Fluid Contamination Testing

Why Fluid Contamination Testing is Required
Products operating in automotive, aerospace, defence, industrial, electronics, and transportation sectors are routinely exposed to a wide range of contaminating fluids. Prolonged or accidental exposure can result in material degradation, corrosion, coating failures, and loss of functionality.
Fluid contamination testing helps to:
- Evaluate the compatibility of materials with operational fluids.
- Identify potential failures caused by chemical exposure.
- Verify the effectiveness of protective coatings, seals, and gaskets.
- Improve product reliability and service life.
- Support product qualification and regulatory compliance requirements.
- Reduce field failures and maintenance costs.
The test can identify various adverse effects, including:
- Corrosion and surface degradation
- Seal and gasket deterioration
- Paint and marking removal
- Material softening, swelling, cracking, or decomposition
- Packaging failures
- Temporary or permanent functional impairment of components
Standards Supported
SKC Group of Labs supports fluid contamination testing in accordance with recognized national and international standards, including:
- EN 2591-315
- IEC 60068-2-74
- Method 1016 of MIL-STD-1344A
- Section 11 of RTCA DO-160G
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Customer-specific and application-specific test protocols
Customized test programs can also be developed based on product application, operating environment, and customer requirements.
Fluids Supported for Testing
Our testing facilities can evaluate product resistance against a wide range of contaminating fluids, including:
- Cleaning Fluids
- Coolant and Dielectric Fluids
- De-icing and Anti-freeze Fluids
- Disinfectants
- Fire Extinguishing Agents
- Fuels
- Hydraulic Fluids
- Insecticides
- Lubricating Oils
- Solvents
Additional customer-specified fluids can be accommodated based on testing requirements.
Key Benefits
- Early identification of material compatibility issues
- Enhanced product durability and reliability
- Validation of protective coatings and sealing systems
- Reduced warranty and maintenance costs
- Compliance with military, aerospace, and industry requirements
- Increased confidence in product performance under real-world operating conditions
