The thermal vacuum test chamber features powerful thermal load capacity and high-precision surface temperature control for test articles. It enables rapid temperature rise and fall, greatly improving test efficiency and providing strong support for scientific research and production in the aerospace field.

The thermal oil temperature control unit adopts advanced indirect thermal oil temperature control technology. With high-precision temperature control performance, it provides users with a stable and reliable temperature control environment. The unit delivers excellent temperature uniformity, effectively ensuring the accuracy of test results, and serves as an ideal solution for temperature control in a wide range of industries.

The gaseous nitrogen temperature control unit adopts gaseous nitrogen as the circulating medium. It realizes the cooling, heating and constant temperature regulation of gaseous nitrogen through liquid nitrogen refrigeration and electric heater heating. It can accurately create high or low temperature environments and achieve fixed-point adjustment and precise control of circulating gaseous nitrogen temperature within the specified range.

1. Improved Load Capacity: Upgrading and retrofitting of thermal vacuum test chambers for high heat generation and batch product testing.
         2. Product Surface Temperature Control: Temperature regulation on the surface of heat-generating test pieces inside thermal vacuum test chambers.
         3. Signal Transfer Box: Facilitates cabin penetration wiring for thermal vacuum test chambers.
         4. High-Voltage Insulation Flange: Used for thermal vacuum test chambers to connect power supplies with a voltage of 3000V or below.
         5. Pressure Control Module: Equipped on thermal vacuum test chambers to meet the test requirements of low-pressure discharge and micro-discharge.

A Unique Three-Comprehensive Chamber: Temperature-Low Air Pressure-Air Supply Integrated Test Chamber with Background Temperature Control!
      1. Complies with the low air pressure (altitude), high temperature and low temperature test requirements specified in GJB 150.A.
      2. Equipped with a rapid decompression test procedure and features one-click startup design.
      3. Precise control under the combined test conditions of temperature, low pressure (altitude) and product air supply.

 The conventional heating-cooling antagonistic temperature control solution is still widely used in testing equipment. While it ensures favorable temperature control accuracy, it features high operating energy consumption and is not applicable to tests of heat-generating products.
How to balance multiple conflicting test requirements: low energy consumption and high temperature precision, rapid temperature variation and fast steady-state convergence, as well as reliable testing for both high-heat-dissipation and non-heating products?

We can precisely adjust hardware configurations and software modules on demand in accordance with customers’ specific test requirements, including high-precision cooling/heating equipment, heat conduction and fluid control systems, vacuum/high-vacuum systems, test working conditions, control algorithm & software development, and data acquisition demands. Fully adapted to actual application scenarios, we provide exclusive customized services.

Any chamber's problem, call Real-Temp.
         -- 15 years in environmental simulation, 7×24-hour online response, Real-Temp has you covered!

Note 1: Wang Qiang is an outstanding engineer representative of the company’s technical service team. All team members have more than six years of technical service experience in aerospace environmental simulation equipment, capable of providing professional, efficient and full-cycle technical support.