Pellet presses come with their own set of lubricant demands, growing stricter over time. This product not only meets these requirements but excels in such environments, evident from its track record of extending bearing life, minimizing wear, and cutting down on downtime.

Tailored for top-tier performance, particularly in high-temperature scenarios and extended lubrication intervals, this grease guarantees seamless machinery function with minimal interruptions and compliance with food safety norms. Its high viscosity synthetic nature makes FOOD-PLUS GREASE CALSUL 1 L the go-to choice for bearings operating at low to medium speeds, which are frequently exposed to water, steam, temperature shifts, and other contaminants like process fluids, especially prevalent in sugar beet processing.

The H-1 approval denotes the grease's safety for incidental food contact, which is indispensable for various food processing operations. It underscores the commitment to ensuring machinery efficiency without jeopardizing food safety.

Using cutting-edge technology, this grease stands toe-to-toe or even excels when compared to other renowned high-temperature greases like lithium complex, aluminum complex, and polyurea. It's a testament to advancements in lubrication technology, meeting or exceeding the performance benchmarks set by its competitors.

With modified overbased calcium sulphonates as a key component, the grease showcases exemplary resistance against water and steam, critical for maintaining machinery performance and durability. The corrosion resistance further ensures the machinery stays protected from potential damage, especially in environments prone to rust and corrosion.

A commendable load-carrying capacity ensures the grease can bear and distribute intense pressures, preventing direct metal-to-metal contact within machinery components. This helps reduce wear, decreases maintenance costs, and enhances equipment longevity.

A high dropping point signifies the grease's ability to function effectively at elevated temperatures. This ensures machinery remains well-lubricated in high-temperature operations, leading to reduced wear and potential machinery failures.

Mechanical stability ensures the grease maintains its structure and consistency under various conditions. This stability prevents the grease from breaking down or getting displaced, ensuring consistent lubrication, prolonged intervals between reapplications, and a longer lifespan for machinery components.

Modified overbased calcium sulphonates in the grease formulation bring exceptional mechanical stability, a high dropping point, superior load carrying capacity, and impressive resistance to water, steam, and corrosion. This advanced technology ensures optimal equipment protection under demanding operational scenarios.