Mechanism of Action and Features: The presence of silica nanoparticles in the Carbo nano-engine oil additive is unique. Over time, friction, loss of oil properties, and increased heat in the engine due to the interaction between the cylinder and piston lead to corrosion and wear. These damaged areas accumulate degraded oil residues, causing energy loss and reduced engine efficiency.

When Karbo nano additives are used as an oil improver, the nanoparticles penetrate the damaged areas and act as fillers for the worn-out surfaces. Additionally, they work like lubricating balls between the cylinder and piston. In this case, the engine oil primarily serves as a medium to carry the nano additives. This enhances engine performance, increases acceleration, and improves cooling. It also extends the engine oil's lifespan, delaying the oil change interval up to twice as long, offering significant economic benefits.

This additive is particularly beneficial for industrial and agricultural machinery (e.g., tractors, combines), public transport vehicles (e.g., buses, subways), personal cars, trains, ships, and trucks that operate for extended hours daily and consume large amounts of engine oil. It not only increases the lifespan of the oil but also ensures the health of mechanical systems, preventing early wear and tear.

Key Features of Karbo Engine Oil Additive:

Developed with nano technology for high efficiency and performance.

Nanoparticles are well dispersed and stabilized, preventing sedimentation in containers or engines.

Does not alter the engine oil color, thanks to the nature of the nanoparticles used.

The nanoparticles are environmentally friendly, non-toxic, and safe for humans and animals.

Its effects are noticeable shortly after use.

Benefits of Karbo Engine Oil Additive:

- Significantly increases vehicle acceleration.

- Prolongs engine life.

- Enhances engine oil performance and lifespan.

- Improves heat transfer efficiency, leading to faster cooling.

- Optimizes combustion and increases vehicle efficiency.

- Reduces engine noise.

- Lowers vehicle emissions.

- Cuts fuel consumption by up to 25%.

- Repairs cracks, damages, and corrosion caused by combustion and oxidation on cylinder and piston surfaces.

- Reduces friction between the cylinder and piston.

- Prevents oil leaks.