Description
EXTREME LOAD LITHIUM COMPLEX MOLY GREASE
TEFLUBE LOTHON CX M SERIES GREASES are no ordinary greases—it’s a next-generation lithium complex formulation fused with solid Molybdenum Disulfide and blended with super-heavy-duty mineral base oils (460 / 680 / 1000 cSt). It’s designed for one thing: survival under pressure—where heat, water, vibration, and shock loads would cripple standard lubricants.
From heavy mobile equipment to industrial presses, it delivers mechanical adhesion, thermal strength, and unbeatable anti-wear protection—all in one rugged package.
FEATURES & BENEFITS:
- Extreme-Pressure Armor – MoS₂ forms a boundary shield under metal-to-metal load.
- High Temp Champion – Lithium complex structure resists thermal degradation up to +250°C dropping point.
- Water? Bring It On. – Excellent washout resistance in wet, flooded, or humid environments.
- Viscosity Muscle – Available in 460, 680, and 1000 cSt base oils for extreme film strength.
- Tack & Tenacity – Clings to parts even during pounding, sliding, or long re-greasing intervals.
APPLICATIONS:
Built for tough, high-impact jobs where temperature, pressure, and moisture collide. Best suited for:
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Characteristic | Test Method | LITHON CX 460M | LITHON CX 680M | LITHON CX 1000M |
Base Oil Type | – | Mineral | Mineral | Mineral |
Base Oil Viscosity @40°C | ASTM D445 | 460 cSt | 680 cSt | 1000 cSt |
Thickener Type | – | Lithium Complex | Lithium Complex | Lithium Complex |
Appearance | Visual | Smooth, Dark Grey | Smooth, Dark Grey | Smooth, Dark Grey |
NLGI Grade | ASTM D217 | 2 | 2 | 2 |
Worked Penetration (60X) | ASTM D217 | 265–295 | 265–295 | 265–295 |
Dropping Point | ASTM D2265 | >280°C | >280°C | >280°C |
4-Ball Weld Load | ASTM D2596 | ≥550 kg | ≥650 kg | ≥750 kg |
Wear Scar (4-Ball) | ASTM D2266 | ≤0.5 mm | ≤0.5 mm | ≤0.5 mm |
Water Washout @ 79°C | ASTM D1264 | ≤2% | ≤2% | ≤2% |
Oil Separation (24h @100°C) | ASTM D6184 | <2% | <2% | <2% |
Operating Temp Range | – | -20°C to +190°C | -20°C to +190°C | -20°C to +190°C |
These are typical figures and do not constitute a specification.
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