Used Oil Analysis

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Used Oil Analysis

Our used oil analysis service provides comprehensive and insightful assessments of lubricating oil samples.

Our used oil analysis service provides comprehensive and insightful assessments of lubricating oil samples to help you optimize equipment performance, extend the life of your machinery, and minimize maintenance costs. By analyzing the properties and condition of your used lubricants, we deliver valuable insights that enable proactive maintenance strategies and informed decision-making.

Key Features of our Used Oil Analysis Service:

  • Accurate and Reliable Testing: We employ state-of-the-art laboratory equipment and follow industry-standard testing methods to ensure accurate and reliable results. Our experienced technicians meticulously analyze the samples, adhering to stringent quality control protocols.
  • Extensive Test Parameters: Our comprehensive oil analysis evaluates multiple parameters, including:
    • Viscosity: Measures the oil’s resistance to flow, providing insights into lubricant performance and potential contamination.
    • Wear Metals and Particle Count: Identifies the presence of wear particles, indicating the condition of engine components or machinery.
    • Contamination: Detects the presence of contaminants such as dirt, water, fuel, or coolant, which can adversely affect equipment operation.
    • Oxidation and Nitration: Determines the level of oil degradation due to heat, oxidation, or exposure to reactive gases.
  • Interpretation and Analysis Reports: Our analysis reports provide clear and concise interpretations of the test results. We highlight any abnormal trends, potential issues, or areas of concern, allowing you to take timely action. Our reports also include historical data and trend analysis, enabling you to monitor the health of your equipment over time.
  • Trend Monitoring: We emphasize the importance of trend monitoring through regular oil analysis. By tracking changes in oil properties over time, we identify early warning signs of potential equipment failures, enabling proactive maintenance and minimizing unexpected downtime.