Do Engine Oil Additives stop Burning Oil (2023)? [Explained]

Engine oil additives are products that are added to the vehicle’s engine oil to enhance its performance and protect the engine from wear and tear. These additives can serve different purposes, such as increasing the oil’s viscosity, reducing friction, preventing rust and corrosion, or cleaning the engine.

In this blog, we shall discuss engine oil additives with types, how they work, do engine oil additives stop burning oil, whether are there any risks associated with them, how often should I use them, which engine oil additive is the right for my car, how do I know if my car needs an oil additive, etc.

What are Engine Oil Additives, and their Types?

Engine oil additives are chemical compounds that are added to the engine oil to improve its performance and protect the engine. These additives can serve a variety of purposes, including:

  • Viscosity improvers: These additives increase the oil’s ability to lubricate and maintain its viscosity (thickness) at high temperatures.
  • Anti-wear agents: These additives reduce friction and wear on metal parts in the engine.
  • Detergents: These additives help to clean the engine by removing harmful deposits and sludge.
  • Dispersants: These additives help to prevent the formation of sludge and keep solid particles suspended in the oil.
  • Anti-corrosion and anti-rust agents: These additives protect the engine from rust and corrosion.
  • Friction modifiers: These additives reduce the friction between metal parts, which can help to improve fuel efficiency.
  • Seal conditioners: These additives help to soften and rejuvenate the seals in the engine, which can help to prevent leaks.
  • Pour point depressants: These additives help to lower the temperature at which the oil will flow, which is important in cold weather.

These additives can enhance oil performance, extend oil change intervals, and protect the engine from wear and tear.

However, adding too much of an additive can also be detrimental, so it’s always best to consult with a qualified mechanic and use the appropriate type and amount of oil additive for your vehicle.

Best Engine Oil Additives

Best Overall
Archoil AR9100 Oil Additive

  • Eliminate Cold Start Injector Problems
  • Reduces Wear, Extends Life
  • Reduces Engine Noise, Vibration and Heat
Best Overall
Liqui Moly 2037 Pro-Line Engine Flush

  • Clean and Flush the Oil Systems
  • Neutral to Seals and Other Materials
  • Compatible with Catalytic Converters
Best Overall
Lucas Oil 10001 Heavy Duty Oil Stabilizer

  • Extends Oil and Engine Life
  • Eliminates Dry Starts and Excessive Wear
  • Raises Oil Pressure, Will Not Sludge

Every product was carefully curated by an Esquire editor. We may earn a commission from these links.

How do Engine Oil Additives Work?

Engine oil additives work by interacting with the oil and the engine in various ways. They can be added to the oil during the refining process, or they can be added after the oil has been packaged.

  • Viscosity improvers: These additives increase the oil’s ability to lubricate and maintain its viscosity (thickness) at high temperatures. They work by increasing the size of the oil molecules which results in thicker oil that can better lubricate moving parts.
  • Anti-wear agents: These additives reduce friction and wear on metal parts in the engine. They can work by creating a film of lubricant on metal surfaces, which helps to reduce friction and wear.
  • Detergents: These additives help to clean the engine by removing harmful deposits and sludge. They work by breaking down and dissolving dirt, grime, and other contaminants that can build up in the engine.
  • Dispersants: These additives help to prevent the formation of sludge and keep solid particles suspended in the oil. They work by keeping solid particles in the oil so they can be drained out during an oil change.
  • Anti-corrosion and anti-rust agents: These additives protect the engine from rust and corrosion. They work by creating a barrier on metal surfaces that prevents rust and corrosion from forming.
  • Friction modifiers: These additives reduce the friction between metal parts, which can help to improve fuel efficiency. They work by creating a barrier on metal surfaces that reduces the amount of friction between the parts.
  • Seal conditioners: These additives help to soften and rejuvenate the seals in the engine, which can help to prevent leaks. They work by penetrating the rubber seals and making them more pliable, which can help to prevent leaks.
  • Pour point depressants: These additives help to lower the temperature at which the oil will flow, which is important in cold weather. They work by preventing the oil from thickening in cold weather, which allows it to flow more easily.

Do Engine Oil Additives stop Burning Oil?

Engine oil additives can serve a variety of purposes, such as increasing the oil’s viscosity, reducing friction, preventing rust and corrosion, or cleaning the engine.

However, some oil additives claim to stop burning oil, but it’s important to note that burning oil is usually a symptom of a larger problem, such as worn-out piston rings or valve guides. Burning oil is a sign that the oil is not contained within the engine and is escaping through the seals and gaskets.

While oil additives may help reduce oil consumption, they may not completely stop it. Oil consumption can be caused by several factors such as worn-out engine parts, lack of proper maintenance, and poor-quality oil, among others.

In such cases, adding an oil additive may help to reduce consumption temporarily, but it will not address the underlying issue causing the problem.

In cases where the burning oil is caused by worn-out engine parts, the only solution is to replace or repair the parts. For example, if the burning oil is caused by worn-out valve guides or piston rings, the only solution is to replace or repair these parts. In cases where the burning oil is caused by a lack of proper maintenance, the solution is to maintain the engine properly.

