Support your personalized customization needs anytime and anywhere, timely, efficient and convenient operation.
With extensive experience in the heat exchanger industry and backed by massive real-world data, Cooling has successfully revolutionized traditional industry models by independently developing a series of innovative design software. Among these, the online design platform stands out particularly—clients can log in and complete the design of a standard MicroChannel heat exchanger online within just five minutes. The platform offers simple operation and powerful functionality, not only significantly improving design efficiency but also providing customers with a highly efficient and convenient experience. This fully demonstrates Cooling’s exceptional capabilities in technological innovation and customer service.
Kuling is equipped with a comprehensive range of testing equipment, including metallographic analysis of raw materials, performance testing, salt spray experiments, pressure alternating, temperature alternating, bursting pressure, high temperature storage, cleanliness testing and a series of life and reliability testing equipment.
With strong testing and analysis capabilities, Kuling provides a solid guarantee for the reliability of products.
Expose the product to a high-temperature and dry environment to determine its lifetime or temperature tolerance limit under high temperature conditions
Test the heat exchange performance, flow resistance, wind pressure, etc. of the product, and optimize the recharge amount of refrigerant.
Ensure the quality of assembly products, efficiently obtain raw material size, hole position, etc., and the accuracy reaches the micron level.
Test the failure and life of the product under alternating high and low temperatures.
Test the heat resistance, cold resistance, dry resistance and humidity resistance of the product.
Analyze the internal structure and defects of alloy materials, and determine the quality of materials.
Artificial simulation of salt spray environment to evaluate the corrosion resistance of the product.
The ambient temperature can be set to test the heat transfer of a heat exchanger or system under specific operating conditions.
It can detect small vulnerabilities with high accuracy.
It can simulate high-temperature conditions to test the heat transfer performance and reliability of batch products at specific ambient temperatures.
It can simulate low temperature conditions to test the heat transfer performance and reliability of batch products at a specific ambient temperature.