Oil and lubricant analysis
Laboratory analysis of industrial oils and lubricants
Chemical and physical characterization for mineral and synthetic oils
Monitoring wear and contamination of fluids
Periodic monitoring of the chemical and physical properties of lubricating oils is essential to ensure theefficiency of mechanical organs and prevent sudden failures. Our laboratories perform accurate tests to determine the state of fluid degradation and the presence of contaminants, supporting predictive maintenance processes.
Chemical analysis of oils and lubricants
- Wear elements in oil: icp plasma chemical analysis - ASTM Method D5185
- Tan (total acid number) - ASTM Method D664
- Tbn (total base number) - ASTM Method D2896
- Pour Point - ASTM Method D97
- Fluid Contamination - ISO Method 4406
- Contamination: washing, filtration, grav. part. max.
- Density with aerometers - ASTM Method D1298
- Kinematic viscosity at 100°C - ASTM Method D445
- Kinematic viscosity at 40°C - ASTM Method D445
- Oxidation-nitration-sulfuration analysis - ASTM Method E2412 (ftir)
- Karl Fischerr Water Content - ASTM Method D6304
- Chemical analysis with particle counting SEM-smart pi
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