Air-cooled all-in-one chiller-heater, factory direct sales of all-in-one chiller-heater

The air-cooled chiller unit features an air-cooled condenser, with the heat exchanger utilizing copper tubes and aluminum finned coils. The copper tubes are arranged in equal-sided cross tubes, and the aluminum fins are in a double-curved wavy shape. The tube holes are double rolled, and the mechanical expansion ensures a tight contact between the copper tubes and fins, resulting in excellent heat transfer, low air resistance, and ease of cleaning. Paired with a high-quality condenser fan, it boasts high air volume and low noise, delivering outstanding performance. Moreover, the air-cooled condenser is convenient to use, as it does not require an additional cooling water tower.

Air-cooled All-in-One Chiller Features: Equipped with imported brand refrigeration compressors, known for their durability, low energy consumption, low noise, rapid cooling speed, and use of environmentally friendly non-toxic refrigerants. The product boasts an attractive design, an isolated electrical control box to extend the lifespan of electrical components, explosion-proof piping, built-in safety protection, and excellent thermal insulation. It features a microcomputer temperature controller with digital display (Siemens PLC) for precise temperature control, ease of operation, and improved cooling and heating speed and temperature distribution accuracy, making it an ideal device for generating high and low temperature working conditions. It offers automatic calculation, multi-point temperature control units, explosion-proof and corrosion-resistant models available for customization.

Advantages of Air-Cooled All-in-One Chiller-Heater: Allows for quick switching between cooling and heating to accelerate production, reduce energy consumption, improve product molding efficiency, and suppress defects, thereby lowering the production of defective products. Precise temperature control is available, and the unit can also be used for a single function. It is widely used in industries such as injection molding, biology, chemicals, reactors, microreactors, agitators, laboratories, aerospace materials, new material research and development, roller wheels, new energy, electronic materials testing, and school laboratories.