Essential for lowering compressed air temperatures and removing excess moisture
Lowers compressed air temperatures to ensure optimal dryer performance.
Removes 50-75% of water vapour to protect your compressed air system.
Ensures downstream dryers operate at maximum efficiency.
Available in both air and water cooled configurations.
Our after coolers are built with high-grade components for long-lasting performance.
Benefit from our extensive experience and reliable after-sales service.
Efficient logistics and prompt installation services minimize downtime.
Tailored cooling solutions designed to meet your unique compressed air requirements.
Compressed air leaving a compressor can reach high temperatures (65°C to 200°C). An After Cooler is essential to reduce these temperatures and remove 50-75% of the water vapour present. This conditioning of the air ensures that downstream air dryers perform efficiently and reliably.
Our After Coolers are engineered to meet the rigorous demands of industrial applications and are available in both air and water cooled configurations.
Explore various views of our After Cooler:
| Parameter | Specification |
|---|---|
| Operating Temperature Range | 65 °C - 200 °C (Compressed Air Inlet) |
| Moisture Removal Efficiency | 50-75% |
| Cooling Type | Air Cooled / Water Cooled |
| Dimensions | Customizable based on system requirements |
| Control System | Automated Temperature Regulation |
| Warranty | 2 Years |
Our After Coolers rapidly reduce compressed air temperatures and remove excess moisture, ensuring that your air dryers operate at maximum efficiency with lower energy consumption.
An After Cooler lowers compressed air temperatures and removes up to 75% of the water vapour, ensuring optimal performance of air dryers.
Yes, they are available in both air cooled and water cooled models to suit different installation requirements.
By reducing the inlet air temperature and removing excess moisture, After Coolers help maintain the optimal operating range of dryers for enhanced efficiency.
