China atlas copco air compressors Manufacturer, Supplier, Factory

Oil coalescence filters with patented Nautilus technology. Compressor element lubrication and your compressor installation itself can release oil aerosols and wet dust in your air system. PD+ filters efficiently remove these contaminants to protect your equipment and your processes. These innovative filtration solutions are engineered to cost-effectively provide the best air purity and meet today’s increasingly stringent quality requirements.

Atlas Copco 1420070853,By using internal threads to mate with bolts or screws, a tight connection is achieved between mechanical components, ensuring the stability of the compressor's internal structure. To address the vibrations generated during the compressor's operation, anti-loosening technology (such as patented anti-loosening tabs and keyway structures) is employed to prevent the nuts from loosening, thereby avoiding potential safety hazards. Commonly, materials such as carbon steel and stainless steel are used, meeting the requirements of various working conditions; at the same time, they comply with international standards like the Chinese and American standards, ensuring compatibility and reliability. Through the patented anti-loosening system, maintenance costs due to vibrations are reduced, the equipment's service life is extended, and the overall operating efficiency of the air compressor is improved.

Atlas Copco 2906014600,Reducing gas temperature in multi-stage compression process, after the gas passes through the previous stage of compression, its temperature will rise sharply. The intercooler is located between the compression stages and can cool the high-temperature gas, providing lower-temperature and denser gas for the next stage of compression. Enhancing system efficiency The cooling process makes the compression process closer to isothermal compression, thereby reducing power consumption and improving the operational efficiency and economy of the entire compressor system. Separating condensate When the gas temperature drops, the water vapor and oil-gas mixture contained therein will condense. Some lubricating oil and water will condense into droplets, which can then be separated out, making the output compressed air cleaner. By effectively controlling the gas temperature, risks such as lubricant failure, equipment component damage, and even explosion caused by excessively high temperatures can be prevented. At the same time, the pollution risks to downstream equipment and pipelines can also be reduced.

Atlas Copco 1420050898,The O-ring is a seemingly insignificant yet crucial sealing component. It fills the gaps between components through elastic deformation and is responsible for ensuring the efficient sealing of liquid and gas media by the air compressor. They are suitable for secondary static and dynamic uses. The O-ring can be sealed radially or axially as a whole. The sealing is achieved during assembly through axial or radial movement within the air compressor. Although the O-ring is small, it is the key to ensuring the sealing performance, efficiency, and lifespan of the equipment. Correct selection, proper installation, and meticulous maintenance are crucial.

Atlas Copco 2902015300，The principle of the air compressor maintenance kit: Replace worn parts, perform maintenance and troubleshooting, ensure safety,Air filter element Remove garbage from the bottom. The filter with grease needs to be soaked in foam-free detergent. Damaged filters need to be replaced.

First separation: The oil-gas mixture containing various-sized oil droplets, which comes out from the exhaust port of the air compressor main unit, enters the oil-gas tank. Most of the oil in the oil-gas mixture falls to the bottom of the tank under the action of centrifugal force and gravity. Second separation: The compressed air containing oil mist (particles with a diameter of 1 micron or less) passes through the micrometer and fiberglass filter material layers of the oil-gas separation filter element for secondary separation. The oil particles undergo mechanisms such as diffusion, direct interception, and inertial collision aggregation, causing the suspended oil particles in the compressed air to quickly coalesce into large oil droplets. Under the action of gravity, the oil gathers at the bottom of the oil separation element and returns to the main lubricating oil system through the bottom concave area of the secondary return oil pipe inlet, thereby enabling the air compressor to discharge more pure and oil-free compressed air.