Industrial Cooling Excellence: Precision. Efficiency. Reliability

The high-low temperature liquid-cooled test machine is a piece of precision testing equipment that integrates high-temperature, low-temperature, rapid temperature change, and liquid cooling/heating capabilities. It is primarily utilized to simulate product performance under extreme temperature environments. Its core function involves the rapid transfer of thermal energy via a liquid medium—such as water, ethylene glycol solutions, or silicone oil—to achieve precise temperature control of the test specimen (typically within a range of -45°C to +85°C). This technology is widely applied across high-tech sectors, including new energy, semiconductors, and aerospace. With the rapid expansion of the new energy and semiconductor industries, high-efficiency, intelligent, and eco-friendly high-low temperature liquid-cooled test machines are poised to become the industry standard, empowering enterprises to shorten R&D cycles and enhance product reliability.

Our air cooled scroll chillers deliver precise, energy-efficient temperature control for critical industrial processes. Engineered with robust scroll compressor technology and requiring no external cooling tower, these compact units offer easy installation, low maintenance, and consistent performance in demanding environments. Ideal for plastics, laser cutting, medical equipment, food processing, and more.

Our water cooled scroll chillers deliver superior cooling performance and energy efficiency for high-heat industrial processes. Leveraging advanced scroll compressor technology paired with water-cooled condensers, these systems provide exceptional stability, quiet operation, and reduced operational costs – especially in large-scale or high-ambient-temperature environments. Ideal for facilities requiring consistent, heavy-duty cooling 24/7.

Engineered for demanding, large-capacity cooling applications, our water-cooled screw chillers deliver unmatched energy efficiency and 24/7 reliability. Leveraging robust screw compressor technology and the superior heat rejection of water-cooled systems, these chillers achieve the lowest operating costs for heavy process cooling, central plants, and critical facilities – especially in high-ambient environments

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Tekin's air cooled screw chillers deliver robust, large-scale cooling for demanding industrial processes. Combining the proven reliability and efficiency of screw compressor technology with the convenience of air-cooled operation, these units offer powerful performance without the complexity of cooling towers or water systems. Ideal for facilities requiring heavy-duty, continuous cooling with minimal infrastructure.

Our engineered low-temperature glycol chillers deliver reliable, stable cooling far below freezing for critical industrial processes. Utilizing an ethylene or propylene glycol solution, these robust systems achieve temperatures as low as -40°F / -40°C (or lower) with precise control, ensuring process integrity in demanding sub-ambient applications – all while preventing fluid freeze-up.

Engineered for the exacting demands of high-power lasers, our dedicated laser cooling chillers deliver unmatched thermal stability and purity to safeguard your critical optics and electronics. Achieve consistent beam quality, extend component lifespan, and eliminate costly downtime with precision temperature control (±0.1°C/±0.2°F typical) and ultra-clean fluid circuits designed for sensitive laser systems.

Our engineered integrated chiller systems deliver seamless, energy-optimized cooling for complex industrial processes. Combining chillers, pumps, heat exchangers, controls, and thermal storage into a single intelligent platform, we eliminate integration headaches while maximizing efficiency, redundancy, and operational visibility across your facility.

Our air cooled heat pump chillers deliver versatile climate control in a single energy-efficient unit. Engineered to provide precise cooling (down to 4°C/40°F) and high-temperature heating (up to 55°C/130°F) using ambient air, these systems slash operational costs by harnessing waste heat – eliminating separate boilers and reducing energy consumption by up to 60% versus traditional solutions.

Engineered for facilities with built-in cooling tower loops, our water-cooled heat pump chillers deliver ultra-efficient year-round thermal management. By leveraging stable water temperatures for heat rejection/absorption, these systems achieve COP ratings of 4.0-6.0+ – slashing energy costs by 45-70% versus traditional chiller+boiler setups while providing simultaneous precision cooling (to 4°C/40°F) and high-grade heating (to 60°C/140°F).

Our industrial-grade cooling towers deliver reliable heat rejection for critical processes while optimizing water and energy use. Designed for seamless integration with chiller plants, power generation, and industrial facilities, these systems leverage advanced hydronics and smart controls to slash operational costs – even in extreme environments.