To claim to be the best synthetic oil for Ram 1500 Hemi in a highly competitive industry might be a difficult claim to make. Numerous elements contribute to the development of a high-quality motor oil. To be deemed the greatest, an oil must not only include the necessary components and composition, but also be able to demonstrate its superiority via real-world testing. We will give material in this blog post to substantiate our assertion that AMSOIL has created the best synthetic oil for Ram 1500 Hemi.
What is the Best Synthetic Oil for Ram 1500 Hemi?
The best oil for Dodge* Ram 1500 5.7 hemi would be AMSOIL’s Signature Series 5W-20 Synthetic Motor Oil. 5W-20 is the perfect all-temperature viscosity for a Ram 1500 Hemi. Engine capacity will be 7 quarts (with filter.) After refilling, make sure to check the oil level.
Why Is AMSOIL the Best Synthetic Motor Oil Brand?
AMSOIL was a forerunner in their field. AMSOIL 10W40 Synthetic Motor Oil was the world’s first synthetic motor oil to fulfill API or American Petroleum Service specifications in 1972. Years of extensive study, inspired by aerospace technology, revealed that this engine oil beat conventional mineral-based lubricants in every category. By becoming the first engine oil to exceed API service criteria, it ushered in a new era in lubrication science.
Almost every motor oil producer recognizes the benefits of synthetic lubricants nowadays. They were compelled to follow AMSOIL’s example and introduce synthetic engine oils of their own. Consequently, they have an advantage in terms of expertise and in-depth understanding of lubrication chemistry, since they are the first synthetic oil maker.
Before we proceed, it is necessary to demonstrate why synthetic lubricants are preferable to conventional or mineral-based lubricants. While you may be aware that synthetic lubricants outperform mineral-based oils, you may not understand why.
Mineral-based oils are extracted from the earth and processed from crude oil. Unfortunately, crude oil includes a large number of undesirable and ineffective byproducts that add nothing to the oil’s performance. These useless byproducts include oxygen, nitrogen, sulfur, nickel, and vanadium. Oil refiners have attempted to eliminate these byproducts, but have been unable to do so fully.
Additionally, there are molecular differences between the two oil types. Mineral base stock oils are inherently amorphous and contain undesirable contaminants.
These molecules of varying sizes present in standard motor lubricants contribute to significant fluid friction. Additionally, the impurities or byproducts contained in mineral oils may contribute to the formation of undesirable pollutants and deposits, which can impair engine efficiency.
AMSOIL synthetic base stock oils are chemically formulated to be pure base oils free of impurities or byproducts. Synthetic base stock oils are synthesized in a laboratory and include uniformly sized molecules with no contaminants.
These pure and adaptable base oils, along with their homogenous molecular structure, provide great friction reduction, increased film strength, exceptional severe temperature capability, and improved fuel efficiency. Mineral-based or traditional lubricants, on the other hand, are incapable of providing these sorts of high-performance advantages.
AMSOIL has over 50 years of expertise making synthetic oils. This expertise offers them a significant edge over other producers of synthetic lubricants. They understand the optimal blend of synthetic base oils to utilize and, as a result of their extensive knowledge, their oils work superiorly.
AMSOIL’s Engine Protection Is Unmatched
Only a tiny coating of oil separates metal surfaces in your engine, preventing them from colliding and generating undesirable wear. AMSOIL scientists have developed a proprietary selection of high synthetic engine oils capable of forming a more durable microscopic fluid layer than conventional or mineral-based lubricants. AMSOIL synthetic base oils were selected for their superior toughness and strength as base oils. They contribute to engine longevity by reducing wear and friction.
To demonstrate AMSOIL’s technological advancements, they chose to subject their motor oil to an industry-standard oil test. The industry standard for the test is ASTM D-7320, dubbed the Sequence III G Engine Test. This test was developed to determine the engine wear, piston deposits, oil thickening, and oil consumption of automobile engine oils in a moderately high speed, high temperature environment.
