Dust, dirt, water, silicon dioxide, etc. often enter the production premises, and they usually settle on equipment and tools, leading to contamination, corrosion and breakage.
Often, all of these contaminants, as well as grease residues, also contain pathogens and harmful bacteria, which can be harmful to workers' health in the long run. Accordingly, a clear understanding of the chemical properties and composition of cleaning and preserving equipment is one of the necessary points in choosing the right product.
To do this, we have prepared a series of information blocks on different groups of lubricants, their chemical composition and properties.
In general, all lubricants according to their properties and characteristics can be divided into the following groups:
Viscosity index improvers are very large polymer additives that partially prevent a decrease in viscosity with increasing temperature. These additives are widely used in the mixing of all-season motor oils.
They are also responsible for improving oil flow at low temperatures, which reduces wear and saves fuel. In addition, such viscosity index improvers are used to produce high viscosity hydraulic and transmission oils for improved starting and lubrication at low temperatures.
These additives reduce or eliminate internal rust and corrosion by neutralizing acids and forming a chemical protective barrier to repel moisture from metal surfaces.
Some of these inhibitors are suitable for the protection of certain metals. The oil may contain several corrosion inhibitors. Again, they are common in almost every lubricant. Metal deactivators are another form of corrosion inhibitor.
These additives are commonly used to protect machine parts from wear and loss of metal under extreme lubrication conditions. These are polar additives that attach to metal friction surfaces.
They react chemically with metal surfaces when metal-metal contact occurs under conditions of mixed and extreme lubrication.
They are activated by the heat of contact to form a film that minimizes wear. They also help protect the base oil from oxidation and the metal from being damaged by caustic acids.
Cleaners perform two functions. They help keep hot metal components clean and neutralize acids formed in oils. Such agents are mainly used in motor oils and have an alkaline base.
Dispersants are chemical reagents that prevent particles (molecules), such as paraffin, from sticking together from oil.
Dispersants are mainly found in engine oil with detergents / cleaners that help keep engines clean and free of deposits.
In conclusion, all Ambersil brand products are safe, multifunctional, meet international quality standards and have the appropriate certificates. They clean contaminated surfaces as quickly and efficiently as possible, speed up the operation of equipment, and serve as corrosion protection for metal surfaces, tools and equipment.
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