Compressed Air Treatment

Air quality has a significant impact on compressed air systems. Atmospheric air contains moisture and when air is compressed the moisture or RH level in the air increases significantly. This condenses as water in the system forming rust, sludge etc. thereby causing premature failure of pipelines, instruments etc. and the system. Properly treated compressed air, and the right air dryer, will improve productivity, system efficiency, and product or process quality. Ingersoll Rand air dryer and compressed air filter are high quality air treatment products that will enhance your entire compressed air system. We have the application knowledge, experience and the widest range of air treatment products viz. Refrigerated Dryers, Dessicant Dryers and Filters to protect your investment. Make an air dryer an integral part of your compressed air system.

REFRIGERATED COMPRESSED AIR DRYERS

D series compact Air dryers with a range of 20 CFM TO 2000 CFM capacity

Ingersoll-Rand’s refrigerated dryers are the best solution for moisture removal. The air dryers are matched to capacities and are specified to Indian operating conditions. Refrigerated compressed air dryers are rated for a 3 degree centigrade pressure dew point, which meets ISO-8573 Class III norms and also suitable for all Indian climatic conditions. Read more....

COMPRESSED AIR PARTICLE FILTERS

Eliminator Series Particle Filters For 1 Micron And 0.0 Micron Filtering Efficiency For 20 Cfm To 2000 Cfm Compressed Air Hanlding Capacity

Compressed air particle filters/eliminators remove harmful liquid oil, water condensate, pipe scale, dirt and rust from compressed air system – this assists in preventing contaminants  in the compressed and corrosive damage to  equipment. Borosilicate glass fiber media and wrapped media design ensure impure particle filtration down to 1 micron and 0.01 micron level at 99.99% efficiency and meeting ISO-8573 Class III air quality. Filters also have differential alarm indication and auto drain system; thereby ensuring optimal output performance. Read more...