The reduced viscosity index improver degradation also means that the lubricant maintains its protective film strength over time, offering consistent anti-wear properties even as the fluid ages within the system. Conventional extreme pressure (EP) additives often contain sulfur or chlorine bonded to heavy metals like zinc or phosphorus.
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This synergistic approach not only delays the onset of acid formation but also maintains the stability of the lubricant across a wide temperature range, ensuring consistent performance under thermal stress. Precision Gearboxes: Protects against scuffing while maintaining aesthetic cleanliness.
The absence of ash prevents the accumulation of insulating deposits on electrical contacts and cooling surfaces, thereby maintaining optimal thermal dissipation. Furthermore, these oils exhibit excellent demulsibility, allowing for efficient separation from water in environments where condensation is unavoidable.
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This ensures that critical machinery operates without the abrasive effects of emulsified fluids, significantly reducing unscheduled downtime. Secondary antioxidants, such as phosphites, work by decomposing harmful hydroperoxides into non-reactive substances.
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