Compressed Air Dryer

PSG Engineering Company is a leading Compressed Air Dryer Manufacturer, Supplier, and Exporter in India, offering high-quality solutions for various industrial applications. Our compressed air dryers are designed to effectively remove moisture, oil, and contaminants from compressed air systems, ensuring improved performance and longevity of equipment. With advanced technology and robust construction, our dryers are energy-efficient, reliable, and easy to maintain. We cater to diverse industries, providing customized air drying solutions that meet specific client requirements. Choose PSG Engineering Company for top-tier compressed air dryers and excellent after-sales support in India and abroad.

Introduction:

Compressed air dryers use a desiccant material (commonly activated alumina or molecular sieve)
to adsorb moisture from the compressed air. The moist compressed air passes through a bed of
desiccant, where water vapor molecules adhere to the desiccant’s surface.

Our Products

Advantages:

Energy Efficiency: Heatless dryers do not require additional energy for heating regeneration air, making them more energy-efficient compared to heated air dryers.
Reliability: They are reliable and suitable for continuous operation since they do not rely on heaters or external heat sources.
Suitability: Heatless dryers can achieve very low dew points (up to -40-60°C or lower), making them suitable for applications where extremely dry air is required, such as in
electronics manufacturing, pharmaceuticals, and certain chemical processes.

Applications:

Critical Environments: Used in industries where moisture in compressed air can lead to product contamination or equipment damage, such as food and beverage processing,
pharmaceutical manufacturing, and electronics production.
Remote and Mobile Installations: Suitable for installations where access to electricity or heat sources for regeneration may be limited.
General Industrial Use: Used in various manufacturing processes to ensure the quality and reliability of compressed air supply, which is essential for pneumatic tools, controls, and machinery.

Considerations:

Dew Point Requirements: Ensure the dryer can achieve the required dew point suitable for the application.
Maintenance: Like all desiccant dryers, regular maintenance and monitoring of the desiccant bed are necessary to ensure optimal performance.
Initial Cost: While heatless dryers may have lower operational costs, they can have a higher initial purchase cost compared to refrigerated air dryers.

Drying Capacity	500 Cfm
Dryer Technology	PSA
Dryer Horse Power	Depend as per flow
Minimum Output Dew Point	-40 dew point
Material	MS/IS-2062
Air Inlet Temperature	Ambient