This chamber is engineered for applications demanding fast temperature transitions. It rapidly simulates extreme thermal fluctuations to evaluate how materials and components withstand thermal-mechanical stress—revealing potential failure points before products reach the field.
Key Capabilities
- Fast Temperature Ramp Rates — Achieves transitions up to 20°C/min, replicating real-world thermal shock conditions
- Reliability Validation — Tests product durability under repeated heating and cooling cycles
- Failure Analysis — Identifies weaknesses in solder joints, adhesives, seals, composites, and electronic assemblies caused by thermal expansion and contraction
Applications
Ideal for industries where components face rapid or extreme temperature changes, including:
- Aerospace and aviation
- Automotive
- Defence
- Electronics and semiconductors
- Energy and power systems
- Medical devices
Benefits
- Accelerated Testing — Simulate years of thermal stress in compressed timeframes to speed up product development and certification
- Quality Assurance — Verify that materials and assemblies meet stringent reliability and durability standards
- Risk Reduction — Detect thermal-mechanical failures early, reducing warranty claims and field failures
Product Specifications
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| Model | HD-E708 |
| Internal dimension(W*D*H) | 400*500*500mm |
| External dimension(W*D*H) | 600*1080*1380mm |
| Working capacity | 100 liter |
| Internal chamber material | SUS#304 stainless steel, mirror finished |
| External chamber material | Stainless steel with paint spray |
| Temperature range | -70℃~+180℃ |
| Temperature fluctuation | ±1C |
| Humidity range | 10%~98%RH |
| Humidity fluctuation | ±2.5%RH |
| Humidity uniformity | 3%RH |
| Sample tray | SUS#304 stainless steel, 2pcs |
| Observation window | Tempered glass: 250*300mm |
| Testing hole | Diameter 50mm, for cable routing |
| Power supply source | Three-phase, 380V, 50Hz |
Suited for R&D laboratories, quality control departments, and manufacturers needing confidence that their products will perform reliably in demanding thermal environments.

