Shell Morlina S4 B 220
New Generation - Advanced Bearing & Circulating Oils based on synthetic technology
Shell Morlina S4 B 220 main applications:
- Applications involving moderate loads
Shell Morlina S4 B220 is recommended for systems that include moderately loaded gearboxes, worm gear drives, vacuum pumps, and gearboxes with internal backstops subjected extreme temperature variations. The enhanced energy efficiency of Shell Morlina S4 B will help reduce friction in operating equipment and potentially reduce energy consumption. - Lubricated for life systems
The long oil life of Shell Morlina S4 B 220 makes is suitable for use in certain ‘lubricated-for-life’ systems. - Bearing and circulating oil systems
Shell Morlina S4 B220 is recommended for use in systems containing plain or rolling element bearings, including those with highly loaded bearings commonly found in cement or quarrying applications. Note: Where Bearing & Circulating oils with a lower viscosity is required (ISO VG 32 and 46), please use Shell Corena S4 R.
Shell Morlina S4 B 220 are high performance synthetic bearing and circulation lubricants, manufactured with high performance base fluids. They offer outstanding lubrication performance, including improved energy efficiency, filterability, and long service life even under challenging operating conditions.
Main Applications, Features and Benefits
Specifications, Approvals & Recommendations
Typical Characteristics
Shell Morlina S4 B 220 Main Applications
- Applications involving moderate loads Shell Morlina S4 B is recommended for systems that include moderately loaded gearboxes, worm gear drives, vacuum pumps, and gearboxes with internal backstops subjected extreme temperature variations. The enhanced energy efficiency of Shell Morlina S4 B will help reduce friction in operating equipment and potentially reduce energy consumption.
- Lubricated for life systems The long oil life of Shell Morlina S4 B makes is suitable for use in certain ‘lubricated-for-life’ systems.
- Bearing and circulating oil systems Shell Morlina S4 B is recommended for use in systems containing plain or rolling element bearings, including those with highly loaded bearings commonly found in cement or quarrying applications. Note: Where Bearing & Circulating oils with a lower viscosity is required (ISO VG 32 and 46), please use Shell Corena S4 R.
Shell Morlina S4 B 220 Performance, Features & Benefits:
- + Extra Long oil life - maintenance saving
- + Excellent wear and corrosion protection
- + Enhancing system efficiency
Performance, Features & Benefits of Shell Morlina S4 B 220
+ Extra Long oil life - maintenance saving
The use of highly stable synthetic base oils in conjunction with robust rust and oxidation inhibitor additives help provide excellent oxidation and hydrolytic stability. This allows Shell Morlina S4 B to extend the maintenance capability of equipment compared to products based on conventional mineral oils. In addition, it resists the formation of harmful products from oxidation at high operating temperatures which helps maintain system cleanliness and the reliability of the equipment. The excellent filterability of this product will also reduce contamination and further maintain cleanliness of the oil.
+ Excellent wear and corrosion protection
Shell Morlina S4 B has been formulated to provide excellent anti-wear performance and provides high levels of wear protection for plain and rolling element bearings and moderately loaded gearboxes, compared to mineral oilbased products. This helps provide superior gear and bearing component life. In addition it also provides outstanding rust and corrosion protection of all metal surfaces.
+ Enhancing system efficiency
Shell Morlina S4 B can help improve the efficiency of lubrication in bearing and circulating systems. The superior low temperature performance and reduced variation in viscosity with increasing temperature, in comparison to mineral oil-based products, provides better lubrication at low start-up temperatures and the opportunity for energy savings through reduced pumping and flow losses during normal operating conditions. Rapid water shedding and efficient air release properties further enhance the efficiency of the lubrication system by helping maintain critical oil films between loaded components.
