Online Practical Guide to Lubricant Additive
Lubrication professionals are familiar with the viscosity of lubricants. It is one of the prominent features of base oil. More features extend to lubricant additives online than viscosity. Hence, it is fundamental to understand the role and function of a lubricant within an additive.
Polar additives along with polar mechanisms
Wood pulp and metal surfaces are examples of polar additives. Components which do not follow in the polar bracket are water repellents and Teflon, which is a mineral-centric stock. Be aware that additives are sacrificial in nature. If they are gone, they diminish. You need to have an idea about the environment in which you work with the products and contaminants in the picture that you use daily. If the system contaminants are additive, then they will cling on to the contaminants and are bound to settle down at the bottom. This will deplete your additive package.
Polar mechanisms indicate that an additive will stick to a particle surface and evolve. It is a common feature in an engine as it would eradicate any issues that are detected through an analysis test module.
Lubricant additives online: too much of a good thing
If you are resorting to the use of lubricant additives online, more does not necessarily work out to be better. The more additives that are incorporated into an oil, the less benefit is gained and performance suffers. Some cases, the performance of the additive does not improve, but the time frame of the service does.
It is possible that if the percentage of a certain additive could improve the oil properties of one, it would degrade the other. If the properties of additives are affected, it can have an impact on the quality of the oil. Certain types of additives are known to compete with each other on the metal surface.
Lubricant additives work out to be expensive chemicals, and developing a proper mixture is a complex task. Most of them are available, and their selection is dependent upon the intended function that they perform. It is even selection based on their ability to mix.