One look tells you that these dryers are like no others-extremely low silhouette, manifolds and valves within an arm's reach of the operator, and readily accessible fill and drain ports are just a few of the differences apparent on the outside. Both externally and internally, each model combines innovative engineering and technically advanced, highly durable components to provide easy installation, operation, maintenance, and simply the most reliable desiccant dryers available.

Reduce your total cost of ownership with the new XGHL Series of heatless desiccant dryers that provides clean, dry compressed air through a reliable design and superior serviceability.

One look tells you that these dryers are like no others-extremely low silhouette, manifolds and valves within an arm's reach of the operator, and readily accessible fill and drain ports are just a few of the differences apparent on the outside. Both externally and internally, each model combines innovative engineering and technically advanced, highly durable components to provide easy installation, operation, maintenance, and simply the most reliable desiccant dryers available.

DGH Series Heatless desiccant dryers open up a world of customizable performance opportunities with four standard ISO quality class levels of pressure dew points to choose from. Don't settle for less than the ability to satisfy all of your requirements for clean, dry compressed air. A carefully engineered desiccant dryer design provides a reliable method to remove moisture as a water vapor. With the option to add coalescing filters, solid particles, liquid water droplets, liquid oil and oil vapors can be removed from the compressed air system in a reliable manner.

Time, effort and attention to detail is what went into the design of the Gardner Denver GHLD. The GHLD design has its components laid out in a way that minimizes the footprint of the dryer as well as the interconnecting tubing. When implemented into your compressed air system, the benefits of a simplified design are increased reliability and better efficiency.

The DHP Series of blower purge desiccant air dryers ensures that your dry air requirements are met. The DHP can provide you with ISO 8573.1 Class 2 dewpoints. Couple your DHP dryer with the appropriate FIL filtration to achieve up to ISO 8573.1 Class 1 for solids and oils.

Time, effort and attention to detail is what went into the design of the Gardner Denver GEHD. The GEHD design has its components laid out in a way that minimizes the footprint of the dryer as well as the interconnecting tubing. When implemented into your compressed air system, the benefits of a simplified design are increased reliability and better efficiency.

The DPB Series blower purge desiccant dryer process design offers the end user the opportunity to significantly reduce the energy costs associated with achieving a reliable -40°F (-40°C) pressure dew point. This is achieved by eliminating or reducing purge air requirements (compressed air utilized to regenerate desiccant beds) typical of other desiccant dryer designs.

Time, effort and attention to detail is what went into the design of the Gardner Denver GBPD. The GBPD design has its components laid out in a way that minimizes the footprint of the dryer as well as the interconnecting tubing. When implemented into your compressed air system, the benefits of a simplified design are increased reliability and better efficiency.

The DHC Series heat of compression desiccant air dryers from Gardner Denver provide an energy efficient solution to remove moisture from compressed air. Thermal energy that is generated during the air compression process is utilized to regenerate the offline desiccant bed. Consuming under 50 watts, the energy efficient design offers the lowest cost of operation when compared to conventional dehydration technology. Ideally positioned for use with oil-free compressors, the DHC Series turns "waste heat" into energy savings that will directly impact the bottom-line.

The GDHM Series desiccant air dryers use the proven “Pressure Swing Adsorption” (PSA) method for drying wet compressed air. This requires having two identical towers containing hygroscopic desiccant. The unique design of the GDHM Series allows for the dryer to start and stop with a compressor or point-of-use equipment to eliminate purge loss when off. The solid state memory feature allows the dryer to start where it left off in the drying cycle to prevent wet air downstream.

The DST Series single tower desiccant air dryer provides quality air to your application with minimal investment. The compact, in-line design is ideally suited for point of use applications, such as paint spraying operations or pneumatic tools, which require clean, dry compressed air. The modular housings, with optional oil removal pre-filter, provide ease of installation to any system. Drying compressed air was never easier.

The DBS series breathing air purifier from Gardner Denver will provide the clean, dry air necessary to keep your workers safe. It is designed to be used as an addition to your plant air source by converting compressed air to breathable air for those individuals working in and around a hazardous process. At the core of the process is a heatless regenerative desiccant dryer with a fixed 10-minute dryer cycle that will deliver consistent ISO 8573-1: 2010 Class 2 outlet pressure dew point quality air.