SHC 629 Synthetic Gear and Bearing Oil

The Mobil Mobil SHC 629 is an exceptional performance synthetic gear and bearing oil designed to provide outstanding service in terms of equipment protection, oil life, and problem-free operation, ultimately enabling increased customer productivity. Scientifically engineered using the latest proprietary and patent-pending Mobil SHC technology, these oils offer outstanding and balanced performance in demanding applications across a wide temperature range. Mobil SHC 600 products feature excellent low-temperature properties and improved air release performance, especially in the lower viscosity grades. They are highly resistant to mechanical shear, ensuring virtually no loss of viscosity even in heavily loaded gear and high-shear bearing applications. These lubricants exhibit low traction coefficients compared to mineral oils, stemming from their unique base stock molecular structure. This results in reduced fluid friction in the critical load zones of gears and rolling contact bearings, leading to lower operating temperatures and improved gear efficiency. Mobil SHC 600 Series products have demonstrated up to a 3.6% improvement in energy efficiency in controlled laboratory testing. The formulation also provides excellent resistance to oxidation and deposit formation at elevated temperatures, along with exceptional resistance to rusting and corrosion, anti-wear properties, demulsibility, foam control, and air release performance. Furthermore, they maintain good compatibility with seals and other materials typically used with mineral oil-lubricated equipment. Mobil SHC 600 Series lubricants are suitable for a wide variety of industrial equipment, serving not only as high-temperature problem solvers but also offering numerous other benefits. Key features include superb high-temperature thermal/oxidation resistance for extended equipment capability and long oil life, a high viscosity index and absence of wax for consistent viscosity and film thickness, and a low traction coefficient to help reduce friction and increase efficiency, potentially reducing power consumption and operating temperatures. They also offer high load-carrying capability to protect equipment and extend service periods, along with a balanced additive combination for comprehensive protection and cost-effective operation.