HVACTECH specializes in industrial temperature control system integration, providing customers with comprehensive system integration solutions ranging from heating and cooling to integrated heating and cooling systems and centralized cooling and heating. We offer diversified and customized temperature control product solutions for various industries.

Our products/systems have the following advantages:

Wide Temperature Control Range:

Industrial temperature control equipment has a temperature control range of -120℃ to +400℃, while high and low temperature pumps have a temperature resistance range of -196℃ to +400℃.

High Temperature Control Accuracy:

Product temperature control accuracy reaches ±0.1℃.

Fast Temperature Control Rate:

Capable of rapid cooling and automatic temperature switching, providing efficient and precise temperature control for various industry processes.

Safe and Stable:

Product design incorporates multiple protection measures (power phase sequence detection, motor overload protection, flow detection, pressure detection, temperature detection, etc.) to ensure safe and stable operation.

Energy Saving and Environmental Protection:

Effectively improves heating/cooling efficiency, reduces nitrogen oxide and carbon emissions, aligning with low-carbon environmental protection policies. Intelligent control: All products can achieve energy consumption detection, online monitoring, data analysis, remote control, alarm linkage, etc.

Process Cooling System A process cooling system is a system used in industrial production processes to reduce the temperature of equipment, materials or process flows. Its purpose is to control and manage heat, ensuring that the production process operates within the optimal temperature range, thereby improving production efficiency, ensuring equipment safety, and avoiding failures or accidents caused by overheating.

Casting Cooling System The casting cooling system is a key component in the casting production process. It is used to control the solidification rate of molten metal, optimize the internal structure of castings, reduce defects (such as shrinkage cavities, cracks and deformation), and improve production efficiency and product quality. Widely applied in processes like sand casting, die casting, continuous casting and investment casting, this system ensures uniform heat dissipation of castings during the cooling process, preventing stress concentration or uneven microstructure caused by excessively large temperature gradients.

High-Power Electromagnetic Equipment Cooling System High-power electromagnetic equipment (such as radar transmitters, particle accelerators, industrial induction heaters, etc.) generates heat loads ranging from kilowatt to megawatt levels during operation, and traditional air-cooled systems can no longer meet the heat dissipation requirements.This system adopts a multi-stage composite cooling technology and a three-dimensional heat dissipation architecture integrating liquid cooling, phase change and intelligent regulation. It controls the temperature rise of equipment within ±1℃ under full-load operation conditions, thus ensuring the long-term stable operation of electromagnetic equipment.

Chemical Industry Cooling System The cooling system for chemical and mechanical equipment serves as key auxiliary equipment in industrial production. It is designed to control the temperature of equipment and materials during the production process, ensuring process stability, safe operation of equipment, and improved energy utilization efficiency. Widely applied in industries including petrochemicals, pharmaceuticals, power generation, metallurgy and food processing, this system meets the cooling requirements of various equipment such as reaction kettles, compressors, generator sets and injection molding machines.