This test is required for an engine oil to fulfill API SN and ILSAC GF-5 engine oil requirements. The findings of this 100-hour test are a critical predictor of how well an engine oil will function in real-world usage.
AMSOIL picked their Signature Series Motor Oil for this test. Historically, Signature Series has aced this test. AMSOIL was, however, dissatisfied with passing the exam. They wanted to explore how far they could push their Signature Series Motor Oil, so they opted to test it for 200 hours, or twice the industry standard time for the Sequence III G Engine Test. The results of this exam are available here!
Naturally, Signature Series breezed through the test. The final findings of this rigorous and unusual 200-hour test demonstrate Signature Series’ exceptional wear prevention, oxidative stability, and deposit management capabilities.
Conducting 100- and 200-hour testing on AMSOIL’s Signature Series demonstrates why AMSOIL is the finest synthetic motor oil brand. Numerous advantages accrue to motorists. Today’s engines need motor oils to provide protection under harsh operating conditions. With innovations in engine design such as variable valve timing, direct fuel injection, turbochargers, and other high-tech engineering systems that assist enhancing performance and fuel efficiency, contemporary engine oils have encountered very challenging working situations.
The atmosphere formed by these sophisticated systems is much hotter, with greater pressures, pollutants, and more mechanical shear. Additionally, these harsh surroundings will almost certainly result in a decrease of viscosity in the engine oil as a consequence of the increased mechanical shear. With everything that a motor oil must contend with, they must assist in guarding against the aforementioned anomalous situations while maintaining their lubricating characteristics.
With the exception of AMSOIL, it has been a massive ask for the majority of oil makers. AMSOIL was a trailblazer and a visionary. They instantly recognized the aircraft industry’s need for synthetics. Synthetic oils outperform traditional or mineral-based oils in terms of performance and advantages.
AMSOIL was prepared from the start, and now that sophisticated engine designs need synthetics for peak performance, traditional or mineral-based lubricants have been left in the dust. This is why AMSOIL has been prepared and eager to meet these modern-day engine protection standards for almost 50 years.
The test findings demonstrate that Signature Series provides outstanding protection against wear, viscosity increase, and hazardous deposits even under the worst operational circumstances. Utilizing this kind of motor oil enables car owners to extend the life and performance of their automobiles. The capacity of this synthetic motor oil to keep engine components clean under harsh conditions enables sophisticated engine systems to run effectively and enjoy am extended service life. The enhanced performance characteristics of AMSOIL Signature Series, along with its extended drain capacity, give an unmatched combination of value and quality not found in other engine oils.
AMSOIL Synthetic Oils Outperform Conventional Oils in Cold Temperatures
When winter hits and temperatures drop, traditional motor oils thicken and flow more slowly. When oil thickens owing to the cold temperature, essential engine components become vulnerable for a brief period of time. AMSOIL synthetic lubricants are designed to stay fluid at very low temperatures. Independent testing have proved that when compared to conventional lubricants, AMSOIL’s synthetic fluids enable 36% quicker and smoother cold starts. This results in lubricants reaching vital components more quickly, providing improved protection and less wear to internal engine components.
Engine and lubricant manufacturers are well aware that the bulk of engine wear happens during cold dry starts. This unwelcome wear occurs during cold starts and accounts for about 80% of an engine’s wear. Extreme frigid conditions may result in hazardous vehicle failures, and the reality is that the majority of people are unaware of the serious detrimental impact that cold temperatures can have on traditional lubricants. The cold temperature performance of a lubricant indicates its ability to flow when an engine or other component of the vehicle is cold.
Cold temperatures do not just apply to what people perceive as cold, but also to an engine’s usual operating temperature of 212 degrees Fahrenheit. Chilly starts on hot summer days may be considered cold to an engine as well. Cold startup lubrication is closely related to the cold flow characteristics of an oil, and the effect is felt at temperatures greater than most people anticipate.
