Press release submitted on behalf of AEC.
AEC has launched two new compact desiccant wheel dryers designed for low-throughput processes and medical manufacturing.
The new, compact ADW14 and ADW25 are the smallest units yet in the company’s AD series and are designed specifically for low-throughput applications requiring energy-efficient drying solutions with a minimal footprint.
The units can process 1 to 25 pounds per hour depending on material and are well-suited for medical injection molding or extrusion because of their dust-free desiccant wheel technology.
Desiccant wheel dryers are more robust thanks to the use of a reinforced honeycomb structure. The control has a Smart Mode feature that automatically controls process parameters to protect material from over drying. This results in energy savings up to 40%.
The ADW Compact Series has the smallest footprint in the AD series product line. This allows the dryer and drying hopper to mount directly to the feed throat of a process machine. Ideal for applications where floor space is limited. The dryer and drying hopper can also be cart mounted. Low-temperature options are available for processing bio-resins. Compressed air and water connections are not required for operation.
For precision control, the AD series also utilizes a high-resolution HMI touch-screen. All drying data is visible on a single screen: drying temperature, dew point, material throughput and total energy consumption.
To learn more, visit our ADW dryer website.
About AEC
Application Engineering Company, now known worldwide as AEC has roots dating back to 1957. AEC initially began serving the plastics industry with chillers and cooling towers, establishing itself as a solutions provider for the most challenging process cooling needs. Today, AEC continues to offer one of the broadest portfolios of packaged and central chillers, and has grown to be a leader in blending, drying, conveying, and size reduction, supplying innovative solutions to a wide range of process industries. For more information, visit www.aecinternet.com.