Do you need assistance calculating the for a specific electric motor?
In recent years, Shell streamlined and modernized its lubricant portfolio. The classic has been rebranded and upgraded under the Shell Gadus umbrella.
Whether you require the or the material safety data sheet (MSDS) . shell alvania r3 grease datasheet extra quality
The (now rebranded as Shell Gadus S2 V100 3 ) is a high-performance, lithium-based multipurpose grease designed for demanding industrial and automotive applications. Technical Overview and Composition
Shell Alvania Grease R3 is a high-performance, medium/hard industrial grease based on a soap thickener and highly-refined mineral base oil. It is now primarily marketed as Shell Gadus S2 V100 3 . Technical Specifications Property NLGI Consistency Soap Type Lithium Hydroxystearate Base Oil Type Mineral Oil Kinematic Viscosity (@ 40°C) Kinematic Viscosity (@ 100°C) 10.2–11 cSt Dropping Point 180°C – 190°C Temperature Range -30°C to +135°C Key Features Do you need assistance calculating the for a
multipurpose grease formulated with a lithium hydroxystearate soap thickener. It is categorized as an NLGI Grade 3
The following section dissects the specific data points usually found on the Shell Alvania R3 technical datasheet and explains why they indicate superior performance. Whether you require the or the material safety
| Property | Shell Alvania R3 (Gadus S2 V100 3) | Test Method (ASTM / IP) | | :--- | :--- | :--- | | | 3 (Medium/Hard) | ASTM D217 | | Soap Type / Thickener | Lithium Hydroxystearate | - | | Base Oil Type | Highly Refined Mineral Oil | - | | Kinematic Viscosity @ 40°C | 100 cSt (mm²/s) | ASTM D445 / IP 71 | | Kinematic Viscosity @ 100°C | 8.0 - 11 cSt (mm²/s) | ASTM D445 / IP 71 | | Worked Cone Penetration @ 25°C | 220 to 250 (0.1 mm) | ASTM D217 / IP 50 | | Dropping Point | 180°C (Minimum) | ASTM D566 / IP 396 | | Operating Temperature Range | -25°C (-30°C) to +130°C (+135°C) | - | | Water Resistance | Excellent (Grade "X") | - |
The grease provides excellent performance at temperatures up to +130°C, which significantly extends bearing life and reduces the frequency of lubrication cycles.
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