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Oil Sampling Hand Pump

Oil Sampling Hand Pump

Simple oil sampling solution. 

Includes Sample Pump .

Sample bottle kits and analysis sold separately.

$95.00 AUD
$95.00 AUD
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  • Regular monitoring of fluids is essential for maintaining the performance and reliability of equipment across all industries. Consistent analysis can help detect early signs of contamination, wear, or degradation, preventing costly downtime and repairs.

    A key factor in obtaining accurate results is ensuring a clean and controlled sampling process. This includes using properly cleaned containers, avoiding cross-contamination, and collecting samples in a clean environment. Proper sampling practices not only improve the reliability of the analysis but also provide more precise insights for optimising maintenance and operational efficiency.

    Analysis Description

    ICP emission spectrometry analysis makes it possible to determine the presence of wear metals along with contamination by lubricating oil additives, oxides salts and dirt. The origin and content of the elements provide information on the wear of the mechanical parts and additive depletion in the oil.

    Viscosity corresponds to the fluidity of the oil. It is measured using an automatic capillary viscometer. The interpretation of the result is done by comparison with new oil. A significant change in viscosity generally means: thermal or chemical deterioration of the lubricant or Contamination by another fluid.

    Measures the physical and chemical properties of the oil, Soot, Oxidation, Nitration and Sulphation. This gives an indication of the oil's degradation and combustion efficiency.

    Performed by an optical meter It locates the level of pollution of the oil by solid particles and allows the efficiency of the filtration to be assessed.

    Water promotes oxidation and corrosion. It creates risks of emulsion. It comes from an external inlet, a leak in the cooling circuit or, following storage of the lubricant, condensation problems.

    The TAN (acid number) is an element that allows you to assess the degree of oxidation of a lubricant by evaluating the quantity of acid formed. It is a criterion for changing the oil. The result must always be compared with the initial TAN of the oil.

    The WPI (Wear Particle Index) directly represents the magnetic mass of ferrous debris in the sample. The measurement is made on magnetizable wear particles (iron, nickel, etc.)

    How it works

    • Once your order is registered, an analysis kit will be sent to you. You will be notified by email when your package is shipped.

    • Collect your sample using the Kit. Return your sample to the laboratory at the address on the envelope.

    • Once we receive your sample, our scientists will analyse and diagnose your sample.

    • The results will be sent to you by email and will be available on the mobile application.