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Showing posts with label synthetic oils. Show all posts
Showing posts with label synthetic oils. Show all posts

Monday, August 17, 2009

Synthetic Oil Revolution

Synthetic Oil Revolution
By Gregory J Johnson


Old Habits are hard to break!

You can't teach an old dog new
tricks!

These are a couple of adages that apply to the use of oil verses
Synthetic Lubricants in our cars, trucks and any other motorized
vehicles we own.

For the past 100 years or so the standard oil change drain
interval has been established at 3000 miles. This standard,
established by the petroleum industry, the automobile industry
and our automotive mechanics has worked fairly well. The real
reason for frequent oil changes are the chemical changes to the
oil itself , depletion of the additives and the effects of
oxidation and heat Oil is black when you change it because its
molecules have broken down and lost their ability to function.
As oil breaks down and loses its ability to lubricate then
damage begins to occur to your engines moving parts, including
its crankshaft, bearings, cylinder walls, rings and gearboxes
and any other moving part.

When the proper lubricant is lacking the result is failure of
that part.

To avoid this problem OEM ( Original Equipment Manufacturers)
accepted the 3000 miles drain interval as the standard because
of the rapid deterioration of motor oils. Thus giving the
consumer the feeling that this is the best formula for
maintaining their vehicle. Most motor oils will provide
protection past 3000 miles but that number has been ingrained
into our minds and has become a habit.

Synthetic Oils have been in the developmental stages since 1877
when C. Friedlander and JM Crafts synthesized the first
synthetic hydrocarbons. Over the next 130 years chemists have
developed new processes for the commercial application of
synthetic lubricants. Over these years such familiar companies
as Standard Oil, Union Carbide, National Carbide and Texaco have
produced synthetic fluids. The Germans under Adolph Hitler had a
major synthetic fuel and oil program because of their dependence
on imported oil.

How does it work? Synthetics contain only uniform smooth
lubricating molecules that easily slide across one another and
are not affected by extremes in heat and cold. Motor oils have
odd shaped, irregular and jagged molecules that don't slip that
easily and break down at differing rates. Uniformity helps
synthetic oils resist thinning in heat and thickening in cold
which protects better in an engines wide temperature operating
ranges.

By producing synthetic oils we can manipulate them to provide
protection throughout a wide variety of conditions including
lubricant viscosity , thermal and oxidative stability, hot and
cold temperature fluidity, friction control and volatility which
is the boiling off point of the molecules.

Now is the time to join the Synthetic Oil Revolution and help
reduce our dependence upon foreign oil imports. Made in America
is a strong statement. In 1972 a company was formed with a
vision, to provide a better product from what was on the market
at the time. They produced the first 25,000 mile drain interval
synthetic crankcase oil. They specifically addressed the
benefits associated with using synthetic oils. Now with over 35
years of experience they have positioned themselves to provide
us with the products that will be the standard for our
lubrication needs within the next 10 years. The benefits include
Higher Mileage, Longer Drain Intervals, Saving Time, Money the
Earth and your Vehicle. Only 2% of the vehicles on the road
today use this technology.

Thursday, August 13, 2009

Synthetic Lubricants - Advantages, Disadvantages and Applications

Synthetic Lubricants - Advantages, Disadvantages and Applications
By Richard C. Milton Platinum Quality Author


Synthetic lubricants are often attached to products such as synthetic oils and greases. They are made out of different compounds like boron nitride, esters, diesters, chlorofluorocarbons, polyglycol and silicones. When compared to non-synthetic fluids, synthetic ones are often more expensive. But the cost one spends over synthetic greases is compensated with better cooling performances and fire resistance.

There are many types of synthetic lubricants for cooling performance and fire resistance. Some of the most popular ones are insulating and thermal oils, floor or mist coolants and circulating coolants. General applications include grinding, metal cutting, metal forming, transmission, hydraulic purposes and vacuum fluids. They vary according to dielectric strength, gravity, viscosity index, thermal conductivity, operating temperature and usage concentration. Learn about more facts regarding these industrial products.

Advantages versus disadvantages

Just like other products sold in the market today, synthetic oils, greases and lubricants have their own benefits and drawbacks. It is favored because it poses better stability in terms of shearing and chemical components. It does not evaporate as quick as other forms and it has a better temperature viscosity. It resists problems such as oil sludge, thermal breakdown and oxidation. Above all, because these lubricants provide better lubrication, it delivers more improved fuel economy than with non-synthetic versions.

Alongside these major advantages are some disadvantages as well. In some instances, synthetic lubricants result to lower friction thus making them not that suitable for break-in purposes especially for brand new vehicles. In some environments, problems on decomposition may potentially arise. They also do not have the capacity to hold mineral oil and lead therefore caution is needed when one makes use of leaded gasoline or fuel. Overall, synthetic greases are not advisable to be used in automotive rotary engines.

More specific applications and other facts on these industrial products

There is a wide array of designs created for synthetic oils, greases and lubricants depending on the industries where they are utilized. Some popular industries that benefit from such industrial products are automotive, marine, military and aerospace. They are highly favored in food and beverage as well as pharmaceutical industries too. In certain cases, the products provide much ease and help in making bearings, processing equipment, piston pumps, gears, compressors, final drives and combustion engines run properly.

Synthetic lubricants function very well with the help of several agents or components. With the use of extra pressure additives, stopping when there are heavy loads as well as sticking is prevented. Those with release agents also prevent other materials from sticking to any underlying surface.

Synthetic Blend Motor Oil - A Good Compromise

Synthetic Blend Motor Oil - A Good Compromise
By Vince Platania Platinum Quality Author



One of the factors that keeps people from using synthetic oil in their car or truck is the cost. Synthetic oils are generally more expensive than petroleum-based oils due to the extra refining and lab work that goes into their development. While this extra processing usually translates into an oil that can be used for longer intervals in your before it requires a change, the initial cost can still sometimes seem like too much of a barrier.

For this reason, many companies offer what is termed a synthetic blend motor oil. This type of oil contains a mixture of up to 30 percent synthetic oil with the rest being standard petroleum-based oil, and is usually significantly less expensive that a pure synthetic. What are the advantages of using such a blend?

At first glance it seems as though there would be little benefit to using a synthetic blend motor oil. After all, with only 30 percent of the total volume being truly synthetic, isn't it too diluted for it to make any real difference?. Actually, this is not the case. While the percentage of synthetic oil in the blend is indeed too low to provide synthetic-like levels of engine protection when it comes to thermal breakdown and overall viscosity, there is another dimension of benefit when it comes to the inclusion of synthetic oil in a blend.

The additives that are found in synthetic oil can help a great deal when it comes to addressing several engine issues. Synthetic blend motor oil contains additives which contribute to reducing overall engine wear. Not only that, but the detergents found in the synthetic component of the oil help fight the build up of acids in the engine oil, and help clean carbon and other contaminants out of engine internals. Synthetic blend motor oil is a good option for use in applications where the engine will be seeing heavy duty or extreme conditions, as these circumstances will make full use of the oil's additives.

Synthetic blend motor oil is an excellent compromise for those who want to enjoy some of the protections of synthetic oil but who don't want to spend a large amount of money changing the oil in their vehicles. This type of oil can be particularly useful for someone running a fleet of light trucks or service vehicles which are used hard but for which the cost of constantly replacing a full synthetic oil would be prohibitive.

Visit Synthetic Motor Oils

For over 25 years Vincent Platania has been marketing, consulting and formulating high performance lubricants.

Source for AMSOIL, the World's Best Synthetic Lubricants, Motor Oils and Filters.