A Handy Guide to Understand the Importance of Automotive Gear Oil

As the gearbox is expected to function under a heavy load and rigid conditions, thus, to provide adequate protection gear oil is used. The automotive gear oil easily boosts the performance of gear of the automobiles alongside reducing the friction.

How to select automotive gear oil?
When people select automotive gear oils, there are many factors which come into play including
• the projected life of a gearbox,
• seals of gearbox
• the desired performance of the gearbox within an application

Characteristically, end-users rely on their OEMs to decide the best gear oil. Hence OEMs must value it as a machine element in the same way that they value rigidity of the bearing selection, gears, and other materials in an engine.
All of the physical components of a gearbox work well with the oil. It will allow the gearbox to achieve optimum performance. As a result of choosing the best gear oil, you will enjoy the benefits of lower operating temperatures, lower wear rates, as well as greater energy efficiency.

Importance of gearbox oil
It is oftentimes forgotten or not even recognized when it comes to properly scheduled maintenance. The chief purpose of putting automotive gear oil is to lubricate the box, cool it down, and protecting all the parts that have rotating and moving metal gears. These gears play vital by making your wheels spin at a suitable speed when you move on to the gas. If you have not checked your vehicle for proper gear oil, then notice a decline in performance over time.

Why choose optimum quality automotive gear oil?
Whether a gearbox is functioning in a food manufacturing environment or an industrial machine, the oil chosen for use in the gearbox must be of optimum performance. Considering energy efficiency, some gear oils are extra energy-efficient than others because of the lower coefficient of friction.
Automotive gear oil can be broadly divided into the following categories:

Manual transmission oil
-Gears intended for Spur, helical, double helical gear
-Required performance:
• Fluidity at low temperature
• Viscosity/temperature properties
• Synchro-friction properties
• Thermal resistance