How Can a Two-Zone Thermal Shock Chamber Enhance Product Reliability?
Will electronic products, automotive components, or materials fail due to thermal expansion and contraction in extreme temperature environments? The Two-Zone Thermal Shock Chamber (CTS Series) is the key solution. It simulates rapid temperature transitions (Low temperature range: -40 to -10℃ ,or by negotiation, -55℃/-65℃ optional; high temperature range: +60~+150℃) to detect physical damage or chemical changes caused by sudden thermal shifts, ensuring product reliability in real-world conditions.
1. Core Technical Advantages
Precise Temperature Control: Adopt imported fully enclosed compressor or semi-enclosed compressor, coupled with multi-stage evaporators, it achieves temperature fluctuations ≤±0.5°C and uniformity ≤±2°C.
Efficient Transition: Through the chain conveyor system, the sample can be quickly switched between the high temperature zone (preheating temperature range is room temperature to +180°C) and the low temperature zone (precooling temperature range is -10°C to -70°C).
Durable Design: Features an SUS304 stainless steel inner chamber, mirrored stainless steel exterior, and insulation combining rigid amine foam with glass wool for long-term stability.
2. Applications
Consumer Electronics: Tests thermal shock resistance in batteries and casings for phones and laptops.
Automotive Industry: Validates durability of headlights and seals under extreme temperature variations.
Aerospace/Defense: Simulates high-altitude or polar conditions on materials.
Choose the CTS Series—your product's "thermal insurance" against failure!