Related Guide: Are Engine Oil Additives Good or Bad (2022)? [Explained!]

Are there any Risks associated with using Engine Oil Additives?

There are some risks associated with using engine oil additives, as they can have unintended consequences if not used correctly. Some of the risks associated with using engine oil additives include:

  • Overuse: Using too much of an additive can be detrimental and can cause damage to the engine. For example, using too much of a friction modifier can cause the oil to become too slippery and can lead to reduced lubrication and increased wear on metal parts.
  • Compatibility: Some additives are not compatible with certain types of oil or with certain engines. Using an incompatible additive can cause damage to the engine or can lead to reduced performance.
  • False sense of security: Some additives claim to fix problems that they cannot actually fix. For example, an additive that claims to stop burning oil may provide a temporary reduction in oil consumption, but it will not address the underlying issue causing the burning oil.
  • Quality of the additive: Using low-quality additives can cause more harm than good. Low-quality additives may contain impurities that can cause damage to the engine.
  • Lack of regulation: There is no specific regulation regarding engine oil additives, which means that the quality and effectiveness of the products can vary greatly. It’s always best to consult with a qualified mechanic and use a reputable brand of oil additives.

Which Engine Oil Additive is right for my Car?

The right engine oil additive for your car will depend on the specific needs of your engine and the type of oil that you are using. It’s always best to consult with a qualified mechanic or refer to your vehicle’s owner’s manual for recommendations on the type of oil and additives that are appropriate for your car.

Some general guidelines to consider when selecting engine oil additives are:

  • Use the right viscosity of oil for your engine as per the vehicle manufacturer’s recommendation.
  • Use high-quality, reputable brands of oil and additives.
  • Avoid using too many additives at once, as they may not be compatible or may cancel each other’s effects.
  • Avoid using additives that claim to fix problems that they cannot actually fix, such as an additive that claims to stop burning oil.
  • If you are unsure about the right oil additive to use, consult with a qualified mechanic.

Some modern engines don’t require oil additives as they come with advanced lubrication systems, and using oil additives may cause more harm than good.

For example, using a seal conditioner in a car that is using synthetic oil can cause damage to the engine. It’s always best to consult with a qualified mechanic and use the appropriate type and amount of oil additive for your vehicle.

How often should I use Engine Oil Additives?

The frequency at which you should use engine oil additives will depend on the specific needs of your engine and the type of additive you are using.

For example, if you are using an anti-wear additive, you may only need to add it to your oil every other oil change. On the other hand, if you are using a detergent additive to clean your engine, you may need to add it more frequently.

Some modern engines don’t require oil additives as they come with advanced lubrication systems, and using oil additives may cause more harm than good. For example, using a seal conditioner in a car that is using synthetic oil can cause damage to the engine.

Overuse of oil additives can be detrimental and can cause damage to the engine. It’s always best to consult with a qualified mechanic and use the appropriate type and amount of oil additive at the recommended frequency.

It is always recommended to stick to the vehicle’s manufacturer’s recommendation for oil and additive change intervals. And it’s always best to consult with a qualified mechanic to ensure that you are using the right type of oil and additives and changing them at the right frequency for your specific car.

How do I know if my Car needs an Oil Additive?

There are several signs that may indicate that your car needs an oil additive. Here are a few common indications:

  • High oil consumption: If you notice that you need to add oil frequently between oil changes, it may be a sign that your car needs an oil additive. Some additives can help reduce oil consumption.
  • Engine noise: If you notice increased engine noise, it may be a sign that your engine is not lubricated properly. Some additives can help to reduce friction and wear on metal parts, which can help to reduce engine noise.
  • Smoke from the exhaust: If you notice smoke coming from the exhaust, it may be a sign that the engine is burning oil. Some additives can help to reduce oil consumption and reduce the amount of smoke coming from the exhaust.
  • Engine warning light: If the engine warning light is on, it may be a sign of an engine problem. Some oil additives may help to reduce engine wear and tear, which can help to prevent engine warning lights from coming on.
  • Reduced fuel efficiency: If you notice a reduction in fuel efficiency, it may be a sign that the engine is not running as efficiently as it should. Some additives can help to improve fuel efficiency by reducing friction between metal parts.

It’s always best to consult with a qualified mechanic to determine if your car needs an oil additive, as they can diagnose the underlying issue causing the problem and recommend the appropriate solution.

Additionally, some modern engines don’t require oil additives as they come with advanced lubrication systems, and using oil additives may cause more harm than good. It’s always best to consult with a qualified mechanic and use the appropriate type and amount of oil additive for your vehicle.

Conclusion

Do engine oil additives stop burning oil? Actually, engine oil additives may help reduce oil consumption, but they will not completely stop it.

Burning oil is usually a symptom of a larger problem that needs to be diagnosed and addressed by a qualified mechanic.

It’s always best to consult with a qualified mechanic to diagnose the underlying issue causing the burning oil, and to use the appropriate solution to address the problem.

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