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Sahara Air Products


Blower Purge

The SAHARA Blower Purge air dryer is a type of heat-reactivated dryer. Typically used for drying large volumes of compressed air, when you don't want to lose any compressed air, and are among the most economical dryers to operate.

Exhaust Purge

An energy saver, the SAHARA Exhaust Purge air dryers are simple and efficient. They are the safest and most trouble-free of any heat reactivated regenerative-type dryer. Its conservative design was developed for optimal energy savings with roughly twice the amount of desiccant required to dry air at full design waterload.


The result of nearly 10 years of development work by Henderson Engineering Co., Inc., the SAHARA-PAK heat-of-compression air dryer is considered by many industry observers to be the most significant development ever made in the design of equipment for drying compressed air. In 1974, Sahara patented the heat-of-compression dryer design.

T Series Heatless

SAHARA's T Series Heatless Regenerative air dryer is the most reliable dryer ever built. Since this unit requires neither heaters nor blowers, it is inherently more trouble-free than any heat-reactivated dryer.

Closed System

The SAHARA Closed System dryer design is an ideal choice for large flow applications for both air and other gases. Because it does not use ambient air during regeneration, nor does it exhaust any of the inlet gas to atmosphere, CS dryers may be used to dry gases such as methane, propane oxygen, hydrogen, and argon; basically any gas may be dried in the CS dryer.

HP Deliquescent

The only complete deliquescent air treatment system available for drying compressed air and gases. The SAHARA HP Deliquescent air dryer will substantially reduce the maintenance required by tools, cylinders, valves and gauges...cutting downtime to a minimum and allowing reduction of replacement parts stock.

Dew Point Demand System

This option provides a simple, accurate, and highly reliable solution for either dew point temperature or moisture measurement, resulting in considerable savings through reduction of regeneration cost.