Evaluate corrosion resistance under aggressive environments using copper-accelerated salt spray testing. Designed for precise, reliable, and accelerated validation of coatings and material durability.
The CASS Test Chamber is engineered to simulate highly corrosive environments using copper-accelerated salt spray (fog) conditions. This accelerated testing method enables manufacturers to evaluate corrosion resistance of coated and plated components in a significantly reduced timeframe.
With advanced control over temperature, humidity, and fog generation, the chamber ensures consistent exposure conditions for accurate and repeatable testing. It is widely used in industries where corrosion resistance is critical for product performance and long-term reliability.
Key Features
Advanced Features
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Why Choose CASS Test Chamber
FAQS
CASS (Copper Accelerated Acetic Acid Salt Spray) testing uses a combination of copper chloride and acidic conditions to significantly accelerate the corrosion process. This makes it more severe than standard salt spray testing, allowing faster evaluation of coating performance and corrosion resistance.
CASS testing is preferred when evaluating high-performance coatings such as electroplated parts, decorative finishes, and protective layers that must withstand harsh environments. It is ideal when faster and more stringent corrosion validation is required.
CASS chambers are widely used for testing automotive components, chrome-plated parts, anodized surfaces, fasteners, and coated metals that require high corrosion resistance in aggressive environmental conditions.
The chamber maintains controlled temperature, humidity, and fog generation using precision sensors and automated systems. Uniform salt fog distribution and stable environmental conditions ensure repeatable and reliable test results.
Yes, the system supports programmable test cycles, allowing users to define exposure duration, environmental conditions, and repeat cycles to accurately simulate real-world corrosion patterns.
Yes, advanced PLC and HMI systems enable real-time monitoring, data logging, and performance tracking. Users can access test data, graphs, and reports for analysis and documentation.
Yes, the chamber is designed for continuous operation with stable environmental control, making it suitable for extended corrosion testing and long-term durability evaluation.
