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Air-Cooled After Cooler-Sollant

Air-Cooled After Cooler

High-Efficiency Finned Tubes: Utilizes high-quality aluminum alloy finned tubes, featuring a large heat dissipation surface area and high heat exchange efficiency.

Low-Noise Fans: Equipped with high-performance, low-noise fans that ensure smooth operation and minimal noise levels, making the unit suitable for environments with strict noise control requirements.

Anti-Corrosion Treatment: The surface undergoes a protective anti-corrosion coating treatment, enabling the unit to withstand various industrial environments and extending its service life.

Modular Design: Features a modular structure that facilitates easy disassembly, cleaning, and maintenance.

Air-Cooled After Cooler Technical Indicators

Air-Cooled Aftercooler Technical Specifications

Core Advantages

High-Efficiency Cooling Performance

Under inlet temperatures of ≤80°C and ambient temperatures of ≤40°C, the system ensures the outlet temperature remains stably controlled at ≤45°C, meeting the standards for most industrial air applications.

Compact Structure, Flexible Installation

The unit features a small footprint and lightweight design, facilitating easy installation and maintenance—making it particularly well-suited for operational environments with limited space.

Stable Operation, Simple Maintenance

Utilizing an air-cooled heat dissipation method, the system requires no external water source; this results in low operating costs and simple routine maintenance, making it ideal for continuous-duty applications.

Broad Applicability, Customization Supported

Suitable for a wide range of industrial scenarios, the system also supports non-standard customization to meet the specific process requirements of diverse clients.

 

Application Scenarios

Pneumatic Control Systems: Provides stable, low-temperature compressed air for pneumatic valves, cylinders, and similar components.

Instrumentation Air Supply: Ensures stable air supply temperatures for precision instruments, preventing high temperatures from compromising measurement accuracy.

Process Air Cooling: Utilized in process stages across industries—such as textiles, electronics, and chemicals—where specific temperature requirements for compressed air must be met.

Compressed Air System After-treatment: Serves as a post-processing component for air compressor systems, enhancing the overall quality of the compressed air.

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