SHC Cibus Series Hydraulic Oil

These NSF H1 registered lubricants ensure outstanding equipment protection, extended oil life, and reliable operation, even in applications involving incidental food contact. They are meticulously formulated from FDA and NSF registered hydrocarbon base fluids and proprietary additives, allowing for superior performance across a wide temperature range, under high loads, and in wash-down conditions where conventional mineral oils would fall short. Manufactured in ISO 22000 certified facilities that also meet ISO 21469 requirements, these oils offer assurance of the highest product integrity. They are suitable for Kosher and Halal food preparation, providing flexibility for various processing needs. The products are pale in color with a low odor and are free from animal-derived materials, nut, wheat, and gluten allergens. Their low traction coefficients, stemming from the base stock's molecular structure, reduce fluid friction in critical zones, leading to lower operating temperatures, improved equipment efficiency, and potentially reduced power consumption. This advanced formulation also contributes to extending the service life of machinery components. The additive system is carefully selected to deliver robust wear protection, excellent oxidation stability, and strong defense against rust and corrosion, even in moist environments. The oils maintain system cleanliness and are compatible with common seals and materials used in equipment typically lubricated with mineral oils. The Mobil SHC Cibus Series oils can serve as hydraulic, gear, bearing, and circulating oils throughout food processing plants, aiding in HACCP plan implementation. They meet rigorous performance requirements from various component manufacturers, allowing a single product series to lubricate effectively across diverse applications. By offering both productivity benefits and NSF H1 registration, these oils can reduce inventory costs and minimize the risk of misapplication in high-risk contamination areas. Field and laboratory tests have demonstrated potential energy savings of up to 3.6% in gear applications and 3.5% in hydraulic applications compared to conventional oils.