Benefits of Using AMSOIL 2023

AMSOIL was founded on innovation, beginning with our introduction of the World’s First API-qualified synthetic motor oil in 1972. By ignoring conventionally accepted limitations and refusing to stop short of success, we set a new benchmark for lubricant performance. These same principles guide our product development today. Some may claim that AMSOIL is over-engineered. Perfect. It is not for everyone. It is for those who want the absolute best engine protection, and it delivers.

Devoted to Protection – AMSOIL selects raw materials based on quality and performance, not price. While the competition has been formulating their products down to a price we have been formulating ours up to the highest standards.

AMSOIL is Engineered for enthusiasts seeking maximum protection and performance. Precision-formulated with cutting-edge technology and a longstanding devotion to making the world’s best motor oil. The result: engine protection that blows the doors off the highest industry standards.

Unlike the many big name oil brands that use mineral oils in there “Full Synthetic” lubricants AMSOIL completely avoids all the problems that mineral oil has by NOT USING THEM in the first place!

AMSOIL 100% Synthetic Motor oils DO NOT contain conventional mineral oil or paraffins (wax). AMSOIL motor oils are formulated using molecularly uniform synthetic base oils that slip easily over one another and are free of unwanted materials. Their versatility and pure, uniform molecular structures impart properties that provide better friction-reduction, optimum fuel efficiency, maximum film strength, and extreme-temperature performance conventional lubricants just can’t touch. AMSOIL lubricants help reduce energy lost to friction, maximize fuel economy which helps reduce greenhouse gases (CO2) emissions. AMSOIL offers superior wear protection in extreme temperatures. AMSOIL keeps engines 81% cleaner² (5 times cleaner) than conventional oil by better resisting the formation of deposits.

An Extreme Temperature lubricant AMSOIL has lubricants that can Lubricate and Protect over a temperature range from as low as -85°F to +400°F (-65°C to 204°C) It flows freely at bitter cold temperatures for improved winter starting, yet provides superior high temperature protection.

AMSOIL reduces friction and dissipates heat so effectively, engine crankcase temperatures are reduced 20°F to 50°F (6°C to 10°C) in the average vehicle.

Industry tests have shown improved fuel economy of 2 – 5% in vehicles using synthetic lubricants. Many AMSOIL customer testimonials tell of even greater savings.

AMSOIL: ISO 9001:2015 Registered

ISO 9001:2015 – Another Quality Milestone
AMSOIL has long been committed to excellence and has a documented history of innovation and leadership. AMSOIL was the:

First to develop an API-rated 100 percent synthetic motor oil.
First to introduce the concept of ‘extended drain intervals’ with a recommended 25,000-mile/1-year drain interval.
First U.S. company to use the NOACK volatility test as a standard of performance excellence.
First to produce synthetic motor oils for diesel engines, racing engines, turbo and marine engines.
First to manufacture synthetic gear lube for automotive use.
First to manufacture a 100:1 pre-mix synthetic 2-cycle oil.
First to manufacture a synthetic automatic transmission fluid for automotive use.

In the spirit of this commitment to excellence, AMSOIL has a certified Quality Management System (QMS). NSF International Strategic Registrations is the registrar that has verified that the AMSOIL QMS meets the requirements of the ISO 9001:2015 standard.

The Benefits of Using AMSOIL products are:

Technological Leader In the Synthetic Lubrication Industry for over 50 Years
Maintain viscosity under extreme temperature fluctuations and shearing forces
Resist volatilization (burn-off) which cuts tailpipe emissions and keeps valves clean
Improve performance
Cost Savings/Reduced Maintenance Costs
Maximizes fuel Efficiency and oil Economy
Greatly reduces or even eliminates failures
Protect mechanical parts
Extended-drain Intervals generate less waste oil
Enhanced environmental conservation and sustainability
AMSOIL innovation has prevented millions of gallons of waste oil from entering the supply stream
Best Engine Protection

Advanced Additive Packages

Advanced Additive Packages AMSOIL exceeds industry specifications by incorporating precise amounts of the best additives into lubricants for superior performance benefits. For example, AMSOIL uses organic compounds called metal passivators to protect yellow metals like copper and brass from corrosion. AMSOIL uses heat-resistant additives to prevent lubricant breakdown in order to maximize the oil’s service life. This approach of perfectly balancing protection and performance ensures that AMSOIL lubricants fully guard equipment during extreme-pressure operations.

