FUCHS RENOLIN B 46 is a high-performance hydraulic oil formulated for use in hydraulic systems and fluid power transmission systems requiring anti-wear properties. It is manufactured using high-quality base oils combined with zinc-based additives, providing excellent wear protection and long service life in both industrial and mobile hydraulic applications.

Key Features:

• Superior Wear Protection: Zinc-based anti-wear additives ensure protection for hydraulic pumps and other system components, extending the service life of equipment.
• Thermal and Oxidation Stability: Designed to resist thermal breakdown and oxidation, resulting in fewer oil changes and extended oil life.
• Corrosion and Rust Protection: Protects against corrosion and rust in the presence of moisture, safeguarding hydraulic components.
• Good Demulsification Properties: Effectively separates water from the oil, ensuring reliable operation and preventing emulsions.
• Excellent Filtration Properties: Maintains high cleanliness levels, even in the presence of contaminants.

Typical Characteristics:

• Viscosity @ 40°C: 46.0 cSt
• Viscosity @ 100°C : 6.8 cSt
• Viscosity Index: 102
• Pour Point: -24°C
• Flash Point: >200°C
• Air release at 50ºC (max.) minutes : 6
• Density @ 15°C: 0.87 g/mL

Main Applications:

• Hydraulic Systems: Ideal for use in both industrial and mobile hydraulic systems where anti-wear hydraulic oils are required.
• Hydraulic Equipment in Harsh Environments: Suitable for machinery operating in varying temperature conditions and exposed to water contamination risks.
• Fluid Power Transmission Systems: Designed for use in systems requiring stable hydraulic fluids with good wear protection and demulsification properties.

Specifications and Approvals:

• DIN 51524 Part 2 (HLP)
• ISO 6743-4 (HM)
• Vickers I-286-S and M-2950-S
• FZG Test (A/8.3/90) Passes Stage 11
• US Steel 127, 136
• Cincinnati Machine P68, P69, P70
• Sauer Danfoss

Benefits:

• Extended Equipment Life: Superior wear protection minimizes component wear, reducing maintenance costs and downtime.
• Reduced Oil Changes: Exceptional thermal stability and oxidation resistance result in fewer oil changes and extended oil service intervals.
• Reliable Operation in Varying Conditions: Excellent viscosity stability ensures reliable operation in both high and low temperature environments.