Food grade high performance grease with high resistance to high temperatures and speeds based on a PAO
This product belongs to a group of state-of-the-art greases that have been created by utilizing modified overbased calcium sulfonates in their formulation. This technology exhibits remarkable mechanical stability, elevated dropping point, superior load-bearing capability, minimized wear, and outstanding resistance to both water and steam as well as corrosion. In several aspects, this technology surpasses other high-temperature greases such as lithium complex, aluminum complex, and polyurea, thereby establishing its superiority.
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Pellet presses come with specific and often rigorous lubricant requirements. This grease meets and often surpasses these needs. It has showcased its capabilities by extending bearing life, reducing wear, and decreasing downtime in these applications.
This high-viscosity synthetic grease is tailored for peak performance, especially in high-temperature settings and during extended lubrication intervals. It ensures smooth machinery operations and compliance with food safety standards. Particularly beneficial for bearings that operate at low to medium speeds and are exposed to challenges like saltwater, steam, temperature fluctuations, and other contaminants such as those found in sugar beet processing.
The H-1 standard indicates that the grease is safe for incidental food contact. It is essential for various food processing operations, emphasizing a balance between machinery efficiency and food safety.
This grease surpasses or is equivalent to other renowned high-temperature greases such as lithium complex, aluminum complex, and polyurea. Its superior performance showcases the advancements in lubrication technology.
Comprising modified overbased calcium sulfonates, the grease offers commendable resistance against water and steam, crucial for maintaining machinery performance and longevity. Additionally, its corrosion resistance safeguards machinery from potential harm, especially in rust and corrosion-prone environments.
A superior load-bearing capability ensures the grease can handle and distribute significant pressures, eliminating direct metal-to-metal contact in machinery parts. This reduces wear, cuts down maintenance costs, and extends equipment lifespan.
An elevated dropping point means that the grease can function effectively under high-temperature conditions. This ensures consistent lubrication in high-heat operations, reducing potential wear and machinery breakdowns.
Mechanical stability denotes the grease's ability to maintain its structural integrity and consistency under varied conditions. Stable grease remains effective, avoiding breakdowns or dislocations, ensuring smooth lubrication, extended reapplication periods, and a prolonged machinery component lifespan.
Modified overbased calcium sulfonates in the grease formulation lead to exceptional mechanical stability, an elevated dropping point, enhanced load-bearing capabilities, and notable resistance to water, steam, and corrosion. This technology ensures machinery protection in the most demanding conditions.
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