High Total Base Number

High TBN AMSOIL lubricants contain consistently high TBNS, they neutralize acidic contaminants formed during the combustion process and keep these contaminants in suspension to prevent corrosion. AMSOIL lubricants use detergent and dispersant additives to significantly reduce sludge and carbon deposit formation better than conventional oils.

Less Volatility

Less Volatility AMSOIL synthetic lubricants are engineered to have uniform molecular shapes and weights. The advantage to this homogeneous composition is that there are less ‘light fractions’ that are susceptible to evaporation. AMSOIL synthetic lubricants are more stable than conventional motor oils for improved resistance to burn-off.

Seal Compatibility

Seal Compatibility and seal conditioning is an important characteristic of a lubricant’s formulation. AMSOIL lubricants condition seals, maintaining their ability to function correctly by inhibiting contaminant penetration at the seal. Because seal materials are sensitive to thermal conditions, the inherent thermal control of AMSOIL synthetic lubricants promotes seal life and integrity.

High Viscosity Index

High Viscosity Index AMSOIL lubricants have a naturally high VI, which enables them to maintain viscosity in high-temperature conditions, providing a thicker lubricating film, while conventional mineral oils are susceptible to thinning. A thicker lubricating film, expressed as lubricant film strength creates greater component separation and better wear protection. High VI also helps inhibit thermal runaway, a phenomenon caused by a lubricant’s inability to control friction and increased heat under high-stress conditions. Controlling thermal runaway inhibits lubricant degradation and component damage, allowing equipment to run better and last longer.

Superior Anti-Wear Additive Package

Because AMSOIL lubricants have naturally high VI properties, the need for VI improvers is reduced. Understanding Shear Stability, while VI improvers can be valuable, they are also more susceptible to shearing over time, reducing oil viscosity. AMSOIL products contain lower amounts of, and in many cases, no VI improvers, so they are more shear stable than competitors’ oils. AMSOIL uses effective anti-wear packages that protect against wear in high-speed and high-pressure applications, such as high-pressure vane and gear pumps, while still meeting the lubrication requirements of other critical components.

Thermal Stability

Thermal Stability AMSOIL synthetic base oils have better thermal stability than mineral oils. Thermal stability permits the oils to be used longer, even as speeds and temperatures increase. It also allows oils to retain their viscosities at low temperatures. Lower-viscosity oil provides better cold-weather operation, allowing the oil to be quickly circulated at cold-temperature startups and supply engine components with the proper lubrication to keep them protected.

The VI Improvers used in AMSOIL lubricants are temperature specific, meaning they are activated only when certain temperature requirements are met. In most cases, VI improvers help maintain thickness at higher temperatures while having minimal effect at low temperatures. By using viscosity improvers with a high shear-stability index, AMSOIL is able to achieve optimal cold-weather performance with virtually no loss to shear-stability performance. AMSOIL lubricants resist thinning at high temperatures (high VI) and can suppress the generation of additional friction and heat generated by components in contact due to a thinning lubricant. AMSOIL Synthetic Heavy-Duty Diesel Oil (ACD) and Synthetic Small Engine Oil (ASE) meet multi-grade viscosity requirements without the use of viscosity modifiers because their synthetic base oils have naturally high viscosity indices and are wax-free. These oils meet both the low-temperature requirements of SAE 10W and the high-temperature requirements of SAE 30, allowing the oil to perform adequately at both hot and cold temperature extremes.

Stable Viscosity

Stable Viscosity AMSOIL synthetic lubricants maintain viscosity under extreme temperature fluctuations and shearing forces; they meet requirements set forth for multi-viscosity oils requiring a minimum oil viscosity. Whereas some conventional mineral oils degrade when exposed to high temperatures and high forces, AMSOIL synthetic lubricants offer superior wear protection in extreme temperatures. AMSOIL synthetic lubricants are inherently better at maintaining viscosity over a wide temperature (high VI), and, coupled with shear-stable VI improvers, they maintain viscosity characteristics better at high temperatures and for longer durations than conventional oils.

Saturated Molecular Structure

Saturated Molecular Structure AMSOIL synthetic lubricants are formulated with base oils that have a saturated molecular structure, meaning oxygen is prevented from attaching. This provides inherent heat and oxidation stability over conventional oils that are unsaturated. Because AMSOIL synthetic oils do not contain contaminants like conventional mineral oils, their base composition does not accelerate oxidation. AMSOIL synthetic lubricants contain oxidation inhibitors that are far better than conventional oils. Oxidation inhibitors are sacrificial in nature, meaning they deplete, or are used over time. Since AMSOIL base oils have better oxidation stability on their own, oxidation inhibitors in AMSOIL synthetic oils last longer because they are not depleted as rapidly. AMSOIL uses a combination of oxidation-inhibitor systems for different temperatures and application needs.

