Refrigerated Air Dryer
The most common and cost-effective solution for removing water vapor by cooling the air.
| Dew Point | +3°C to +7°C |
| Cooling | Eco-friendly Refrigerant |
Compressed Air Drying Systems
Desiccant (Heatless) Dryer
Utilizes adsorption technology to achieve extremely low dew points for critical applications.
| Dew Point | -20°C to -40°C |
| Media | Activated Alumina |
Heated Desiccant Dryer
Designed for large flow rates with reduced purge air loss using external heaters.
| Efficiency | High Energy Savings |
| Control | PLC Automated |
High Pressure Air Dryer
Specialized heavy-duty drying systems engineered for extreme high-pressure industrial gas and air applications.
| Pressure Range | Up to 400 Bar |
| Materials | High-Grade Carbon Steel / SS 316L |
| Dew Point | -40°C Atmospheric |
| Applications | CNG, Nitrogen, O2, Breathing Air |
Engineering Principles & Design Features
Smart PLC Control
Automated systems that monitor humidity and cycle times, significantly reducing energy consumption during low-demand periods.
High-Pressure Durability
Our vessels are built for extreme environments, supporting operations up to 400 Bar with rigorous NDT and hydrostatic testing.
Energy Efficiency
Utilizing advanced cross-flow heat exchangers and high-grade desiccant media to maximize drying while minimizing purge air loss.
Industries We Serve
We provide tailored moisture control solutions across diverse manufacturing hubs in India and abroad:
- Automotive: Preventing paint defects and protecting precision pneumatic robots.
- Pharmaceuticals: Delivering sterile, moisture-free air for sensitive packaging environments.
- Oil & Gas (CNG): Specialized 400 Bar systems for natural gas drying and emission compliance.
- Textile & Cement: Reliable support for high-speed looms and bulk material handling.
Technical FAQ
Q: What is the difference between Refrigerated and Desiccant Dryers?
Refrigerated dryers cool air to condense moisture (suitable for general use), while Desiccant dryers use chemical adsorbents to achieve sub-zero dew points (essential for critical, moisture-sensitive processes).
Q: Why are 400 Bar dryers necessary for CNG?
Standard dryers cannot withstand the extreme pressure fields of CNG. Our 400 Bar units feature reinforced vessel construction to ensure safety and performance under high-pressure gas compression.
Q: How do I size an air dryer for my compressor?
Sizing is determined by your compressor's total flow (CFM/m³), inlet air temperature, and the required pressure dew point. Contact our team in Trichy for a professional sizing consultation.