Oil & Wear Debris Analysis

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Oil & Wear Debris Analysis

Oil analysis can be done at lab and samples to be provided by Maintenance. Ferrography determines the condition of the machine by detecting and measuring the concentrations and size of wear particles without any size limitation. Ferrography concentrates on particles that carry definite information about the condition of the wearing components

Viscosity at 40 & 1000 C, TAN / TBN, NAS values, Moisture content, Ferrous Index etViscosity at 40 & 1000 C, TAN / TBN, NAS values, Moisture content, Ferrous Index etc

Infrared Thermography Applications
Infrared Thermography

The following types of Particle Classifications & Types of Wear shall be detected:

  • Normal Rubbing Wear
  • Cutting Wear
  • Bearing Wear
  • Severe Sliding Wear
  • Gear Wear
  • Nonferrous Wear Particles
  • Corrosive Wear
  • Black Oxides
  • Red Oxides
  • Spheres
  • Sand/dirt, Fibers, Friction Polymers, Organic Material
  • Ferrous: Magnetic, Paramagnetic; Fe, Fe₂O₃, Fe₃O₄, Stainless
  • Non-Ferrous: Copper alloys, Aluminum, Babbitted metals, Zinc, Chrome, etc.
  • Contaminant: Fluids; Dust; Dirt; External process debris; Filter material; Friction polymers; Organic matter