Compressed Air Treatment  Manufacturers, Traders, Suppliers

Compressed air preparation in the compressed air station
In modern production technology, compressed air is used which, depending on the application, is required as non-prepared blast air, absolutely dry, oil-free or sterile compressed air. The impurities present in the ambient air are usually not visible to the naked eye, but can impair the reliable functioning of the compressed air network and the consumers and lead to a reduction in the quality of the products. Lubricating oil and abrasive particles from the compressor also enter the compressed air.
Correct compressed air preparation has advantages:
     

• increased service life of the downstream compressed air consumers
• improved, constant quality of the products
• Condensate and stainless steel compressed air lines
• fewer operating faults
• Pipelines without condensate collectors
• low maintenance requirements
• lower pressure losses due to leakage and flow resistance
• lower energy consumption due to lower pressure lossesOil-water separator - steam trap - refrigeration dryerr Ensure the optimum compressed air treatment in your compressed air station. Equip your compressed air system with an oil-water separator, a condensate drain and, if necessary, a refrigeration dryer.

Solid particles in the compressed air    
Wearing effect in compressed air systems: Dust and other particles lead to  abrasion. When particles with lubricating oil or grease form an abrasive paste, this effect is even more pronounced when harmful particles become chemically aggressive particles.
     
Oil in the compressed air    
Used and tramp oil in the compressed air system: Gummy oil can lead to diameter reduction and blockages in pipelines This results in increased flow resistance.
oil-free compressed air:
In pneumatic conveying, oil can clog the conveyed material and thus lead to blockages. In the food and luxury food industry, as well as in the pharmaceutical industry, the compressed air must be oil-free for health reasons.
     
Water in the compressed air    
Corrosion in the compressed air system: Rust develops in the pipes and   functional elements and leads to leakages.Interruption of lubricating films:
Interrupted lubricating films lead to mechanical defects. Formation of electrical elements: When various metals come into contact with   water, electrical elements can be formed.
Ice formation in the compressed air network:
At low temperatures, the water in the compressed air network can freeze and cause frost

Consequences of poor compressed air treatment
If the impurities and water from the ambient air remain in the compressed air, this can have unpleasant consequences. This affects both the pipeline network and the consumers. Sometimes the products also suffer from poor compressed air quality. In some areas of application, the use of compressed air without appropriate treatment is dangerous and hazardous to health.