Air Compressor Spare Parts Air Filter

Air Oil Separator is a key component that determines the quality of compressed air in screw air compressors. Our Air Oil Separator is made of ultra-fine glass fiber composite filter material, which has high filtration efficiency, long life, high temperature resistance, good oil removal and purification effect, and pressure difference. Low-level features.

Oil Filter is located in the main engine's lubrication system, and its role is to filter out solid particles, magazines, and oily substances in the special oil of the air compressor to protect the safe operation of the main engine.

High Quality Screw Air Compressor Spare Part Baosi Screw Air End  1. The whole series of rotors are processed by KAPP grinder imported from Germany, with high precision and high efficiency. 2. It can be driven by belt or directly connected, and the application is flexible and convenient. 3. The optimized design of the host structure makes the overall structure more compact and beautiful.

The principle of the compressed air filter of an air compressor: the compressed air passes through the filter element, and some solid particles are blocked by the filter element, so that the content of solid particles in the compressed air is reduced, and part of the water is concentrated and removed when it passes through the filter. The filter filters out impurities and oil in the gas to ensure the cleanliness of the incoming gas. The filter filters out solid dust and liquid moisture and oil droplets through the precise spatial network structure of the filter.

screw compressor Intake Valve with rational, beautiful and environment design. Rigorous treated on noise reduction, opening, closing and sealing. 

oil-free scroll compressor, because there is no metal contact between the compressed scrolls and there is no need for oil lubrication in the compressed chamber, fundamentally guarantees high quality oil-free compressed air.

PSA is a new type of gas adsorption and separation technology, which has the following advantages: High product purity. It can work at room temperature and common pressure without heating during bed regeneration, which is energy-saving and economical. The equipment is easy to operate and maintain. Continuous cycle work can be fully automated. With 5A zeolite molecular sieve adsorbent, a two-bed PSA device is used to separate oxygen enrichment from the air and separate O2 and N2 in the air to obtain nitrogen. Carbon molecular sieve is a kind of ink-colored particles which are specially processed from coal powder. Its surface is covered with numerous micropores. The principle of air separation depends on the different diffusion speeds of oxygen and nitrogen in the pores of carbon molecular sieve. The diffusion speed of oxygen into the pores of molecular sieve is much faster than the diffusion speed of nitrogen, so that oxygen molecules are adsorbed in the pores of carbon molecular sieve. , And nitrogen molecules are enriched in the gas phase. At the same time, the capacity of carbon molecular sieve to adsorb oxygen increases due to its pressure increase, and decreases due to its pressure drop. In this way, the carbon molecular sieve adsorbs when pressurized, and desorbs the oxygen component under reduced pressure, forming a cycle operation to achieve the purpose of separating air. Referred to as PSA Nitrogen.

psa oxygen generator based on the zeolite adsorbent by pressure adsorption, desorption antihypertensive principle of adsorbing and releasing nitrogen from air, thus separating oxygen automation equipment. Zeolite molecular sieve is processed by a special pore type treatment process. The spherical particle adsorbent with micropores on the surface and inside is white. Its pore type characteristics enable it to realize the kinetic separation of 02 and N2. The separation effect of zeolite molecular sieve on 02 and N2 is based on the small difference in the dynamic diameter of the two gases. N2 molecules have a faster diffusion rate in the micropores of zeolite molecular sieve, and O2 molecules have a slow diffusion rate. The diffusion of water and CO2 in compressed air is not much different from that of nitrogen. The final enrichment from the adsorption tower is oxygen molecules.