This gear oil is versatile and finds application in various domains. Specifically, it's designed for use in public works due to its environmental sensitivity and in various industrial operations. These include lubricating stern tubes, gear units (like reduction, spur, and helical gears), and heavy-duty bearings. Its formulation ensures that whether it's a ship's stern tube or an industrial gearbox, the lubricant offers optimal protection and performance.

Absolutely. The product is engineered to enhance performance in demanding applications that involve heavy loads. Whether it's in industrial machinery or public works equipment, GEAR-PLUS BIO EST 150 ensures that gears and bearings operate smoothly and efficiently, even under immense strain.

This synthetic gear oil is tailored to handle temperature variations effectively. Its synthetic nature ensures that it remains stable across a broad temperature range, providing consistent lubrication and performance, even under extreme temperature fluctuations. This is particularly beneficial in arctic and harsh winter environments where temperatures can swing drastically.

Aside from wear protection, the lubricant also offers robust defense against rust and corrosion. This is crucial for gear systems that might be exposed to moisture or other corrosive agents, ensuring that the gears remain functional and have an extended lifespan.

This gear oil provides superior wear protection. It's specifically formulated to shield gears from wear and tear, even in the most demanding situations. This ensures longevity and reduces the frequency of maintenance or replacements.

One of the standout features of GEAR-PLUS BIO EST 150 is its biodegradability. It's designed to break down naturally over time, reducing the environmental impact and making it a sustainable choice for lubrication, especially in areas where environmental conservation is paramount.

The lubricant is formulated using a fully synthetic base, ensuring its high-quality performance and capability to handle extreme conditions. Synthetic oils are known for their stability, resistance to thermal breakdown, and their ability to perform over a wide temperature range.