Reliable Moisture Control for Industrial Compressed Air
DRYPOINT® compressed air dryers remove water vapour from compressed air to help protect pneumatic equipment, production processes and downstream air-treatment components.
The DRYPOINT range includes multiple dryer technologies for different flow rates, pressure dew points and air-quality requirements. Dryer selection should be based on inlet conditions, flow, pressure, ambient temperature and required dew point.
Why Dry Compressed Air?
- Helps reduce corrosion and moisture contamination
- Protects pneumatic tools and equipment
- Supports consistent compressed-air quality
- Available for different flow and dew-point requirements
Common Applications
- Manufacturing plants
- Packaging equipment
- Food and beverage processing
- Pharmaceutical and laboratory environments
- Automotive plants
- General industrial air systems
Frequently Asked Questions
What does a compressed-air dryer do?
It removes water vapour from compressed air.
Why is moisture a problem?
Moisture can contribute to corrosion, freezing, contamination and unreliable pneumatic equipment.
What is pressure dew point?
It is the temperature at which water vapour would condense at the system pressure and is a key dryer-performance measure.
What dryer types are available?
The DRYPOINT family includes different drying technologies depending on the air-quality requirement.
How do I size a dryer?
Use actual inlet flow, pressure, inlet temperature, ambient conditions and required dew point.
Should filtration be installed with a dryer?
Many dryer systems use upstream or downstream filtration depending on the technology and required air quality.
How often does a dryer need service?
Service interval depends on dryer type, operating hours and conditions.
Can PneumaticHub help replace an existing DRYPOINT®?
Yes. Provide the current model and operating conditions.