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Upgrade to AMSOIL Performance. Get More from your Vehicle

Seventy Five Percent more protection than required.

Excessive engine wear eventually leads to costly breakdowns and catastrophic engine failure. But even if your engine doesn’t fail, wear robs your vehicle of power, performance and that “like-new” feeling you crave when driving.

Modern engine parts are finely engineered to tight tolerances. This helps engines run more efficiently and last longer. Over time, however, wear causes bearings, pistons, piston rings and other parts to deviate from their original specifications. Bearings no longer run “true,” causing noise and heat. Worn piston rings and cylinders reduce the effectiveness of the dynamic seal that forms between the ring and cylinder wall, resulting in compression loss and increased oil consumption. Engines that lose compression produce less power.

Valve and camshaft wear are also a problem. Worn valve stems and cam lobes negatively affect valve timing and lift, which reduces efficiency and power. Variable valve timing (VVT) systems, common on most newer vehicles, contain intricate components that are especially prone to the ill effects of wear. VVT systems use oil-pressure-operated mechanical devices to change valve timing, duration and lift to achieve improved fuel economy and performance compared to traditional engines. Since most VVT systems are non-serviceable, wear can lead to costly problems down the road, in addition to poor performance.

To demonstrate its superior wear protection, AMSOIL Signature Series 5W-30 Synthetic Motor Oil was subjected to the 100-hour Sequence IIIG Engine Test (ASTM D 7320), an industry-standard test designed to evaluate motor oil in several key performance areas. It must be passed to meet the API SN and ILSAC GF-5 motor oil specifications.

AMSOIL instructed the lab that performed the test to double it to 200 hours. Signature Series not only passed the double-length test, it did so with flying colors. Its superior wear protection in the test, and because reducing wear has a direct correlation with reducing horsepower loss, allows AMSOIL to confidently claim Signature Series guards against wear and horsepower loss 75 percent better than required by a leading industry standard.

Upgrade to AMSOIL performance to protect your vehicle against wear and horsepower loss.

*Based on independent testing of AMSOIL Signature Series 5W-30 in ASTM D7320, as required by the API SN specification.

Here is the Sequence III tests. The results would be the same for all the Signature Series and the European line of products. 5W-20, 0W-20, 10W-30, 0W-30 included.Double Length Sequence IIIG Testing

Find the whole line of AMSOIL products at the Sioux Falls Do It Your Self oil change store located at 4610 W. 12th ST. You can also take our oil to any oil change center and ask that they use the oil you provide. Most centers will gladly use your own product for a labor fee.

 

The Only Oil Choice for Turbos – Signature Series

Visit us for all your oil needs:
Synthetic Warehouse Sioux Falls
4610 W. 12th St.  (12th & G right next to Wendy’s)

New Challenges for Lubricants

The increased slate of issues lubricants have to meet (or will have to) as technologies to lower emissions are required, place the burden of expertise on to the customer. AMSOIL wants to ensure the customer these issues have been addressed long before the standard reaches the marketplace. Other problems which occur in new vehicles such as design flaws or specific engine wear/sludging issues are also addressed by AMSOIL’s technical staff swiftly. The superiority of their knowledge and resources available can result in an immediate solution giving drivers more time in between these known problems requiring repair or often solving the problem entirely in both engine and transmission.

Turbocharger Issues

The industry trend toward smaller engines that deliver increased power and fuel efficiency has been well documented. The AMSOIL Newsstand contains several articles about the key technologies that enable today’s advanced engines – turbochargers, gasoline direct injection (GDI) and variable valve timing (VVT). These articles have mainly addressed how these technologies affect motor oil.

In short, they’re brutal on oil. It’s one of the reasons more automakers are installing synthetics at the factory.

Fuel dilution can be a problem

To summarize, GDI technology locates the fuel injectors directly in the cylinder (hence the name), as opposed to the manifold. This arrangement allows for greater control over injection, allowing engineers to fine-tune engines for greater efficiency and power. A side-effect of this process, however, is fuel contaminating the oil. As fuel is sprayed into the combustion chamber, it can wash past the rings and down the cylinder walls, into the oil sump. Ford* has seen the issue frequently enough to release a technical service bulletin (14-0040) titled “Fuel Odor From Engine Oil and/or Engine Oil Level Overfull” to address F-150 trucks equipped with the 3.5L Ecoboost* engine. Fuel dilution varies by engine type and driving conditions, with some vehicles showing no issues.

