Food grade high performance grease with high resistance to high temperatures and speeds based on a PAO
This product belongs to a family of high-tech greases that have been created by utilizing modified overbased calcium sulphonates. This innovative technology boasts outstanding mechanical stability, a high dropping point, exceptional load-carrying capabilities, reduced wear, excellent resistance to water and steam, and superior resistance to corrosion. When compared to other high-temperature greases, such as lithium complex, aluminum complex, and polyurea, this technology is on par or surpasses them in numerous ways.
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Optimized for superior performance, especially in high-temperature conditions and where lubrication intervals are extended, this grease ensures smooth machinery operation, minimal downtime, and adherence to food safety standards. Its low viscosity and synthetic composition make it ideal for bearings operating across a range of speeds, from low to high, which is a common requirement in food processing environments.
Being classified as an H-1 grade lubricant signifies that the grease is safe for incidental contact with food, ensuring machinery efficiency without compromising food safety. This grade is essential for various food processing operations, providing confidence that the food product's quality remains uncompromised.
This grease, with its state-of-the-art technology, matches or even outshines other high-temperature greases in several aspects. It represents a notable advancement in lubrication, challenging, or even surpassing established contenders like lithium complex, aluminum complex, and polyurea.
By harnessing modified overbased calcium sulphonates, the grease offers superior resistance against water and steam, crucial for maintaining machinery's efficiency and longevity. Furthermore, its inherent corrosion resistance ensures equipment remains free from rust and corrosion-related damages, especially in humid or challenging environments.
The impressive load-carrying capacity of this grease ensures it can withstand and distribute intense pressures, avoiding direct metal-to-metal contact in machinery components. This minimizes wear, leads to reduced maintenance costs, and promotes longer equipment life.
A high dropping point indicates that the grease can withstand elevated temperatures without losing its consistency. This means that machinery stays lubricated, even in high-temperature operations, preventing wear and potential malfunctions.
Mechanical stability is pivotal for a grease as it ensures consistent texture and structure even under varying operational conditions. A mechanically stable grease won't deteriorate or get displaced easily, ensuring longer intervals between re-lubrication, reduced wear, and prolonged machinery lifespan.
Modified overbased calcium sulphonates contribute to the grease's outstanding mechanical stability, high dropping point, and unparalleled resistance to water, steam, and corrosion. Their inclusion ensures long-lasting protection and optimal performance for equipment, particularly under challenging conditions.
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