File:LUCAS LONG LASTING SCAR VANILLA 40X.jpg and Maximum Load: Difference between pages
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The Maximum Load rating is mathematically derived from a number of factors, and is measured at the point when the scar size rate of increase is less than 0.01 mm/min. Most scar size increases can be expressed with the following equation: | |||
[[File:Max_load_eq_01.png|thumb|center|Scar size increase.]] | |||
At this point, we can deduce the point at which the oil film layer is able to fully withstand the pressures without breaking. This is typically referred to as "film strength". | |||
This rating typically varies from 15,000 PSI (poor) to 150,000 PSI (excellent). | |||
Revision as of 20:00, 22 February 2021
The Maximum Load rating is mathematically derived from a number of factors, and is measured at the point when the scar size rate of increase is less than 0.01 mm/min. Most scar size increases can be expressed with the following equation:
At this point, we can deduce the point at which the oil film layer is able to fully withstand the pressures without breaking. This is typically referred to as "film strength".
This rating typically varies from 15,000 PSI (poor) to 150,000 PSI (excellent).
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