Industrial Cooling Solutions

Air-to-Air Heat Exchangers

Air Fractal’s air-to-air heat exchangers are designed to safely cool exhaust gases that can reach over 500°C. These systems use ambient air to lower gas temperatures before they enter sensitive equipment like bag filters. With smart controls, strong safety features, and optional emergency cooling, they ensure reliable performance even in extreme conditions.

Our heat exchangers are available in single or multi-stage designs and can be fully customized to match your process needs. Efficient, durable, and easy to integrate — they’re a smart solution for any high-temperature application.

Air-to-Air Heat Exchangers

Reliable Gas Cooling for High-Temperature Processes

In industrial systems where exhaust gases can reach temperatures of 500°C or more, safe and efficient cooling is essential. At Air Fractal, we use advanced air-to-air heat exchangers to reduce gas temperatures before they reach sensitive equipment like bag filters. These systems are designed with smart control and safety features to respond quickly to sudden temperature spikes, ensuring stable operation and protecting downstream components.

Our heat exchangers work by transferring heat from the hot exhaust gas to ambient cooling air. This is typically done using a cross-flow or cross-counterflow design, which is ideal for dry exhaust gases. The gas flows through tubes, while cooling air—driven by axial fans—passes around the tubes to remove heat efficiently.

Depending on the application, we offer single-stage or multi-stage designs, with flexibility on both the hot and cool air sides of your system. Tube sizes and configurations are tailored to meet your process needs, and we ensure consistent mechanical stability and thermal compensation throughout the unit.

For added safety and control, cooling fans can be grouped or operated individually. Emergency cooling options are also available for systems that require extra protection in extreme conditions.

Air-to-Air Heat Exchangers: Reliable Gas Cooling for High-Temperature Processes