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(Simulation of Extreme Thermal Environments with Precise Control)

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Our Salt Spray and Saturated Controlled Humidity (SCCH) solutions represent the highest standard in engineering for accelerated corrosion testing. From precision laboratory equipment to large-capacity Walk-in Chambers, these systems are designed for laboratories that demand absolute reproducibility, thermal stability, and strict compliance with the most rigorous international standards.

 

They provide the ultimate technology for evaluating the integrity of coatings, metals, and polymers in critical industries such as automotive, electronics, and aerospace, allowing everything from small components to large-scale assemblies to be exposed to severe and controlled corrosive environments.

 

Testing Capabilities and Methods

 

Our systems support a comprehensive range of standardized test methods and can be configured to accommodate the testing volume required by your project.

 

 

1.Standard Salt Spray Testing

 

ASTM B117 – The fundamental test method for evaluating general corrosion resistance in surface treatments, coatings, and protective finishes.

 

2. CASS Testing (Copper-Accelerated Acetic Acid Salt Spray)

ASTM B368 – Accelerated acetic acid salt spray testing with copper chloride, essential for validating high-performance decorative finishes, including:

• Nickel-chromium coatings
• Nickel-chromium-copper coatings
• Automotive exterior components

 

3. Advanced Testing Modes and Global Standards

ISO 9227 – Execution of NSS, AASS, and CASS corrosion tests.

ASTM G85 – Modified salt spray procedures incorporating acetic acid fog and specialized cyclic corrosion environments designed to simulate aggressive industrial conditions.

 

High-Capacity Walk-in Solutions

 

When test specimens exceed the limitations of conventional chambers, our Walk-in Chambers provide the same level of technical precision on an industrial scale.

 

Industrial Capacity

 

Engineered to accommodate full-sized bumpers, engines, production racks, large assemblies, and oversized prototypes.

 

Corrosion-Resistant Engineering

 

Constructed from materials specifically designed to withstand the corrosive environments generated within the chamber, ensuring long service life and reliable operation.

 

Flexible Loading Capabilities

 

Designed for easy access by forklifts or rail-mounted handling systems, optimizing setup times and improving efficiency for large-scale corrosion testing programs.