We manufacture high quality compressed air dryer that is developed from optimum quality base materials. Adopting latest technology and technical expertise, we have created finest heatless compressed air dryer that ensures high efficiency and durability. Moreover, it requires low maintenance. We are listed in the apex of most prominent refrigerated compressed air dryer exporters, based in india. Our compressed air dryer is available in both regular as well as irregular sizes. Some of the essential features of our dryer are robust construction, anti-corrosive, etc. The compressed air dryer is the simplest form of air dryer that can attain a dew point of -40â°c. Wet air passes through the chambers in upward direction through the desiccant. Drying of air takes place through absorption. Subsequently, dry air passes though chamber I to check valve assembly and to the after filter application area. In chamber ii, the desiccant is already wetted that is simultaneously regenerated. It is further depressurized in the atmosphere in downward direction through purge valve and needle valve. After the refrigeration is over, the purge is closed and the tower gradually repressurized to line pressure that initiates a smooth changeover. The 5 minutes of dying period render an efficacious dew point to -40â°c. For a perfect repressurization, approximate 60 seconds are required.

We manufacture high quality compressed air dryer that is developed from optimum quality base materials. Adopting latest technology and technical expertise, we have created finest heatless compressed air dryer that ensures high efficiency and durability. Moreover, it requires low maintenance. We are listed in the apex of most prominent refrigerated compressed air dryer exporters, based in india. Our compressed air dryer is available in both regular as well as irregular sizes. Some of the essential features of our dryer are robust construction, anti-corrosive, etc. The compressed air dryer is the simplest form of air dryer that can attain a dew point of -40â°c. Wet air passes through the chambers in upward direction through the desiccant. Drying of air takes place through absorption. Subsequently, dry air passes though chamber I to check valve assembly and to the after filter application area. In chamber ii, the desiccant is already wetted that is simultaneously regenerated. It is further depressurized in the atmosphere in downward direction through purge valve and needle valve. After the refrigeration is over, the purge is closed and the tower gradually repressurized to line pressure that initiates a smooth changeover. The 5 minutes of dying period render an efficacious dew point to -40â°c. For a perfect repressurization, approximate 60 seconds are required.