Anti-friction failure usually occurs due to:

Anti-friction failure is primarily associated with contamination, which compromises the integrity of the lubricant and can lead to increased wear and damage. Contaminants such as dirt, debris, or particulate matter can infiltrate the bearing surfaces, significantly affecting their performance. When these contaminants mix with the lubricant, they can create abrasive conditions, leading to pitting, scoring, or even complete bearing failure.

While options such as overheating and vibration can also contribute to equipment failure, contamination is the most direct and preventable cause of anti-friction failure, as it directly influences the lubricant’s ability to reduce friction and wear between moving parts. Proper maintenance, including regular checks for pollutants and ensuring that lubricants are clean, is essential for preventing anti-friction failure.