Food grade high performance grease with high resistance to high temperatures and speeds based on a PAO
This product belongs to a range of advanced greases that have been created by complexing modified overbased calcium sulphonates. This technology is distinguished by its outstanding mechanical stability, high dropping point, excellent load carrying capacity, low wear, and exceptional resistance to corrosion, water, and steam. In fact, this technology matches and often exceeds the performance of other top-quality, high-temperature greases like lithium complex, aluminum complex, and polyurea.
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With its low viscosity synthetic formulation, the grease is adept at delivering top-notch performance, particularly in high-temperature settings and during prolonged lubrication intervals. This ensures fluid machinery operations in food processing setups, where consistent operation and food safety are paramount. It's especially effective for bearings operating across various speed ranges and for extended-life components like centrifuges and electrical motor bearings.
Being certified under the H-1 standard indicates the grease's safety for incidental food contact. This is crucial in food processing operations, ensuring that machinery operates efficiently without compromising food safety standards.
This grease is on par with, and in many cases, outperforms other prominent high-temperature greases such as lithium complex, aluminum complex, and polyurea. This underscores the technology's advancements and its superior performance metrics.
By integrating modified overbased calcium sulphonates, the grease displays enhanced resistance to elements like water and steam. This resistance is critical in ensuring the lubricant remains effective, especially in environments prone to moisture and corrosion. Corrosion resistance, in particular, helps protect machinery components from deterioration, ensuring longevity and smooth operation.
A robust load-bearing capacity implies that the grease can sustain and distribute substantial pressures, safeguarding machinery parts from direct metal-to-metal contact. This is essential to prevent wear and tear, ensuring machinery longevity and reducing maintenance costs.
A high dropping point denotes the grease's ability to maintain its structure under high temperatures, ensuring steady lubrication in environments where temperatures might soar, thus preventing potential wear and machinery breakdowns.
Mechanical stability signifies the grease's capacity to retain its structure and consistency across varying conditions. Greases with high mechanical stability don't break down easily, ensuring consistent lubrication and reducing the frequency of reapplication, leading to enhanced component life.
Modified overbased calcium sulphonates offer the grease enhanced mechanical stability, a higher dropping point, and superior load-carrying capacity. Furthermore, they also ensure the grease exhibits reduced wear and exceptional resistance to water, steam, and corrosion, making the grease efficient and durable in challenging environments.
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