There are two main side-effects of fuel in the oil. First, fuel thins the oil, sometimes reducing the viscosity below the specified grade. If not accounted for in the design of the engine, this can affect wear rates and have an effect on systems that use the oil to function, like VVT.

Second, significant fuel contamination increases the rate of oil degradation. For these reasons, oil analysis labs typically condemn oil samples when the fuel content is greater than 5 percent.

Low-quality oils no match for turbos

Many GDI engines are turbocharged (TGDI). Turbos push more air into the combustion chamber, and tuning for efficiency can improve fuel economy, especially when combined with other technologies, such as direct injection. Operating at up to 150,000 rpm on exhaust gases that can exceed 1,000°F, turbos create extreme conditions that can cause low-quality oils to quickly break down, creating deposits and shortening the life of the oil. By 2020, industry experts predict nearly every new vehicle sold will come equipped with GDI technology, and the vast majority will be turbocharged.

Many motorists – and even more in the future – probably see only the tremendous benefits of improved power and fuel economy from their TGDI vehicles. Most don’t realize the toll modern engines take on motor oil.

Like most vehicle manufacturers, AMSOIL has long recommended different service intervals based on “normal” or “severe” driving conditions. Turbocharged vehicles are automatically included in the severe service category due to the extreme heat they generate. To ensure customers have the information they need to properly maintain their vehicles, a notice will soon be added to the AMSOIL Product Guides at www.amsoil.com that reminds owners of turbocharged vehicles to follow the severe-service recommendation. That means customers using Signature Series Synthetic Motor Oil in TGDI engines can extend drain intervals up to 15,000 miles/700 hours/12 months, whichever comes first, and should only extend oil changes beyond that with the guidance of oil analysis.

AMSOIL synthetic motor oil delivers superior protection

As proven in numerous tests, AMSOIL synthetic motor oils deliver outstanding protection for these challenging engines. For example, the TEOST Test (see graph) determines an oil’s tendency to form deposits at high temperatures and is a good indicator of turbocharger protection. In the test, Signature Series 5W-30 Synthetic Motor Oil minimized deposits and easily surpassed API SN requirements. In the extreme heat of the Sequence IIIG Test, Signature Series scored 86 percent better for piston deposits than required by API SN, even after doubling the length of the test.

Oil Deposit tests - Brands compared

Here at our Sioux Falls location we get a lot of Subaru WRX and STI owners who know the trouble the run of the mill synthetic causes if it’s not the true PAO base 100% as AMSOIL Signature Series. With AMSOIL Signature or European Series you never have to worry about coking or burnt deposits caused by other so called “fully synthetic” products as long as you follow the severe service oil change interval. AMSOIL is the key to enjoying long life turbocharged performance.

Even in older cars with turbos (Corvair, Chrysler Laser, Mitsubishi 3000GT and so on) can enjoy better performance using our Signature Series.

clogged oil passages on turbocharger unit.

This would never happen with a top quality synthetic motor oil.

Material from turbo oil passages. Volitile non-synthetic oils will do this.

Material extracted from turbo’s oil ports due to inferior motor oil choices.

Turbo inner workings

The above shows how close the oil gets to extreme exhaust temperatures.

AMSOIL - The Only Choice for Turbos

Visit our Sioux Falls location at 4211 South 12th St. Just down the hill from L and across the street form the Hardees stop.

Call us at 800-579-0580

Note – this link opens an awesome Turbo 101 learning page by Honeywell.

Stock up on Winter Cold Flow Additive for your Diesel

Sioux Falls's diesel fuel additive selectionTake advantage of AMSOIL’s cold flow improver here in stock in the Sioux Falls store (12th and G streets). Avoid fuel clouding while keeping your power and economy.

AMSOIL Diesel Cold Flow (ACF) combats diesel fuel gelling by improving diesel cold-flow ability. It is formulated with an advanced deicer to enhance fuel flow and help prevent fuel filter plugging in cold temperatures. Diesel Cold Flow is formulated for a broad range of diesel fuels, including biodiesel and #1 and #2 ultra-low-sulfur diesel (ULSD). Unlike all-in-one fuel additives that may sacrifice performance in specific areas in the name of convenience, AMSOIL Diesel Cold Flow makes no sacrifices; it is purpose-built for diesel owners who demand maximum results.

Treat Rate:

Just two ounces for every five gallons of fuel!

