Using environmental simulation methods to evaluate corrosion resistance
Determining coating system efficacy is essential to ensuring the longevity of products and preventing future failures. Anderson Laboratories has two salt spray chambers for testing finished, plated, and painted surfaces to assist in determining the potential weak points in the product’s coating. We also conduct environmental simulation to evaluate how a material or product will perform under temperature and humidity cycling and other adverse, corrosive conditions.

Analysis Techniques
- Crevice corrosion evaluation
- Fog testing
- Salt spray
- Temperature cycling
- Humidity cycling
Industry Standards
- ANSI (American National Standards Institute)
- ASME (American Society of Mechanical Engineers)
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ASTM (American Society for Testing and Materials)
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ASTM A262
- Practice A, B, C, E, F - ASTM A380
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ASTM A763
- Practice W, X, Y, Z -
ASTM A923
- Method A, B, C -
ASTM A967
- Practice A, B, C, D, E, F - ASTM B117
- ASTM D610
- ASTM D714
- ASTM D1654
- ASTM D2247
- ASTM D4060
- ASTM G1
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ASTM G28
- Method A, B - ASTM G30
- ASTM G31
- ASTM G36
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ASTM G48
- Method A, B, C, D, E, F
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ASTM A262
- MIL-STD-867
Environmental Ranges
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Temperature Range
- Min: 0 ± 2°C
- Max: 175 ± 2°C
- Min: 32 ± 4°F
- Max: 347 ± 4°F
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Humidity Levels
- Min: 20 ± 3%RH
- Max: 95 ± 3%RH