Verila CSX EP 1.5 VG460
Heavy Duty - High Temperature - Extreme Pressure - Calcium Sulfonate Complex Grease
Verila CSX EP 1.5 VG460 is high performance, heavy duty lubricating grease, available in NLGI 1.5 consistency grade. It is based on calcium sulfonate complex thickener system and mineral base oil of high viscosity. A unique structure of calcium sulfonate complex thickener provides very high dropping points, extraordinary extreme pressure and anti-wear performances, excellent mechanical stability, good rust protection and superior water wash-out resistance.
- For operating temperatures up to 180 degrees Celsius.
- Superior Mechanical Stability prevent from leakage .
- Extremely High Load Carrying Capacity & Superior Anti-Wear performance, protecting equipment exposed to heavy loads.
- Superior Resistance against wash-out, even in the presence of heavy water contamination.
- Excellent Rust and Corrosion Protection
Recommended for the lubrication in the most severe conditions. Specially formulated for the lubrication of heavily loaded bearings operating at elevated temperatures in the steel industry. Recommended also for heavy-duty equipment used in mining, quarrying, agriculture, forestry/logging, cement, wooden pellet presses, and other industrial as well as automotive applications.
|ISO 6743-9 L-XBFHB 1,5 DIN 51502 KP1,5R-25|
|Test Parameter||Test Method||Value|
|Appearance||Visual||Smooth and Homogenous|
|Thickener||Calcium Sulfonate Complex|
|Base Oil Viscosity at 40 Celsius, mm2/s||EN ISO 3104||460|
|NLGI Grade||ASTM D217||1.5|
|Operating Temperature Range||-25 to 180 Celsius|
|Cone Penetration, Worked, 0.1 mm||ISO 2137||280 – 310|
|Dropping Point||ISO 6299||> 305 Celsius|
|Rust Test, EMCOR||ISO 11007||0-0|
|Water Washout Test at 79 Celsius, wt.% loss||ISO 11009||1% Typical|
|Four-Ball EP Test, Weld Point, N||ASTM D2596||5000|
|Four-Ball Wear Test, Wear Scar, mm||ASTM D2266||0.45 Typical|
While the information and figures given here are typical of current production and compliant with VERILA specification, minor variations may occur