The following is an illustration of how standard oil may have a detrimental influence on an engine even when temperatures are not exceptionally low. General Motors ceased sales of the Corvette ZR-1 in early 1991. Eight Corvette engines had seized at their Bowling Green, Kentucky manufacturing factory. The ambient temperature had dipped to just below freezing. When the engines were cold and dry, the difficult-to-pump engine oil did not flow quickly enough to the front camshaft bearings, which failed owing to a lack of lubrication.
General Motors engineers determined that only synthetic engine oil should be used in the Corvette ZR-1 engine. This appeared to resolve the issue. As this example demonstrates, even mildly chilly conditions may cause conventional oil to thicken to the point where it cannot flow quickly enough through the thin oil galleys. This slower-than-normal fluid flow exposes vital engine components to excessive friction and wear for an extended period of time. Natural paraffins found in mineral-based oils exacerbate this cold temperature issue.
AMSOIL, on the other hand, formulates its motor oils using chemically created synthetic base oils. These high-performance base oils are paraffin-free, which helps them to stay fluid and flow rapidly even at very low temperatures of -60 degrees Fahrenheit. This implies that during cold dry starts, oil will flow rapidly to bearings and other vital engine components, effectively protecting them. AMSOIL’s innovative synthetic formulas provide proper fluid flow at severe temperatures, and these synthetic base oils impart a high film strength on metal surfaces in both cold and intense heat, offering AMSOIL engine oils outstanding all-weather performance and protection.
AMSOIL is the finest synthetic motor oil brand regardless of the temperature.
Automobile manufacturers are being compelled to reengineer their engines in order to fulfill stringent fuel efficiency standards. To do this, engines are being required to operate at higher temperatures than ever before. Car engines operate at an average temperature of up to 230 degrees Fahrenheit, and temperatures soar considerably higher when subjected to severe loads. Modern engine designs place extreme strain on traditional engine oils, oxidizing them and forming undesirable sludge and deposits.
AMSOIL synthetic lubricants have been proven to keep engines 81 percent cleaner, or five times cleaner, than conventional mineral-based oils. AMSOIL synthetic engine oils outperform conventional engine oils in terms of resistance to deposit formation.
Automobile manufacturers are developing engines with direct fuel injection and turbochargers to fulfill the government’s stringent fuel efficiency and emissions demands. While these performance-enhancing technologies are beneficial in satisfying stringent regulatory criteria, they generate excessive heat inside the engine, which may result in a variety of problems, all of which can result in a loss of engine performance and service life.
Let’s take a look at some of the undesirable problems that may occur and how AMSOIL has created engine oils that successfully remove these concerns, demonstrating once again why they are the greatest synthetic motor oil brand.
The Factors That Contribute to the Formation of Deposits and Sludge
Heat is an engine oil’s worst enemy, since it may cause it to steadily degrade. When engine oil, particularly traditional oils, is subjected to extreme heat, deposits begin to build on the intake valves. These deposits obstruct airflow into the engine and contribute to the combustion chamber’s poor sealing. When the intake valve does not seal properly or efficiently, the engine may idle rough and misfire, resulting in a loss of power and fuel economy.
When temperatures rise to dangerous levels, the chemistry of an engine oil additive might be depleted. When heat alters the chemistry of an oil in a negative manner, the oil is unable to lubricate, protect, and cool essential engine components. As heat continues to degrade conventional oil, sludge starts to develop as a result of the oil’s naturally occurring byproducts. Sludge buildup tends to choke the tiny oil galley tunnels, preventing oil from reaching crucial engine components. This insufficient oil flow might result in excessive friction and wear.
It is essential to remove and prevent the accumulation of sludge in engines equipped with variable valve timing (VVT). Sludge is very corrosive to the complex components used in variable valve timing systems. Sludge buildup would cause the system to malfunction and operate incorrectly, resulting in decreased engine performance.
