Industrial gears, bearings under high loads and high temperatures.
Industrial gears, bearings under high loads and high temperatures.
Industrial gears, bearings under high loads and high temperatures.
Industrial gears, bearings under high loads and high temperatures.
Industrial gears, bearings under high loads and high temperatures.
Gears subjected to very high loads and high temperatures in difficult environments. Gears for wind turbines.
Gears subjected to very high loads and high temperatures in difficult environments. Gears for wind turbines.
Gears subjected to very high loads and high temperatures in difficult environments. Gears for wind turbines.
Gears subjected to very high loads and high temperatures in difficult environments. Gears for wind turbines.
Gears subjected to very high loads and high temperatures in difficult environments. Gears for wind turbines.
Very low coefficient of friction, enhancing energy efficiency compared to existing synthetic technology. Very high protection against micropitting, scuffing, and wear at both high and low temperatures (GFT - class: high). Excellent extreme-pressure performance, providing protection against high loads. Very high natural viscosity index and low friction coefficient. Very low pour point, allowing operation at very low temperatures. Very good resistance to oxidation, enabling operation at high temperatures and increasing lifetime by a factor of 2 to 4.
Very low coefficient of friction, enhancing energy efficiency compared to existing synthetic technology. Very high protection against micropitting, scuffing, and wear at both high and low temperatures (GFT - class: high). Excellent extreme-pressure performance, providing protection against high loads. Very high natural viscosity index and low friction coefficient. Very low pour point, allowing operation at very low temperatures. Very good resistance to oxidation, enabling operation at high temperatures and increasing lifetime by a factor of 2 to 4.
