The utilization of this hydraulic fluid promotes prolonged equipment life due to its excellent lubricating properties. Its ability to provide effective lubrication contributes to reduced wear and tear on hydraulic components, ultimately extending their service life and enhancing the overall durability of equipment.

There are no special precautions required during the handling of this hydraulic fluid, emphasizing its user-friendly nature. This characteristic simplifies its use and ensures that it can be incorporated into hydraulic systems and processes without the need for complex handling procedures.

This hydraulic fluid exhibits compatibility with most commonly used rubbers in mineral oil circuits, including NBR (Nitrile Butadiene Rubber), with the exception of those in poor condition. However, it is not recommended for use with natural rubbers and polyurethane materials.

This hydraulic fluid is well-suited for a wide range of industrial processes and applications, including hot rolling, continuous casting, metal casting, stamping, forging, sintering, thermic treatment ovens, and welding machines. Its adaptability to these diverse applications makes it a valuable choice for various industrial settings.

One of the notable environmental advantages of this hydraulic fluid is its high biodegradability. In the event of minor leaks, it does not pose a significant risk of environmental contamination, aligning with eco-friendly practices. This feature underscores its suitability for applications where environmental concerns are paramount.

This hydraulic fluid complies with ISO 6743/4 standards as a fire-resistant HFDU and ISO 15380 HEES class. These certifications attest to its fire-resistant properties, ensuring that it can withstand and resist ignition in the presence of heat or open flames, which is essential for safe operation in industrial settings.

This hydraulic fluid is formulated with high flash point synthetic ester, which is a crucial attribute contributing to its exceptional performance. This feature ensures that the fluid can operate effectively in environments with elevated temperatures, making it ideal for applications near heat sources.