01 Jun

There are a number of reasons why you may want to use non-lubricated gear and roller. Some of them are based on cost. Others are simply out of concern about contamination. Whatever the reason, here are some advantages to lubricating your gears and rollers with a self-lubricant oil. This will also allow you to avoid the costly maintenance involved with oil baths. The most important benefit to self-lubrication is its high level of tensile strength. See page to learn more about lubricating non-lubricated gear and roller.


In addition to their high strength and durability, non-metallic gear systems are also self-lubricating. Unlike rollers and chains, which require oil baths to operate, non-lubricated gears and rollers have low inertia. One such example is grain milling. These types of equipment work by passing grain between counter-rotating grinding rolls until the desired particle size is obtained. They can be used for many other applications, including feed grinding and sugar cane processing.


Water-containing gear fluids exhibit low friction coefficients, and the average derived mean coefficient of friction is below 0.01. This is classified as superlubricity. The lubricant may have a thin shear layer, which can be effective even at low-flow rates. Flow rates are between 3.5 and 108 mL/s. The average load is one to two times greater than the maximum capacity of the non-lubricated gears. Visit this page on plastic roller bearings and get more info on non-lubricated gears and rollers.


Non-lubricated gears and rollers may experience numerous distress symptoms. In general, abrasive wear is caused by a breakdown of the oil film. Particulate contaminants in the oil may lead to abrasive wear or pitting. Additionally, gears with poor lubrication will eventually degrade. In some cases, this can even lead to severe damage to the pinion or roller.
When comparing gear and roller fluids, consider the kinematic viscosity of the water-containing gear fluids. Gear oils with high viscosity tend to exhibit higher losses than water-containing gear fluids. Water-containing gear fluids exhibit similar loss profiles as conventional gear oils, but show lower losses. At low pitch line velocities, water-containing gear fluids exhibit lower losses. It's good to visit this site for more information about this topic: https://en.wikipedia.org/wiki/Lubricant.

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