| Industrial Gears are basically toothed shaped | | | | Helical gears runs more smoothly and |
| machinery part such as wheel or cylinder. Gear is a | | | | * Double helical gears: Double helical gears are of |
| component that rotates by applying force to the | | | | much more advantageous than helical gears, it also |
| teeth of another device to produce mechanical | | | | gives the same smoothness as helical gears but along |
| advantage. These are mechanical machines to | | | | with added value of greater strength in the motion |
| transmit motion or change the speed. Various | | | | of its teeth and also it does not give side ways |
| mechanical advantages includes automobile | | | | force. |
| transmission of motor or any other vehicles. Vehicle | | | | * Bevel gears: Bevel Gears are majorly used for the |
| engines and transmissions has gears which drives the | | | | shafts from the main shaft to the back shaft. These |
| engine to move into motion or speed. Other example | | | | are fitted in the rear axle of motorcars and also used |
| of products having gears are pendulum clocks and | | | | in the drive of many machine tools. |
| Hand Mixer or Mixer Grinder etc. Gears also adjusts | | | | * Worm gear: These gears are basically used for |
| the direction of rotation, gears are designed in such a | | | | wheel gear in any motor vehicles. It is method of |
| way to increase or decrease force or speed. | | | | driving two shafts together which gives much more |
| The meshing of gears to another gear teeth means | | | | efficiency than any other gears. These are either |
| the circumferences moves at the same rate of the | | | | single or multi-start threaded. |
| the motion or force. Since rotational speed is | | | | Industrial gears are useful for various applications in |
| proportional to a wheel's circumferential speed divided | | | | the many industries. Some of them are mentioned |
| by its radius, therefore the larger the radius of a | | | | below: |
| gear, the slower will be its rotational speed, when | | | | * Cement Plants Industry |
| meshed with a gear of given size and speed. In any | | | | * Petrochemical Industry |
| engine or motor gears are set according to its speed. | | | | * Sugar Mills |
| Industrial gears are of various types such as spur | | | | * Power Industry |
| gears, helical gears, double helical gears, bevel gears, | | | | * Mining Industry |
| worm gears, pinion gears, spiral bevel gears etc. | | | | * Steel Rolling Mills |
| Some of them are discussed below: | | | | * Oil refineries |
| * Spur gears: These gears are the most common | | | | * Sugar Mill Drives |
| gear which somewhat looks like cylinder or disk. The | | | | Industrial gears are of great mechanical advantages, |
| teeth of these gears are set in such a way so that it | | | | these advantages are as follows: |
| is aligned parallel to the axis of the rotation. These | | | | * Higher loading capacity. |
| gears should to be fitted to parallel axles, only then it | | | | * Higher efficiency and reliability. |
| rotates together correctly. | | | | * Cost effectiveness |
| * Helical gears: Helical gears are opposite to spur | | | | * Efficient Quality |
| gears and much more refined. These gears are set | | | | * Maintenance optimizing the performance of the |
| at an angle and not parallel to the axis of rotation. | | | | gears. |