When an engineer needs to replace or specify an industrial component, the evaluation often starts with familiar criteria: dimensions, compatibility, availability, performance requirements, and price.

Industrial systems are not limited by design intent - they are limited by material behavior.

In many industrial facilities, equipment begins to show problems long before reaching its expected service life. Bearings that wear repeatedly, seals that lose containment capability, motors that overheat, or pumps that gradually develop higher vibration levels are among the most common industrial mechanical failures.

In many industrial plants, equipment receives regular maintenance and still experiences recurring failures, premature wear, or unexpected losses of availability.

Selecting a material for an industrial component exposed to friction and wear may appear to be a decision based primarily on mechanical strength or hardness.