Gear oils require specific viscosity levels and high strength properties for adequate protection and optimum performance. Synthetic gear oils improve the performance of differentials and manual transmissions with their superior quality. This increased component performance is one of the more interesting in modern automobiles.
One of the many in automobiles is increasing the fluidity and performance of it's components. Whether it is the engine, transmission, or differential, the amount of fuel consumption necessary to operate the vehicle is directly related to the quality of it's component's performance. This means that less fuel is consumed if each of a vehicle's components are operating at their highest possible performance level. The operation and performance of gear driven components, such as manual transmissions and differentials, relies greatly upon the quality of it's lubricating fluid. The molecular strength and uniformity, precise viscosity index, and durability of a gear oil are important ways to determine this level of quality. Synthetic gear oils provide these properties at the highest caliber and ensure the best protection and performance possible.
Gear oils are continually subject to extreme conditions during their use. High temperatures are created inside a differential or manual transmission by the constant frictions and pressures experienced during gear engagement. These temperatures and pressures adversely affect a gear oil's viscosity over time. Viscosity, ordinarily understood as a fluid's thickness or stickiness, must be very specific for optimum performance. If exterior temperatures cause gear oils to have a higher viscosity than preferred, or internal temperatures and stresses cause viscosity levels to drop below specifications, component performance can suffer and gear damage can occur. Synthetic gear oils provide superior component protection and performance because they can withstand extreme temperatures and stresses better than traditional, petroleum based gear oils. This bettered performance lends to the need for less fuel to be consumed by the vehicle's engine. This means that one of the more interesting is using synthetic gear oils in manual transmissions or differentials.
Along with increasing component performance, synthetic gear oils protect internal, metal parts better than their traditional predecessors. They provide a molecular strength and uniformity that promotes fluidity as well as far less metal on metal wear. They are additive rich which keeps gears and shafts cleaner and protects against oxidation better. is one of the most respected and well known producers of synthetic fluids on the market today. They provide many additive rich, quality synthetic gear oils aimed specifically at promoting increased performance and better protection of components like manual transmissions and differentials. Conventional, petroleum based gear oils allow more gear drag resulting in lower component efficiency and higher energy consumption. Using a quality synthetic gear oil diminishes energy waste and results in one of the easiest and most interesting in any vehicle. Beyond these savings, gears can last longer through reduced friction. This reduced friction lowers temperatures which means longer parts life & improved fuel economy.