environmental stress screening chamber

Our Environmental Stress Screening Chamber (ESS) is designed to simulate extreme temperature and humidity conditions, helping industries like electronics, automotive, aerospace, and military ensure product durability and reliability. By subjecting components to rigorous thermal cycling and vibration tests, the chamber helps detect early-life failures, ensuring that your products are ready for even the most demanding environments.

Key Features & Specifications:

• Wide Temperature Range: -70°C ~ +180°C (with optional ranges of -60°C ~ +180°C and -40°C ~ +180°C)

  • Whether you’re testing products for freezing environments or extreme heat, our ESS chamber covers a broad temperature range, ensuring your components can withstand both ends of the thermal spectrum. The precise temperature control helps accelerate failure testing in both cold and hot conditions, from extreme cold environments to industrial heat.

• Humidity Control from 10% R.H. to 98% R.H. (at +10°C ~ +95°C)

  • With a wide humidity range, this chamber ensures that your components are tested under varying moisture conditions. This level of control is critical for testing electronic and mechanical parts that may be sensitive to humidity changes.

• Fast Heating and Cooling Rates: 10°C/min Heating Rate and 5°C/min Cooling Rate (customizable)

  • The ESS chamber’s rapid heating and cooling rates ensure quick transitions between temperatures, providing an accelerated test cycle that simulates thermal shocks and helps identify weak points in your products faster.

• Precise Temperature Control: Temperature Fluctuation ≤ ±0.2°C (no-load, steady state)

  • Our chamber maintains exceptional temperature stability with minimal fluctuation, ensuring precise and consistent testing conditions for reliable results. This ensures accurate product performance evaluations in real-world scenarios.

• Humidity Fluctuation: ±2.0% R.H. (no-load, steady state)

  • Maintaining consistent humidity levels is vital for testing products in high-moisture environments. With a minimal fluctuation of only ±2.0% R.H., the chamber ensures stable conditions, giving you confidence in the results.

• Energy Saving Features: Hot gas bypass + Cold-end self-balancing technology

  • Designed with energy efficiency in mind, the chamber integrates self-balancing technology that optimizes the use of energy during testing, reducing operational costs while maintaining performance. This means you can conduct comprehensive tests without the heavy energy consumption typically associated with environmental chambers.