Shell Morlina S4 B 68

Description

Product Description

Shell Morlina S4 B 68 is a cutting-edge synthetic lubricant designed for demanding industrial applications. Crafted with precision and backed by advanced technology, this oil delivers exceptional performance, longevity, and efficiency. Let’s delve into the details of this remarkable product:

Performance of Shell Morlina S4 B 68

• Extra Oil Life and Filterability: The use of highly stable synthetic base oils, coupled with robust rust and oxidation inhibitor additives, ensures excellent oxidation and hydrolytic stability. This extends the maintenance capability of equipment compared to conventional mineral oils. Shell Morlina S4 B 68 resists harmful product formation from oxidation at high operating temperatures, maintaining system cleanliness and equipment reliability.
• Wear Protection: Formulated for superior anti-wear performance, this oil provides high levels of wear protection for plain and rolling element bearings, as well as moderately loaded gearboxes. Say goodbye to premature wear and hello to extended gear and bearing component life.
• Enhanced Energy Efficiency: Shell Morlina S4 B 68 improves lubrication efficiency in bearing and circulating systems. Its low-temperature performance and viscosity stability across temperature variations maintain critical oil films between loaded components, reducing friction and potentially lowering energy consumption.

Features of Shell Morlina S4 B 68

• Synthetic Technology: Based on high-performance synthetic base fluids, this oil represents the new generation of advanced bearing and circulating lubricants.
• Wide Application Range: Suitable for moderately loaded gearboxes, worm gear drives, vacuum pumps, and gearboxes with internal backstops. It thrives even under extreme temperature variations.
• Rust and Corrosion Protection: Provides outstanding protection for all metal surfaces, ensuring equipment longevity.
• Efficient Air Release Properties: Rapid water shedding and efficient air release properties enhance lubrication efficiency.

Benefits of Shell Morlina S4 B 68

• Long Oil Life: Maintenance savings due to extended oil life.
• Superior Gear and Bearing Component Life: Reduced wear and corrosion translate to reliable equipment performance.
• Energy Savings: Enhanced energy efficiency contributes to reduced friction and potential energy savings.
• Cleanliness and Filterability: Excellent filterability reduces contamination and maintains oil cleanliness.

Specifications and Certifications

• ISO VG 68: Shell Morlina S4 B 68 falls within the ISO viscosity grade 68 range.
• Synthetic Base Oils: Highly stable synthetic base oils ensure exceptional performance.
• Approvals and Recommendations: Recommended for plain or rolling element bearings, including those with highly loaded bearings found in cement or quarrying applications.

Health, Safety & Environment

• Shell Morlina S4 B 68 adheres to stringent health and safety standards. It promotes a safe working environment for your team.

Color

• The oil has a translucent appearance.

API

• Shell Morlina S4 B 68 meets API specifications for lubricants.

Operating Temperatures

• Suitable for a wide range of operating temperatures, ensuring reliable performance in diverse conditions.

Application

• Ideal for moderately loaded gearboxes, vacuum pumps, and systems with internal backstops.
• Lubricated-for-life systems benefit from its long oil life.

General Q&A

1. Is Shell Morlina S4 B 68 suitable for cement industry applications?
   • Yes, it provides excellent protection for bearings commonly found in cement plants.
2. What is the flash point of Shell Morlina S4 B 68?
   • For specific details, please contact us.
3. How much oil does each liter of Shell Morlina S4 B 68 cover?
   • The container per liter of oil varies based on application and equipment.

Price

For pricing information, please contact us directly.

Flash Point

• Contact us for precise flash point details.

Drop Point

• Not applicable for this product.

Viscosity

• Shell Morlina S4 B 68 exhibits stable viscosity across temperature variations.