Selecting the correct additive ensures that these expensive components perform optimally without succumbing to premature wear, thereby protecting the investment in the vehicle's performance. To achieve the best results, the additive should be blended with a high-quality base oil that lacks extreme pressure (EP) additives already present in some commercial lubricants.
Enhancing Aftermarket Parts Protection with Zinc Oil Additive
High-performance engines, particularly those modified for increased power, generate significant stress that standard additives cannot handle. By forming a resilient chemical layer on moving parts, they ensure smoother operation and contribute directly to the longevity of engine components subjected to extreme loads and temperatures.
This reaction creates a durable chemical film that prevents direct metal-to-metal contact, while the sulfur component assists in neutralizing acidic byproducts that can degrade oil stability over time. This multi-functional molecule serves a dual purpose: it acts as an anti-wear agent and a critical detergent.
Enhanced Aftermarket Parts Protection With Zinc Oil Additive
Consequently, modern API SN or SP certified oils contain minimal ZDDP. Impact on Emissions Systems and Oil Selection The introduction of catalytic converters in the 1970s prompted manufacturers to reduce zinc levels in commercial oils to prevent phosphorous contamination, which can poison the catalyst and reduce its efficiency.
More About Zinc oil additive
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