AMSOIL’s Signature Series was subjected to the ASTM D-6335 Test to demonstrate its exceptional capabilities when exposed to harsh heat conditions. Signature Series performed admirably in this impartial third-party evaluation. When compared to a top standard engine oil, Signature Series produced 81% less deposits, or five times fewer deposits. In other words, it remained five times cleaner than a conventional mineral oil.
How to Decrease Your Oil Consumption
When oil is subjected to high temperatures, it may volatilize. When oil volatilizes, the lighter molecules evaporate and the heavier components remain. When this occurs, the viscosity of the oil rises, making it more difficult for it to flow and circulate, as well as contributing to the oil’s low fuel efficiency. Most likely, you’ve seen oil volatilization when your car seems to be using or consuming more oil than usual, necessitating frequent oil changes.
Oil volatilization is also harmful to the environment since it produces toxic pollutants that contribute to air pollution. If excessive motor oil is burnt up or volatilized and left uncontrolled, the engine will eventually run out of the oil required to lubricate and safeguard important engine components. As a consequence, the engine may suffer a catastrophic failure.
Again, AMSOIL performed an independent third-party test referred to as the ASTM D-5800 NOACK Volatility Test. AMSOIL’s Signature Series Synthetic Engine Oil used 38% less oil than conventional motor oils. This results in less oil use and a decrease in oil top-offs. As previously shown in the Double Length Sequence III G Engine Test, AMSOIL’s Signature Series Synthetic Motor Oil outperformed industry norms by 86 percent in terms of piston deposits during a 100-hour period. Additionally, this oil demonstrated its exceptional performance by easily reaching the 200-hour mark in the same test.
The bottom line is that AMSOIL Signature Series Synthetic Motor Oil, with its unique blend of pure synthetic base oils and high-performance additives, provides exceptional heat resistance and the kind of performance required to keep your engine clean and operating at top efficiency.
How to Increase Fuel Efficiency
The capacity to enhance the ordinary automobile owner’s fuel efficiency would be a welcomed gain. This following section will cover another reason why AMSOIL is the greatest synthetic motor oil brand. Remember when we explored the molecular structural differences between regular mineral oils and synthetics? Mineral oils include molecules of varying sizes and weights as their basic stock oils. Additionally, many traditional base stock oils include undesirable byproducts such as wax.
These base stock oils, with all their flaws, will undoubtedly demand more energy and power to circulate throughout the engine. This additional power consumption adds to a decrease in fuel efficiency and economy. The converse is true when it comes to AMSOIL synthetic engine oils. AMSOIL motor oils are manufactured using base stock oils that include molecules with a consistent weight and structure. These identically sized molecules flow and slide freely over one another.
Due to their purity and absence of undesirable byproducts, they flow easily and use little energy. Because synthetic base oils need less energy to circulate, friction is decreased and fuel efficiency is enhanced.
Synthetic base oils minimize friction and enhance fuel efficiency from the start. These two performance improvements and capabilities are apparent even prior to delving into the additive chemistry. AMSOIL also adds additional beneficial additives to further increase engine efficiency and fuel economy.
Unique friction modifiers are added to the friction-reducing synthetic base stock oils. When subjected to heat, these friction modifiers react chemically within the engine, leaving a coating on the metal surfaces that significantly decreases any friction that may exist between the metal surfaces. Anti-wear inhibitors are applied to these friction modifiers. These friction modifiers and anti-wear inhibitors function in synergy with AMSOIL’s friction modifiers. These two chemicals operate in unison to prevent premature wear and friction. They both contribute to fuel efficiency improvement by minimizing friction and drag.
Additionally, AMSOIL chemists include oiliness compounds into the proprietary lubricant composition. These oiliness additives function in a unique way by allowing the oil to really enter the subsurface of the metal surfaces with which it comes into contact with, and while the engine is running, they practically sweat out of the subsurface, providing an additional source of lubrication. All of these ingredients, together with the naturally low friction base oils, contribute to AMSOIL synthetic motor oil’s outstanding ability to improve fuel economy and economy compared to traditional mineral lubricants.
