Lubricant Additives and Their Benefits

The purpose of lubricant additives in UAE is to enhance the performance of oil while at the same time reducing the pour point. Below 50degC, paraffin molecules in oil start to crystallize as wax, which impairs the flow of the oil. To prevent this, lubricant additives are added to the oil to modify the interface between the wax and oil molecules. These agents can lower the pour point by 20 to 30 degrees F. Some of the most common and effective lubricants include acrylates, polymethacrylates, and sulfates.

Protect engines from wear and tear:

The benefits of lubricant additives are numerous, but the main one is to protect engines from wear and tear. These additives work by lubricating all engine parts and preventing dry starts. They also restore engine compression, which improves horsepower and torque, especially in high-mileage engines. In addition to their safety benefits, lubricant additives also help extend the life of engine parts.

Used for oil change fluid, hydraulic fluid and grease:

A lubricant additive can be used in various applications, including in oil change fluid, grease, and hydraulic fluid. In the automotive industry, lubricant additives can improve performance and efficiency by improving fuel economy. Antifoaming additives can reduce foaming in engines, while anti-foam agents can improve engine performance. Another lubricant is a degreasing additive, decreasing friction between the engine and transmission components.

Make the oil more resistant to oxidation:

Several types of lubricants are composed of different compounds that make the oil more resistant to oxidation. Among them are antifoaming additives. These have low interfacial tension, which weakens the surface of oil bubbles, reducing the amount of air-oil contact. Some antifoaming additives are also silicone materials. Their use is essential in oil analysis because too much of an additive can promote foaming.

Plays a major role in lubricants in a machine:

A lubricant additive plays a major role in lubricants in a machine. By modifying the oil’s viscosity, these agents prevent it from losing its viscosity at high temperatures. VIs are available in various shapes and qualities and are crucial to formulating high-performance grease. A few of the most common ones are listed below. A few more can be used as necessary.

Among the most common lubricant additives, wax crystal modifiers are essential for preventing oxidation and reducing the wear rate of metal surfaces. Additionally, they are highly thermally conductive and electrically insulating. They can be used in various settings, including lubrication for a range of applications. For example, they can reduce the risk of metal-to-metal contact, increasing the amount of heat in the system.

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