The product is versatile and can be used in numerous applications. Some of these include forest machinery, public works machinery, nautical mechanisms, water treatment plant mechanisms, water pumping installations, and even for car body protection. Its strong adhesive film and resistance to water and environmental conditions make GREASE-PLUS BIO SF 2 suitable for equipment operating under moderate to heavy loads.

This product is versatile and effective across a broad temperature spectrum, ranging from -20 to 120 ºC. This wide range ensures its utility in various environmental conditions, be GREASE-PLUS BIO SF 2 cold or hot.

The product has been used effectively for pumps in water treatment plants, particularly for the lower bearings of Archimedes' screws and chain lubrication of cleaning bars in bio discs. It is specially designed to offer optimal performance in such settings by providing superior pumpability, lubrication, and unmatched water resistance compared to traditional calcium greases.

Its high viscosity base oil and robust lubricating film allow GREASE-PLUS BIO SF 2 to outperform conventional greases, especially at elevated temperatures. This ensures optimal protection and reduced friction, leading to prolonged equipment life and reduced maintenance costs.

The product is based on a biodegradable ester, which means that GREASE-PLUS BIO SF 2 breaks down naturally in the environment, reducing potential harm. This, combined with its virtually non-toxic additive package, ensures the product is safe for the environment by decreasing the contaminating effects commonly associated with traditional greases.

This product provides an exceptional balance of lubrication and anticorrosion. These properties, along with its superior sealing capacity, make GREASE-PLUS BIO SF 2 efficient in reducing wear and tear and protecting metal surfaces from corrosion, especially when exposed to water and other environmental elements.

The product is environmentally-friendly, meaning GREASE-PLUS BIO SF 2 is designed with sustainability and environmental safety in mind. It achieves this by utilizing a biodegradable ester and a predominantly non-toxic additive package, which helps in minimizing its environmental impact.