LCS Laboratory provides professional sampling supplies and chemical analysis for oil mist using a modified version of the NIOSH 5026 method. Our modifications ensure safety and compliance by replacing carbon tetrachloride with an ozone-friendly solvent while maintaining the accuracy and reliability of the testing procedure.

Purpose of Oil Mist Testing

Oil mist testing is essential for monitoring workplace air quality, particularly in environments where oil-based lubricants or cutting fluids are used. This analysis helps industrial hygienists and safety professionals assess exposure levels and implement effective control measures to safeguard workers’ health.

Technical Details of Our Service

  1. Sampling Process:
    • Air samples are collected on 37 mm PTFE filters at flow rates of 1-4 L/min using portable sampling pumps.
    • The sampling procedure mirrors the NIOSH 0500 or 5026 techniques, ensuring ease of use and consistency.
    • All necessary equipment is provided by LCS Laboratory and will be precalibrated to meet your requirements.
    • We recommend to collect the air samples for 4-8 hours to ensure that the time-weighed concentration represents typical exposure to the oil mist
  2. Laboratory Analysis:
    • Once samples are collected, the oil is extracted from the cassette and insoluble dust is removed.
    • Analysis is performed by LCS laboratory using Fourier Transform Infrared Spectroscopy (FTIR), providing precise and reliable results.
    • The typical detection limit is 20 micrograms of oil per sample, meeting the requirements for industrial hygiene assessments.

Why Choose LCS Laboratory?

Our sampling and analytical procedures deliver accurate and actionable data. With years of expertise in industrial hygiene testing, LCS Laboratory is your trusted partner for reliable oil mist analysis.

Contact Us to Discuss Your Project

To order an oil mist test or to discuss the specific needs of your project, please email us at your convenience. Our team is ready to assist you in achieving a safer workplace.

Share this article: