CO₂ Test Chamber

The DHT® CO₂ Test Chamber is an advanced environmental simulation system engineered to deliver precise control over carbon dioxide concentration, temperature, and humidity. Designed for rigorous scientific and industrial testing, it enables accurate reproduction of CO₂-rich conditions required in applications such as material aging, biological incubation, food shelf-life studies, pharmaceutical research, and electronic component reliability validation.

Built with high-precision sensors and a robust PID control system, the DHT® CO₂ chamber ensures stable, repeatable environments for both short-term and long-term testing. It supports CO₂ concentrations up to [customizable ppm range], with fine-tuned thermal and humidity uniformity to meet demanding simulation requirements.

Whether you’re testing polymer degradation, evaluating packaging stability, cultivating cells under CO₂ conditions, or simulating field environments for aerospace electronics, this chamber offers the consistency and accuracy critical to dependable results. Trusted across industries including biotechnology, automotive, aerospace, and materials science, the DHT® CO₂ Test Chamber is your reliable partner for high-performance environmental testing.

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Benefits

Precise CO₂ Concentration Control: The chamber employs a high-sensitivity infrared sensor and closed-loop control technology to precisely set and maintain CO₂ concentration, offering high accuracy and minimal fluctuation.

Multi-Parameter Integrated Control: In addition to CO₂ concentration, the chamber can independently or simultaneously adjust temperature and humidity, creating a multi-variable experimental environment that adapts to different testing requirements.

Strong Uniformity and Stability: The chamber features optimized air duct design and an efficient circulation system, ensuring uniform distribution of temperature, humidity, and gas concentration within the chamber, enhancing testing reliability and reproducibility.

Intelligent Operating System: Equipped with a touch-screen human-machine interface, the system is intuitive and user-friendly. It supports program settings, data recording, and remote monitoring, facilitating long-term experiments and data management.

Safe and Reliable Design: The chamber includes multiple protective mechanisms such as over-temperature alarms, gas leak detection, and power failure recovery, ensuring the safety of experiments and stable operation of the equipment.

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