The Parker K-MT 10-95 range of heatless adsorption dryers is engineered to provide reliable and energy-efficient removal of moisture from industrial compressed air systems. Designed for continuous operation in demanding environments, the range achieves pressure dew points (PDP) down to -70°C, helping to protect downstream equipment and maintain process integrity.
Each unit features a compact, free-standing design for straightforward installation and is supplied with integrated high-performance OIL-X pre- and post-filtration as standard, ensuring optimal air quality and system protection.
The K-MT 10–95 range supports volume flows up to 940 m³/h at 7 barg (100 psig) and allows selective drying between -25°C and -70°C pressure dew point, offering flexibility across varying industrial applications.
Key Features
Pressure dew points down to -70°C
Volume flows up to 940 m³/h @ 7 barg (3600 cfm @ 102 psig)
Integrated OIL-X pre- and post-filters installed as standard
Optional Dew Point Dependent Switching (DDS) control
Operational Benefits
Delivers high-quality compressed air for critical applications
Energy-efficient operation with reduced purge air consumption
Flexible configuration through a wide range of options and accessories
Energy Saving Operation (Optional DDS)
For applications experiencing variable operating pressure and load conditions, an optional dew point sensor can be installed at the dryer outlet. In this configuration, chamber changeover occurs only when the required dew point has been achieved.
This demand-based regeneration method:
Extends the drying phase
Minimises unnecessary purge air usage
Reduces compressed air loss
Improves overall system energy efficiency
Technical Specification Table (SEO-Optimised)
Specification Detail
Product Range Parker K-MT 10–95
Dryer Type Heatless adsorption dryer
Installation Type Free-standing
Maximum Pressure Dew Point -70°C
Selectable Dew Point Range -25°C to -70°C
Maximum Flow Capacity 940 m³/h @ 7 barg
Maximum Flow (Imperial) 3600 cfm @ 102 psig
Filtration Integrated OIL-X pre- and post-filtration (standard)
Energy Control Option Dew Point Dependent Switching (DDS)
Application Industrial compressed air drying
Sizing & Selection Guidance
To ensure quoted air purity performance is achieved, correct sizing is essential. Selection should be based on:
Minimum operating pressure
Maximum inlet temperature
Maximum inlet flow rate
Manufacturer correction factors
Proper specification ensures compliance with required air quality standards and long-term operational reliability.