It is used to cool or heat either objects attached directly to the coldplate, or enclosures by attaching a thermal conductive container tothe cold plate. Heat is dissipated to a liquid on the warm side. Theliquid circuit is normally of a circulating type with a pump and aLiquid-to-Air heat exchanger removing the heat into the ambient air.By using an efficient heat exchanger and one or more Plate to LiquidAssemblies a very powerful yet compact system is created. Ourstandard assemblies are optimized for high cooling capacity andefficiency rather than maximum AT Typical applications includetemperature cycling of electronic components, laser cooling andanalytical instruments.
Our diverse range of thermal management solutions represents a commitment to excellence, precision, and reliability in the field of thermal control technology. With our expert team, we provides customized services to our clients to cater to a variety of industrial application. The Huajing thermal control systems are divided into different series: air to air, plate to air, liquid to air, thermoelectric machines.
This product is a thermoelectric cooler assembly that provides cooling capability by direct contact with the cooled equipment at its cold end. The heat is removed from the hot end through forced air cooling, meeting rapid temperature rise and fall requirements. It is widely used in medical devices. The structure is designed to be compact, with a small size and high reliability.
This product is a thermoelectric cooler assembly that provides cooling capability by direct contact with the cooled equipment at its cold end. The heat is removed from the hot end through forced air cooling, meeting rapid temperature rise and fall requirements. It is widely used in medical devices. The structure is designed to be compact, with a small size and high reliability.
The thermoelectric Cooler Assembly of this product provides cooling and heat dissipation by directly contacting the cold plate with the cooling object, while the heat is carried away through forced air cooling at the hot end. It is widely used in communication power cabinets, medical equipment, and laser devices. It features a compact design, small size, and high reliability.
This product is a thermoelectric cooler assembly that provides cooling capability by direct contact with the cooled equipment at its cold end. The heat is removed from the hot end through forced air cooling, meeting rapid temperature rise and fall requirements. It is widely used in medical devices. The structure is designed to be compact, with a small size and high reliability.
This product is a cooling assembly that provides cooling and heat dissipation by directly contacting the cold plate with the cooling object. The heat is then removed from the hot end through forced air cooling. It is widely used in beauty and medical equipment as well as laser devices. It is characterized by its compact design, small size, and high reliability.
This product is a cooling assembly that utilizes air cooling and cold-side aluminum plate cooling to provide refrigeration capability. It performs heat exchange with the cooled equipment and finds wide application in medical and beauty devices as well as laser equipment. It features a compact design, small size, and high reliability.
The semiconductor module of this product provides cooling capability through air cooling and refrigeration using an aluminum block on the cold end, followed by heat exchange with the cooled equipment. It is widely used in medical and beauty devices as well as laser equipment. It features a compact design, small size, and high reliability.
This product is a cooling assembly that provides cooling and heat dissipation by directly contacting the cold plate with the cooling object. The heat is then removed from the hot end through forced air cooling. It is widely used in beauty and medical equipment as well as laser devices. It is characterized by its compact design, small size, and high reliability.
This product utilizes semiconductor cooling technology and air-cooled forced convection heat transfer to provide cooling for the cold plate. It achieves temperature control by conducting heat from the cooled objects attached to the cold plate. It finds extensive applications in fields such as medical, beauty, and industrial laser equipment.
Thermal management systems refer to the tools and technologies designed to maintain the temperature of devices or systems within specific operational limits, with the aim of preventing overheating, ensuring efficient performance, and extending the lifespan of heat-generating devices. As a leading thermal management manufacturer, Huajing provides clients with 3D structure design and CAE thermal analysis to find a perfect solution.
It is used to cool or heat either objects attached directly to the coldplate, or enclosures by attaching a thermal conductive container tothe cold plate. Heat is dissipated to a liquid on the warm side. Theliquid circuit is normally of a circulating type with a pump and aLiquid-to-Air heat exchanger removing the heat into the ambient air.By using an efficient heat exchanger and one or more Plate to LiquidAssemblies a very powerful yet compact system is created. Ourstandard assemblies are optimized for high cooling capacity andefficiency rather than maximum AT Typical applications includetemperature cycling of electronic components, laser cooling andanalytical instruments.
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