Menu Close
Water-Cooled After Cooler-Sollant

Water-Cooled After Cooler

The water-cooled aftercooler is a highly efficient cooling device specifically designed for compressed air systems. It rapidly cools high-temperature compressed air to ≤45°C, effectively lowering the air temperature and reducing moisture content to ensure a dry and stable air supply. It is widely utilized in pneumatic instrumentation, pneumatic components, and process gas systems across industries such as petroleum, chemicals, textiles, metallurgy, electronics, and telecommunications.

Water-Cooled After Cooler Technical Indicators

Water-Cooled Aftercooler Technical Specifications

Core Advantages

Efficient Cooling, Stable Output

With an inlet air temperature of ≤100°C, the outlet air temperature can be stably maintained at ≤45°C, meeting the temperature requirements for the vast majority of industrial air applications.

The cooling water inlet temperature range spans 2–32°C, accommodating diverse water source conditions and ensuring stable, reliable cooling performance.

Compact Structure, Easy Installation

Featuring an integrated design, the unit is compact and lightweight, facilitating easy integration into existing air supply systems and saving valuable space.

Highly compatible with various air supply system layouts, it is suitable for use in both new construction and retrofit projects.

Smooth Operation, Minimal Pulsation

Optimized internal flow channel design ensures smooth airflow during the cooling process, minimizing pulsation and guaranteeing stable operation for downstream equipment.

Simple Operation and Maintenance

No complex control systems are required; routine operation simply involves monitoring the cooling water pressure and temperature.

The simple structural design facilitates easy maintenance, thereby reducing overall operation and maintenance costs.

Economical and Practical, High Cost-Effectiveness

While guaranteeing superior cooling performance, the unit features low manufacturing costs and offers a rapid return on investment.

Its energy-efficient design results in low operating costs, making it ideal for long-term, continuous operation.

REQUEST QUOTE