Test EQ

Feature

1.Integral structure,the internal overall TIG seamless welding, beautiful appearance; Door lock device adopts lever power opening mechanism.

2.The use of Chinese color LCD touch man-machine interface + high-performance programmable controller (PLC), with TESTEQ test box independently developed special software, with automatic, intelligent, human control and other characteristics.

3.TESTEQ patent "Cold and heat balance technology",low temperature constant temperature season can be more than 30%.

4.Control mode: constant operation mode, program operation mode.

5.Refrigeration compressor and key accessories are selected international and domestic well-known brands, long-term and reliable operation; Environmentally friendly refrigerant, in line with the requirements of international environmental protection conventions.

6.Two-box type (vertical/horizontal) : independent high greenhouse and low greenhouse, the test sample through the basket up and down (or around) action conversion, to achieve the impact test in the high temperature, low temperature area, temperature recovery time is short, temperature change speed, compact structure, small volume.

7.The one-box test sample has been static, its temperature conversion through the pneumatic system to open (close) different air doors to achieve, easy to carry out online testing, reduce the mechanical impact on the test sample. Room temperature exposure test can be performed.

8.Configure RJ45 communication interface and remote control system (open data transmission protocol supports Modbus/OPC).

9.Surface electrostatic powder spraying; Box color"TESTEQ White", Controller panel color "TESTEQ Blue".

1.Reliable Thermal Shock Testing for Automotive Excellence

Ensure automotive component durability with our advanced ice water shock test chamber. Designed to simulate sudden temperature changes—such as hot engine parts hitting icy road spray—this system rigorously evaluates engines, brake valves, ECUs, and battery packs for thermal resilience and sealing integrity. Meet ISO and OEM standards with precision-controlled testing that mirrors real-world winter driving conditions.

2. Validate Electronics in Extreme Environments

From smartphones to industrial control units, electronic devices must withstand rapid temperature shifts and moisture exposure. Our ice water immersion tester replicates harsh scenarios like rain-soaked operation or snowmelt contact, verifying waterproof performance and long-term reliability of PCBs, connectors, sensors, and outdoor enclosures used in telecom, consumer tech, and transportation sectors.

3. Aerospace-Grade Thermal Shock Solutions

Certify aerospace components under MIL-STD-810G and DO-160 compliance with high-fidelity ice water shock testing. Test aircraft engine inlets, avionics housings, and re-entry vehicle seals against extreme thermal cycling between sub-zero altitudes and ground temperatures. Our chambers deliver unmatched accuracy for mission-critical reliability validation in aviation and space exploration systems.

4. Battery & EV Component Resilience Under Cold Stress

Accelerate innovation in electric mobility with precise low-temperature impact assessment. Our thermal shock chamber tests EV battery modules, power electronics, and charging infrastructure under simulated ice-water splash conditions—detecting seal failures, internal resistance spikes, and capacity degradation before deployment. Essential for ensuring safety and longevity in next-gen energy storage systems.

5. Sealing Performance Validation for Connectors & Cables

Protect signal integrity and prevent corrosion in automotive and industrial wiring systems. This ice water shock tester assesses the hermetic sealing of electrical connectors, harnesses, and junction boxes during abrupt thermal transitions—critical for autonomous vehicles, robotics, and outdoor communication networks exposed to freezing rain and thaw cycles.

6. Material Durability Testing for Plastics & Elastomers

Evaluate the long-term behavior of rubber gaskets, polymer seals, and composite materials under repeated thermal stress. Our chamber simulates decades of environmental aging in weeks by cycling samples between elevated operating temps and ice-cold immersion—revealing cracking, shrinkage, and loss of elasticity early in R&D or quality assurance workflows.

Your R&D Deserves Better Data – Validate with Our Tools