Quality is not a simple word ! How do you manage the airtightness of the refrigeration system ? As the equipment ages year by year, The risk of refrigerant leakage in the refrigeration system inside the equipment will increase year by year! This is a natural law that cannot be changed. Therefore, in the production process of the machine, We must use strict screening methods to minimize the possibility of refrigerant leakage in the refrigeration system!

The page will shows our factory’s detection method for preventing refrigerant leakage in the refrigeration system. We put these refrigeration systems into a huge pool of water for 100 hours to observe whether there are bubbles on the surface of the refrigeration system. It should be emphasized that our quality management engineers have a 100% inspection rate for ultra-low temperature refrigeration systems, especially for systems that require ultra-low temperature tests at -80℃ and -93℃. Thank you.

In the realm of industrial refrigeration, ensuring airtightness is paramount. The integrity of the refrigeration system directly impacts its efficiency and longevity. As these systems undergo the rigors of constant use, the inherent wear and tear can lead to microscopic flaws, which, over time, can develop into significant leaks. Recognizing this, Our production methodology incorporates rigorous quality control measures designed to mitigate these risks.

One of the cornerstone methodologies in our quality assurance process is the 100-hour immersion test. This method, which involves submerging completed refrigeration units in a controlled pool of water for an extended period, Allows us to meticulously observe and identify any potential leaks. The presence of even the smallest bubble is a clear indicator of a breach, prompting immediate corrective action. This approach not only ensures the initial integrity of the system but also builds a robust defense against future leaks, Thereby extending the operational lifespan of the equipment.

Moreover, Our commitment to ultra-low temperature performance underscores our dedication to quality. Refrigeration systems designed to operate at temperatures as low as -80℃ and -93℃ face unique challenges that traditional systems do not. Such extreme conditions can exacerbate material fatigue and increase the likelihood of micro-fractures. For this reason, Our quality management engineers conduct a comprehensive inspection of these ultra-low temperature systems, Ensuring they meet the stringent standards necessary for reliable performance.

By utilizing these advanced quality assurance techniques, We not only enhance the reliability of our refrigeration systems but also elevate customer confidence. The meticulous attention to detail in our production process ensures that our clients receive equipment that not only meets but exceeds industry expectations. This proactive approach to quality control is integral to our mission of delivering durable, High-performance refrigeration solutions that stand the test of time. Thank you.