The automotive industry must ensure that its products operate over this wide temperature range and do not fail or material fatigue under rapid temperature changes.
Therefore, material and component testing, including temperature simulation, is very important and indispensable for the automotive industry, including all suppliers.

On the test benches in the automotive industry, highly dynamic temperature control systems are used for material and component testing, which can achieve precise regulation and rapid temperature changes. Only precise temperature management can provide reliable and repeatable results. The temperature control system provides a constant temperature or a complex temperature curve to the test bench directly or indirectly through a liquid medium. In addition to the temperature of the medium, temperature control systems also allow precise control of flow rates and operating pressures. Temperature control systems are used primarily in two ways: They simulate external ambient conditions in climate chambers or replace internal systems, such as the cooling circuit of an engine. The latter allows realistic conditions to be created on test benches, where test specimens are supplied with coolant according to operational requirements, such as in a vehicle.

We supply our customers in the automotive industry with high-performance devices. They not only dynamically cover the entire temperature range from -40°C to +160°C and the rapid temperature changes required on test benches.

Resultados de estabilidad y repetibilidad de la producción eficientes;
Utilización de intercambiadores de calor de placas y calentadores de tuberías para mejorar los índices de refrigeración y calefacción;
Rango de temperatura muy amplio, sin necesidad de sustituir el medio líquido;
Sistema totalmente cerrado que prolonga la vida útil de los líquidos conductores térmicos;
Al adoptar una bomba de accionamiento magnético, no hay problemas de fugas en el sello del eje

Can meet the direct cooling/direct heating for battery pack and vehicle testing and testing. This equipment is mainly used for cooling and heating capacity testing. It uses variable frequency compressor with adjustable output;

La unidad de prueba necesita utilizar curvas específicas de cambio de temperatura y registrar los cambios de temperatura; El rango de temperatura suele ser de -40 ℃ a 100 ℃ (puede ampliarse a 150 ℃); Al realizar la prueba de tolerancia, suele hacerse en un ciclo infinito.

Suitable for more simulation test temperature control
Equipment application: new energy battery pack, battery module, battery cell, motor and controller, charger, DC/DC converter, electronic pump

Low Temp/Normal Temp Chillers (Biochemistry Pharmaceutical Process)

Temperature Control :-5℃~-150℃

Temperature control for Various reactors, distillation or extraction systems, laboratories, research institutes, chemical, pharmaceutical, petrochemical, biochemical, medical, hospital, research and development workshops, semiconductor testing, aerospace, biology.

Sistemas dinámicos de control de la temperatura (Biochemistry Pharmaceutical Process)

Control de temperatura :-120℃~350℃

Temperature control for high pressure reactor；Double-layer glass reactor；Double-layer reactor；Microchannel Reactor；Distillation system；Material aging test；Vacuum chamber etc.

Control Temperature Control Flow Systems（Vehicle/Battery Pack Test)

Control de temperatura: -40℃~100℃

Simulación de temperatura para pruebas de calidad de vehículos: prueba de duración de la batería, banco de pruebas de inyectores/motores de combustible, prueba de airbags, banco de pruebas de componentes, etc. Puede simular las condiciones ambientales externas en la cámara climática o sustituir el sistema interno, lo que puede crear las condiciones de temperatura reales necesarias para el banco de pruebas.

Sistemas de refrigeración y calefacción (producción de semiconductores)

Control de temperatura: -85℃~250℃

Suitable for semiconductor process wet washing, photolithography, etching, chemical meteorological deposition, physical meteorological deposition, and the electronics industry (photolithography process)