Just as hotspots reveal engine issues early, understanding their patterns can prevent costly failures—discover how to interpret these signals now.
Thermal Imaging for Engines: The Hotspot Pattern That Predicts Failures
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Oil Analysis & Diagnostics
41 posts
Borescope Inspections: The 7 Places to Look Before You Blame the Oil
Find out the seven critical engine areas to inspect with a borescope before blaming the oil, ensuring accurate diagnosis and cost-effective repairs.
The Trendline Rule: How to Read UOA Like a Reliability Engineer
An essential guide to mastering the Trendline Rule in UOA analysis reveals how to detect early signs of equipment failure before it’s too late.
Oxidation, Nitration, Insolubles: The Trio That Predicts Deposit Risk
Discover how oxidation, nitration, and insolubles signal deposit risks, helping you prevent engine damage before it’s too late.
Viscosity at 40°C vs 100°C: Why Both Matter (and When They Don’t)
Worried about oil performance? Discover why measuring viscosity at both 40°C and 100°C is crucial—and when it might not be enough.
TBN and TAN: The Two Numbers That Get Misused Most
Keen understanding of TBN and TAN is essential to avoid costly mistakes; discover how misusing these numbers can impact your engine’s health.
Coolant in Oil: The UOA Clues That Show Up Before Catastrophe
A thorough UOA can reveal early signs of coolant in oil, providing crucial clues before catastrophic engine damage occurs—discover how to catch it early.
Silicon in UOA: Dirt Ingestion vs Sealants—How to Tell the Difference
Keen understanding of silicon in UOA reveals whether dirt ingestion or sealant breakdown is the culprit—discover the key indicators to identify the source.
Wear Metals Explained: When High Numbers Matter and When They Don’t
Diving into wear metals reveals when high readings indicate serious issues or normal variations, helping you decide when to act or observe.
How to Take a Clean Oil Sample (Without Contaminating the Result)
I will guide you through essential steps to ensure your oil sample remains uncontaminated, so you can obtain accurate analysis results.
