Floor 1, No. 3, Shugang Avenue, Hongmei Town, Dongguan City, Guangdong Province, China
High and low-temperature environmental test chambers engineered for rapid heating/cooling cycles and material stress analysis.
Define the governing method, specimen, loaded operating condition and complete temperature profile before comparing chamber volume or catalogue limits. These factors determine usable performance, repeatability and the refrigeration capacity required for the test.
Start with the applicable IEC 60068, MIL-STD-810, ISO 16750 or customer procedure. Record the required cold, dry-heat, temperature-change and dwell conditions, including tolerances and the temperature location used for compliance.
Review Temperature Test Standards →Provide the starting condition, upper and lower temperatures, ramp or transition requirements, dwell time, number of cycles and recovery criteria. A controller’s maximum range alone does not define usable test performance.
Plan the Complete Temperature Profile →Size the chamber from the loaded specimen envelope, airflow clearance, fixtures, shelves and cable routing—not nominal litres alone. Restricted airflow can increase gradients and prevent the specimen from reaching the required condition.
Review Chamber Size and Airflow →State whether the requested heating and cooling rate applies to chamber air or the specimen. Powered samples, fixtures and internal heat output change pull-down time, recovery and required refrigeration capacity.
Evaluate Loaded Ramp Performance →Add humidity only when the method requires damp heat, condensation, humidity cycling or controlled storage. Confirm the valid temperature-humidity operating envelope, water quality and specimen moisture sensitivity before choosing the system.
Compare Temperature-Humidity Testing →Define sensor locations, uniformity and fluctuation checks, data recording, access ports, internal power, alarms and acceptance-test conditions. These details create a verifiable specification and reduce changes after manufacture.
Request a Configuration Review →Send the test method, complete profile, specimen dimensions and mass, energized heat output, required ramp rate, monitoring points and available power supply. DERUI will review the suitable workspace and control configuration.
Request a Temperature Chamber Recommendation Download Temperature Chamber CatalogsTemperature chamber selection
The products in this category span compact dry-temperature cabinets, controlled humidity, fast thermal cycling, large rooms and safety-oriented custom systems. They do not share one universal temperature range, ramp rate or safety package. Start with the specimen and complete test profile, then use the product routes below to narrow the equipment configuration.
| Your test requirement | Relevant product pages | Define before quotation |
|---|---|---|
| Cold, dry heat or smaller thermal loads | 50 L High and Low Temperature Chamber High Temperature Test Chamber |
Minimum and maximum temperatures, loaded dwell, specimen heat output and workspace. A high-temperature-only design is not a low-temperature or humidity system. |
| Temperature plus controlled humidity | 80 L Temperature and Humidity Chamber 150 L Humidity Heat Chamber Desktop Temperature and Humidity Chamber Double 85 High Humidity Chamber |
Required temperature–RH combinations, hold time, water quality and sample load. For an 85 °C / 85% RH programme, confirm the loaded operating point and recording requirements—not merely the name “Double 85.” |
| Fast thermal change or bending under temperature | Rapid Temperature Change Chamber High/Low Temperature Bending Test Machine |
For fast cycling, define whether ramp rate applies to chamber air or the specimen under load. For bending, specify fixture geometry, motion/force profile and measurement interface. Neither is automatically an air-to-air thermal shock chamber. |
| Large assemblies or walk-in access | 2000 L Climate and Temperature Chamber Walk-In Temperature and Humidity Room |
Loaded dimensions, doorway and handling route, floor load, airflow clearance, heat rejection and site utilities. Choose by usable test envelope and required conditions, not nominal volume alone. |
| Separate levels or parallel specimen groups | Double-Layer Temperature-Controlled Chamber | Whether the layers need independent programmes, specimen capacity in each level, heat load, access and monitoring. Do not infer independent control solely from the cabinet layout. |
| Battery or other hazardous test loads | Three-Layer High/Low Temperature Safety Chamber 3000 L Custom Temperature and Humidity Safety Chamber |
Specimen chemistry, stored energy, state of charge, powered load, credible failure mode, exhaust destination, relief and facility response plan. The product label does not replace a project-specific hazard assessment. |
A usable proposal depends on the specimen and the full profile, including performance under the real load.
Need rapid hot/cold transfer rather than one-workspace cycling? Compare the thermal shock chamber range. Ready to specify a thermal system? Send your test profile to DERUI →
Derui Testing Equipment is always committed to providing precise and reliable testing technology solutions for global industrial upgrading，ngaged in design & manufacturing high-quality testing equipment such as paper and packaging testing equipment， Our main products include environmental test chamber and climate test chamber
