Industries rely on machinery and related systems to produce a myriad of products. The oil they use to lubricate the machinery, and aid energy transfer, must provide the necessary qualities to endure potential risks to the machinery. One potential problem is wear. Anti wear additives are one solution.
The Role of Anti Wear Oil Additives
An anti-wear additive has one key role – to prevent wear to metal surfaces. In industry, it is blended into a base oil to produce a mixture capable of protecting the metal surface of an engine. This is the result of a chemical reaction.
The additive is heat-activated. When the fluid is introduced, the anti-wear additive comes into direct contact with the metal components of the engine or gears. The heat of the metal produces a thin layer of a lubricating film directly on the specifically targeted industrial system. The created protection ensures the following
- Reduction of Friction: The diminution of friction between any metal components decreases wear on the machinery
- Inhibits Seizure: an additive can impede the engine from seizing
- Slows Oxidation: Anti-wear oil retard the process of oxidation
- Anti-Corrosion: An anti-wear additive can also prevent corrosion from occurring
Why Industries Choose Anti Wear Oil Additives
Oil acts as a lubricant. Additives increase the base capabilities of any oil. Whether the choice is zinc dialkyl dithiophosphate (ZDDP) or a viable phosphorous-based alternative, industries rely on anti-wear additives to ensure the machinery operates without major wear issues, extending its longevity to comply with the stated best-before date.
