Recent years have demonstrated that cyclic salt spray chambers provide a more realistic simulation of real-world corrosive environments compared to the traditional salt spray testing method. The salt spray test operates at a single temperature set point (ambient to 55°C) in continuous mode. This makes the cyclic corrosion test more reliable for evaluating corrosion resistance.

Thriving solar energy market and increasing competition has raised the reliability and performance standards for photovoltaic modules. Manufacturers must ensure their photovoltaic (PV) modules are robust, reliable and able to consistently deliver the guaranteed rated power even under more severe climactic conditions. CME’s environmental chambers will tremendously help you in this process of developing a reliable PV modules /solar panels at fraction of cost.

The Drive-In Rain Test Chamber is generally used to conduct whole body testing of assembled vehicles under different rain test procedures to study and estimate their structural degradations and destructions induced by rain/water. The twin shower area with 1.1 million litre & 0.35 million litre volume is enclosed in a shed where arrays of pipes are interconnected to form zones to ensure the uniform spraying as per JSS 55555 test standard. The water gushes through the nozzle at a flow rate of up to 288 cu m/hr and the test chamber water collection system have a central grating with sufficient slope to collect the sprayed water during operation and circulate it back to the water reservoir to ensure close loop circulation.

Dual BOD Incubators are designed with two separate compartments, allowing independent operation at different temperature values, suitable for applications requiring simultaneous but varied conditions.