The Performance Testing System is a fully customizable professional test platform independently developed for the thermal management industry. It is dedicated to accurate performance testing and data verification of liquid-cooled cold plates, heat sinks, radiators and thermal interface components. Oriented to R&D laboratories, quality inspection departments and mass production verification scenarios, the system achieves standardized, repeatable and automated thermal performance testing, helping enterprises complete product performance evaluation, scheme optimization and batch quality control efficiently.
Modular hardware + software architecture. Test fixtures, sensors, data acquisition and automated control logic can be fully customized according to your samples, test standards and environmental boundary conditions.
High-accuracy temperature, pressure and flow sensors are deployed across the test loop. Stable closed-loop control ensures consistent test conditions, delivering reliable, traceable measurement data for engineering reports and qualification documentation.
Supports a full range of thermal performance tests: cold plate heat transfer coefficient, pressure drop/flow resistance, radiator thermal dissipation, thermal interface contact resistance, vapor chamber and phase-change plate performance characterization.
Automated test sequence execution, real-time data logging, curve plotting and standardized report generation. Reduce manual operation errors and shorten test cycles.
Suitable for military, aerospace, electronics cooling and industrial heat exchanger R&D and certification. Supports testing under ambient, high/low temperature and simulated pressure environments.
Our thermal engineering team participates in requirement communication, scheme design, on-site commissioning, training and after-sales technical support throughout the project lifecycle.
The system integrates multi-dimensional testing functions to cover mainstream thermal performance test indicators for thermal management components:
Accurately measure heat transfer coefficient, heat exchange efficiency, fluid pressure drop and flow resistance under adjustable flow rate and medium temperature conditions. Adapt to various structural cold plates, including straight channel, serpentine channel and micro-channel liquid cooling plates, supporting full-condition performance calibration.
Simulate actual ventilation working conditions through adjustable wind speed and ambient temperature. Test and evaluate the overall heat dissipation capacity, steady-state thermal resistance and surface temperature distribution of radiators, providing authentic and reliable test data for product structure optimization.
Equipped with precision pressure control module to realize stepless adjustment of clamping force. Precisely test the contact thermal resistance between fitting surfaces, and support quantitative research on the influence of pressure, thermal interface materials and surface flatness on heat transfer efficiency.
Adopt high-precision multi-channel sensors to collect real-time data of temperature, pressure, flow and wind speed. The supporting industrial control software automatically calculates parameters, generates test curves and exports standardized test reports, effectively eliminating manual operation errors and ensuring test data consistency and traceability.
R&D laboratory scheme comparison and performance verification, incoming material quality inspection of thermal components, batch consistency testing in mass production, factory finished product performance certification, and third-party thermal performance testing and calibration services. Widely applied in new energy, aerospace, communication equipment, industrial control and heat dissipation industry supporting fields.
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