Extreme Temperature Performance

Extreme Heat – 5x Cleaner Engines in Hot Conditions

Vehicle manufacturers are altering engine designs to keep pace with increasingly strict fuel economy standards, resulting in engines that run hotter than ever. The average operating temperature is up to (112°C) 235°F, and even hotter under heavy loads. This heat can quickly break down oil, leading to oxidation, sludge, and deposits. Recent tests show AMSOIL keeps engines 81% cleaner² (5 times cleaner) than conventional oil by better resisting the formation of deposits.

Extreme Cold – 39% Easier & Faster Cold Starts

When the temperature drops, motor oils thicken and move slower, causing parts of your engine to remain unprotected for a short period of time. AMSOIL is more fluid at cold temperatures than the tested conventional oil, giving you 39% easier and faster cold starts. AMSOIL motor oils Do not contain paraffins (wax) and stays fluid in temperatures of -58F (-50C) and lower. This means it can reach vital components faster, providing more immediate engine protection and reduced wear.

Superior Pour Point

Superior Pour Point AMSOIL synthetic lubricants have inherently low pour points. Such cold-temperature performance allows the oil to circulate in a lubrication system easily at frigid temperatures. Being able to circulate at such temperatures means that engine components are protected during cold starts; typical mineral oils exhibit a delay in their ability to circulate and expose components to metal-to-metal contact, increasing wear and reducing engine life. A lubricant that can be poured at low temperatures also provides fuel efficiency benefits to automobiles. The low viscosity of these lubricants reduces drag on engine components, allowing them to move more efficiently.

Environmental Conservation

AMSOIL synthetic motor oils are designed to reduce emissions, last longer, and reduce fuel consumption – all features that help prevent pollution. They resist volatilization (burn-off) better than conventional oils, which cuts tailpipe emissions, while extended-drain AMSOIL synthetic oils generate less waste oil and packaging waste since motorists use less oil throughout the year.

High Hydrolytic Stability

High Hydrolytic Stability AMSOIL lubricants display high hydrolytic stability. Under the most demanding conditions, they form very little acid and insoluble contaminants. This helps reduce acid formation, foaming and contaminant formation, ensuring the lubricant is acceptable for long-term use.

High Flash and Fire Points

High Flash and Fire Points AMSOIL synthetic lubricants display high flash and fire points, meaning they are highly resistant to breakdown at normal operating temperatures. They offer more protection than conventional oils because they resist oxidation and thermal breakdown, retaining their pumpability and heat-transfer abilities.

Advanced Rust Inhibitors

Advanced Rust Inhibitors AMSOIL has developed advanced formulations to specifically inhibit rust while maintaining wear-protection abilities. EP additives in gear lubricants will usually increase corrosion development, but AMSOIL has developed a precise formulation to provide high-temperature corrosion protection for yellow metals at elevated temperatures.

Inherent Foam Resistance

Inherent Foam Resistance The advanced formulations of AMSOIL synthetic oils resist oxidation and acid formation that contribute to foam development. They are fortified with anti-foam additives to suppress foam development.

Focused Water Management

Focused Water Management AMSOIL lubricants contain special additives to keep water in suspension for applications, such as motor oil, that require emulsions to properly protect equipment. These additives help prevent water and oil from separating to help prevent corrosion and sludge. For applications that require demulsibility, such as compressor oils, AMSOIL expertly formulates oils for rapid water and oil separation.

Total Package Performance

Total Package Performance AMSOIL has an advantage over competitors because AMSOIL synthetic lubricants do not rely on additives alone to protect equipment. While other oil companies use only one base oil type as the main component, AMSOIL uses many different base oils and additives, taking advantage of their unique properties. Doing so builds better anti-wear and EP performance. The unique combination of multiple base oils delivers better performance than oils constructed with a single base oil. When combined with a tested and balanced treatment of the best additive packages, AMSOIL synthetic lubricants excel in protecting equipment. Customers should never use a lubricant based solely on its performance in a single area. Lubricants must perform well in all areas in order to be suitable candidates. Choose a lubricant based on its total performance characteristics. Only when an oil’s base stocks and additive package are working in unison will it be capable of providing the required basic functions of a lubricant, including the following:

Reducing friction and wear
Cleaning
Cooling moving elements
Preventing contamination (seal)
Dampening shock
Transferring energy
Preventing corrosion

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