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In environmental simulation testing, high-speed temperature control equipment is essential for verifying product reliability under extreme temperature variations. Guangdong Labcompanion Technology’s fast temperature change test chamber and thermal shock test chamber, both featuring high-speed temperature control, serve aerospace, military electronics, automotive new energy and other stringent industries. Though similar in core function, they have distinct principles and applicable scenarios.
Both chambers are engineered to simulate extreme temperature fluctuations, supporting R&D and military testing. They meet international and domestic standards including GJB, MIL-STD, IEC. Fitted with Labcompanion’s intelligent control system, they enable curve programming, data export and remote monitoring. Built with robust structures and high-efficiency heating/cooling systems, some models adopt eco-friendly R404A refrigerant.
|
Item |
Fast Temperature Change Test Chamber |
Thermal Shock Test Chamber |
|
Working Principle |
Single-chamber, continuous & smooth gradual temperature change |
Two/three-zone switching, instantaneous shock via rapid sample transfer |
|
Key Parameters |
Adjustable rate: 5–20℃/min; Temp range: -70℃–180℃; Supports humidity control |
Temperature difference >150℃; Sample transfer time ≤10s; Fixed shock mode |
|
Application Scenarios |
Gradual temperature change tests for new energy batteries, automotive electronics, consumer electronics |
Instant temperature shock tests for aerospace components, military equipment, automotive glass |
|
Applicable Standards |
IEC 60068-2-38, GB/T 2423.22 |
IEC 60068-2-14, MIL-STD-810H |
No absolute superiority exists between the two models. Select the fast temperature change chamber for gradual, adjustable temperature change tests, which offers higher cost-effectiveness for mass R&D and testing. Choose the thermal shock chamber for instantaneous extreme temperature shock tests in aerospace and military fields, with higher budget for operation and maintenance. Selection should be based on test standards, sample characteristics and budget.