High Temperature Unit Cooler

The High Temperature Unit Cooler is independently designed and manufactured in China, delivering high-quality air cooling solutions for cold storage and air conditioning systems.

Precise Temperature Control

Efficiently transfers heat from the refrigerated space to the refrigerant circuit, ensuring stable, accurate temperatures in cold rooms, controlled-atmosphere storage, food production facilities, and commercial or industrial AC applications.

Advanced Engineering and Innovation

In-house technologies like floating coil design, positive-fin geometry, and Italian tube expansion processes improve heat transfer, reduce frost, and enhance durability, outperforming conventional air coolers.

Premium Components and Reliable Performance

Built with automated welding and top international parts, including German-brand axial fans, for consistent quality and long-term operational dependability.

Versatile Options

Available in multiple models for high, medium, and low-temperature applications. Customizable features include casing materials, fin coatings, tube materials, and defrost methods, providing the flexibility to meet nearly any refrigeration or air conditioning requirement.

Core Features and Technological Advantages

① High-Efficiency Cooling

Lynxcool's High Temperature Unit Cooler features optimized coil geometry and airflow design, equipped with a high-quality German axial fan, delivering powerful cooling, long-distance airflow, quiet operation, and uniform temperature distribution. Suitable for cold storage, food processing, and commercial refrigeration applications, ensuring product quality and temperature stability.

② Extended Service Life

The innovative floating coil design allows for thermal expansion and contraction without stressing connection points, reducing the risk of leaks and mechanical fatigue. Compared to traditional fixed coil units, this design extends service life and ensures long-term reliable performance.

③ Forward Fin Arrangement

The staggered forward fin design minimizes temperature differences and slows down frosting. This reduces the number of defrost cycles, improves cooling efficiency, lowers energy consumption, and maintains stable cold storage temperatures, thereby improving food preservation.

④ High-Quality Copper Tubing and Hydrophilic Aluminum Fins

Copper tubing provides rapid heat conduction and corrosion resistance.

Hydrophilic aluminum fins ensure smooth drainage, uniform airflow, and inhibit microbial growth.

Precise Italian-style tube diameter expansion technology ensures a tight tube-fin connection for optimal heat dissipation.

⑤ Automated Welding Process

All refrigerant circuit welding is performed using automated equipment, ensuring leak-proof joints, superior quality, and long-lasting refrigerant stability.

⑥ Multiple Housing Options

Powder-Coated Galvanized Steel: Durable, economical, and corrosion-resistant.

Stainless Steel: Suitable for food-grade or pharmaceutical applications; easy to clean and sterilize.

⑦ Stainless Steel Fasteners and Connectors

All hardware is made of stainless steel, offering excellent corrosion resistance, maintaining structural integrity, and simplifying maintenance.

⑧ High-Quality German Axial Flow Fans

High-quality, low-noise fans provide stable airflow and a long service life, ensuring quiet operation in food production or commercial environments.

⑨ Multiple Defrosting Methods

Choose electric defrosting for rapid defrosting, or, where applicable, energy-efficient fan defrosting to maintain stable cold storage temperatures and reduce energy consumption.

⑩ Complete Product Range

We offer a variety of High Temperature Unit Coolers in different capacities, installation methods (ceiling-mounted, wall-mounted, floor-standing), fan counts, and coil configurations to meet diverse refrigeration and cooling needs—from small walk-in cold storage units to large blast freezers and controlled atmosphere cold storage units.

Technical Specifications

Design Techniques

1. Capacity Selection

Select capacity based on cold room heat load — including walls, floors, products, door openings, equipment, and defrost heat — with a safety margin for future load growth.

2. Air Distribution

Ensure uniform airflow and temperature. Use multiple units with cross-airflow for large rooms to avoid hot spots.

3. Defrost Scheduling

Match defrost cycles to actual frost buildup. Avoid over-frequent or insufficient defrost to save energy and maintain stable temperatures.

4. Drainage

Provide properly sloped, insulated, or heated drain lines to prevent water refreezing and operational issues.

FAQ

1. What is a High Temperature Unit Cooler?

A: A High Temperature Unit Cooler is an independently developed and manufactured air cooling device used in high-temperature (above 0°C) cold storage, fruit and vegetable preservation, food processing workshops, and industrial ventilation and cooling environments. It achieves precise and stable temperature control by transferring heat from the cold storage area to the refrigerant circuit.

2. Why choose a floating evaporator design?

A: Traditional fixed evaporators are prone to stress during thermal cycling, leading to pipe fatigue, leaks, or damage. Floating evaporators can freely expand and contract with temperature changes, effectively reducing thermal stress and improving structural reliability and service life.

3. What are some global application cases of Lynxcool's High Temperature Unit Cooler?

A: It has been successfully applied in hundreds of cold storage and food processing projects worldwide, including:

Nestlé

Coca-Cola

PepsiCo

Mars

Danone

Unilever

Lineage Logistics, HAVI, Nichirei, etc.