Not only was AMSOIL the first company to manufacture synthetic lubricants, but they also set the standard for environmental stewardship. AMSOIL pioneered the 25,000 mile guaranteed drain interval when all original equipment manufacturers specified 3,000 mile drain intervals. They were first mocked by the industry for their 25,000-mile drain interval. AMSOIL got the last laugh, and the world has realized that 3,000 mile drain intervals are very inefficient, not just financially but also environmentally.
AMSOIL synthetic motor oils have been meticulously developed to provide prolonged drain intervals while remaining safe. Their oils are formulated to be chemically resistant, to guard against oil consumption, and to be significantly more effective in neutralizing pollutants than normal oils. As a result of these characteristics and benefits, they can provide a much longer service life.
AMSOIL Signature Series Synthetic Motor Oil, for example, will significantly minimize oil waste. Under normal operating circumstances, this remarkable engine oil can safely stretch your oil drain intervals to 25,000 miles, 700 hours of operation, or one year. Consider if every vehicle and light truck in the United States followed this 25,000-mile extended drain period. The supply chain system would be relieved of up to 35.7 billion quarts of motor oil. That would be a genuinely colossal environmental advantage.
Additionally, AMSOIL Synthetic Lubricants contribute to lower emissions. These reductions in emissions have the potential to have a direct effect on the air we breathe. Conventional mineral-based engine lubricants are more volatile than synthetic oils, as shown by tests and real-world experience. Due to the oil’s propensity for evaporation when subjected to severe heat, mineral oil evaporates and burns more quickly, resulting in undesirable pollutants that exit the vehicle’s tailpipe and into the air we breathe. This adds to the dangers of air pollution.
AMSOIL was developed to withstand oil volatility and to aid in the reduction of air pollutants and pollution. AMSOIL synthetic oils also aid the environment by increasing fuel efficiency and economy. Unlike conventional mineral-based engine lubricants, AMSOIL synthetic engine oils provide consistent molecular architectures. Their homogeneous molecular structure enables the base oil to flow freely. The molecules readily flow over one another, reaching crucial engine components without wasting excessive engine power.
By lowering restriction and friction, and therefore the energy required to circulate the oil throughout the engine, fuel efficiency is increased, resulting in reduced fuel consumption and a direct benefit to the environment. Additionally, beyond AMSOIL’s performance qualities, which have a direct beneficial influence on the environment, the AMSOIL corporation takes a step further.
AMSOIL, for example, uses plastic containers made from post-consumer polymers. Additionally, AMSOIL products are wrapped in recyclable cardboard, which helps the environment significantly. AMSOIL is the greatest synthetic motor oil brand in terms of environmental stewardship.
In the United States, the Federal Magnuson Moss Warranty Act safeguards your right to pick the lubricants and components that you believe are the best fit for your vehicle. Additionally, this warranty legislation safeguards your right to prolong your vehicle’s drain interval beyond what is indicated in the owner handbook without jeopardizing your vehicle’s manufacturer guarantee.
You may be certain that using AMSOIL Synthetic Lubricants or maintaining prolonged drain intervals will not affect the manufacturer’s guarantee on your new vehicle or equipment.
In conclusion, AMSOIL provides significant advantages and benefits over traditional oils. AMSOIL synthetic motor oils provide improved protection for engines, provide superior cold and hot weather performance, aid in fuel economy improvement, and reduce oil usage. The cherry on top of using AMSOIL synthetic motor oils is that you are contributing to the conservation of our environment, and with the AMSOIL guarantee, you can be certain that you are picking the best synthetic oil for Ram 1500 Hemi!
*All trademarked names and images are the property of their respective owners and may be registered marks in some countries. No affiliation or endorsement claim, express or implied, is made by their use. All products advertised here are developed by AMSOIL for use in the applications shown.