This product provides comprehensive protection to compressors, ensuring their longevity and reliable performance. It safeguards compressors operating in extreme conditions, such as high loads and temperatures, where wear and tear are significant concerns. Additionally, it extends its protection to compressors handling reactive and dirty gases, addressing challenges related to gas composition. Whether compressors operate intermittently or continuously, GAS-PLUS DI-EST 100 delivers consistent protection. Furthermore, it performs admirably in diverse environmental settings, from warm to cold climates, making it a versatile choice for various applications.

The nominal operating range of GAS-PLUS DI-EST 100 spans from -15°C to 230°C, showcasing its adaptability to a wide temperature spectrum. It excels in environments and conditions that are often considered challenging. These include scenarios with high loads and temperatures, compression of reactive and dirty gases, intermittent operation patterns, as well as operation in both warm and cold climates. Its effectiveness isn't limited to stationary setups; it also performs reliably in mobile applications.

One of the remarkable features of GAS-PLUS DI-EST 100 is its versatility in compressing a wide range of gases. These gases include Air, Butadiene, Carbon Dioxide (dry), Carbon Monoxide, Ethylene, Furnace (crack) Gas, Helium, Hydrogen, Hydrogen Sulphide (dry), Natural Gas, Methane, Nitrogen, Propane, Synthesis Gas, Sulphur Hexafluoride, and many more. This broad compatibility makes it a valuable choice for industries and applications that involve compressing different gas types.

This particular lubricant has a well-established reputation for delivering long-lasting and effective lubrication. It has demonstrated exceptional performance in various types of compressors, including screw, rotary vane, and reciprocating (piston type) compressors.

This product is formulated with high-quality synthetic ester base fluids as its primary component. These base fluids serve as the foundation for the lubrication properties and overall performance of the product.