SHC Cibus ISO 460 Compressor Oil

The Mobil SHC Cibus ISO 460 Compressor Oil is engineered for demanding applications within the food and beverage processing and packaging industries, delivering exceptional equipment protection, extended oil life, and reliable operation. This high-performance lubricant is formulated using FDA and NSF registered hydrocarbon base fluids and advanced additives, ensuring its suitability for use where incidental food contact may occur. Its advanced formulation allows it to perform exceptionally well across a wide spectrum of service conditions, including extreme temperatures (both high and low), heavy loading scenarios, and environments subjected to frequent high-pressure washdowns, exceeding the capabilities of conventional mineral oils. This lubricant series is manufactured under stringent quality controls in ISO 22000 certified facilities that also adhere to ISO 21469 standards, providing a high level of assurance for product integrity. Furthermore, the Mobil SHC Cibus oils are suitable for Kosher and Halal food preparation, offering flexibility for multi-faith applications and processing engineers. The pale color and low odor profile, combined with the absence of animal-derived materials, nuts, wheat, or gluten, make it a user-friendly choice. Key features of the Mobil SHC Cibus Series include a high viscosity index for maintained viscosity and film thickness at elevated temperatures, exceptional low-temperature performance with reduced start-up power consumption, and high load-carrying capability to protect equipment and extend service life. It offers good seal compatibility, excellent oxidation stability for longevity, and superior water separation and corrosion protection, even in moist conditions. The multi-service applications of this product allow it to replace several conventional lubricants, thus minimizing inventory and reducing the risk of misapplication. These synthetic lubricants also boast low traction coefficients, stemming from the unique molecular structure of their base stocks. This results in reduced fluid friction in load zones, leading to lower operating temperatures, improved equipment efficiency, and potentially lower power consumption. Tests have demonstrated significant energy savings in both gear (3.6%) and hydraulic (3.5%) applications compared to conventional oils.