids, spraying liquids, using special spraying tools, and adding liquid to materials.
Casting involves moving metal and water machines into place, cleaning tools, moving sand with air-powered tools and machines, lifting heavy objects, and using tools like air picks, tampers, brushes and sandblasters to keep everything clean. You also spray mud cores and sift sand.
In forging, we use machines like hammers, heaters that blow hot air to make metal soft, and machines that can bend or straighten the metal. We also have machines to control how much pressure is applied and how quickly the metal is moved. To power these machines, we use fuel oil.
Lingyu Machinery - moisture removal coalescing compressed air filter