MAUSER Mehrzweckfett mit Graphit stands as a lithium-based, all-purpose lubricant, enriched with micro-fine graphite for enhanced load-bearing capacity under extreme heat conditions. This product is crafted from a meticulously refined blend of base oils, with a polycyclic aromatic content under 3%, ensuring a cleaner, more effective lubrication solution. The presence of graphite facilitates the formation of a durable lubricating film on metal surfaces at elevated temperatures, promoting superior lubrication efficiency for peak performance.
The sophisticated formula of MAUSER Mehrzweckfett mit Graphit is specifically engineered to withstand sudden spikes in temperature, making it an ideal choice for demanding applications.
Specially formulated for use in scenarios subject to high thermal stress and mechanical shocks, MAUSER Mehrzweckfett mit Graphit proves indispensable. Its applications range from lubricating oven conveyor belts to ensuring the smooth operation of pistons within hydraulic systems, as well as maintaining all varieties of slow-moving bearings.
Moreover, MAUSER Mehrzweckfett mit Graphit serves as an excellent sealing agent for high-temperature gaskets, including those used in steam conduits and other heated piping systems, providing reliable performance under the most challenging conditions.
| Property | Unit | Data | Audit |
| Thickener | Lithium-Komplexseifen | DIN 51757 | |
| Additives | Graphit | DIN 51757 | |
| NLGI-Class | 2 | DIN 51818 | |
| Product Classification | KPF2K-30 | DIN 51502 | |
| Working Temperature | °C | -30 / +120 | DIN 51825 |
| Short term temperature up to | °C | 130 | DIN 51757 |
| Worked Penetration at 60 Strokes | mm/10/25°C | 265-295 | ISO 2137 |
| Corrosion (SKF Emcor dist. Water) | Korr. Grad | 1 | DIN 51802 |
| Dropping Point | °C | >180 | DIN ISO 2176 |
| Copper Corrosion (24h/120 °C) | 1 | DIN 51811 | |
| Water Resistance (3h/90 °C) | °C | 1-90 | DIN 51807-1 |
| VKA Pressure Carrying Capacity | N | 2000 - 2200 | DIN 51350-4 |
| Kinematic Viscosity (Base Oil) at 40 °C | mm²/s | 80 | DIN 51562-1 |