Reduces Need for #1 Diesel Fuel

Using #1 diesel fuel is one traditional solution to cold-weather diesel fuel problems. While #1 diesel fuel has an advantage in low-temperature operability, the energy content of #1 diesel fuel is about 95 percent that of #2 diesel fuel, resulting in reduced fuel economy and less horsepower. In addition, the kerosene used in #1 diesel fuel provides less lubrication for the fuel pump and fuel injectors, increasing the likelihood for wear. AMSOIL Diesel Cold Flow minimizes the need for blending standard #2 diesel fuel with lower-quality #1 diesel fuel, helping to maintain fuel economy and keep engines functioning normally.

Helps Prevent Gelling

As the temperature drops, the wax naturally found in diesel fuel begins to crystallize. The point at which wax crystals form is known as the cloud point. These wax crystals eventually clog the fuel filter and starve the engine of fuel, preventing it from starting. While low-quality fuels may form wax crystals in temperatures as warm as 40ºF (4ºC), most fuels have a cloud point near 32ºF (0ºC). The point at which the crystals clog the fuel filter is known as the cold filter-plugging point (CFPP). AMSOIL Diesel Cold Flow lowers the CFPP by up to 20ºF (15ºC) in ULSD.

Additional Benefits of Diesel Cold Flow

AMSOIL Diesel Cold Flow uses a jet-fuel-type deicer that disperses water to control ice formation throughout the fuel system. It inhibits wax crystal formation and can improve diesel pour point as much as 58ºF (32ºC), allowing fuel to flow to the engine more easily and improving diesel engine reliability in cold temperatures.

AMSOIL’s Cold Flow improver is also available available in a combination bottle of our award winning Diesel Injector Clean fuel additive so if you are not treating your diesel fuel with a lubricant and cleaner this one will keep you covered. Please read more about our top selling diesel fuel cleaner fuel additive (AMSOIL ADF) maintenance product which you MUST use to keep your injectors clean and free from severe and costly wear.

If refiners make changes to diesel fuel in winter months, why do cold flow improvers need to be used?

During cold weather months, fuel refiners produce a #1 diesel fuel that flows more readily in colder temperatures. Some refiners also produce a product termed a winter blend which is a blend of #2, #1 and potentially cold flow improver additives. Fuel varies significantly in different regions, and refiners estimate how low the temperature will actually drop in these regions. Depending on the fuel source and temperature mix, fuel directly from gas stations may cause issues with wax formation, preventing vehicles from starting and stalling while on the road.

 

From Wikipedia
Using these guidelines gas stations offer “winter ready diesel” for sale to the Motorist – there are two ways to achieve this:

  • winter blend – the gas station has blended the No.2 diesel with No.1(kerosene) by some percentage.
  • winterized diesel – the No.2 diesel has been treated with additives by the diesel supplier.

As the treatment with additives (1:40000[35]) is a cheaper way to enhance No.2 fuel in winter, most stations offer winterized diesel in cold weather conditions. In regions with colder weather, most gas stations offer No.1 fuel at the same pump allowing drivers to decide for themselves on a winter blend.

Always inquire at your local diesel fuel stop the version or their knowledge of the state of Winter diesel or blended fuel at their locality. The AMSOIL product will enhance that limit another 20 degrees.

Extreme Cold – No problem for AMSOIL Synthetic Engine Oils

Start Your Winter Mornings – and Your Vehicle – with AMSOIL Synthetic Lubricants

John Baker |Jan 14, 2015 8:46:00 AM

Long before coming to work at AMSOIL, I owned an Oldsmobile Cutlass Ciera that refused to start on below-zero mornings. I blamed it first on the battery and then on the car itself. “It must be a lemon,” I reasoned.

Cold Temperature Protection
Turns out it was probably the dirt-cheap conventional motor oil I used in those days. Unfortunately, there was no friendly AMSOIL Dealer in my neighborhood to teach me that conventional oils contain paraffins (wax) that can thicken in the cold enough to prevent the crankshaft from turning fast enough to start the car.

The Cold Crank Simulator (CCS) Viscosity Test is one method of testing a lubricant’s cold-flow properties. The test is used to determine the internal fluid friction in motor oils with a “W” grade designation. It measures the amount of energy required to overcome the resistance present in a lubricant that has been collected at temperatures from 23°F (-5° C) to as low as -31°F (-35°C), depending upon the anticipated SAE “W” classification of the oil being tested.

The CCS Viscosity Test simulates an engine’s ability to turn over at cold temperatures. Gauges monitor rotations per minute, amperage draw and motor input. A universal motor is run at a constant voltage to drive a rotor, which is closely fitted inside a stator and immersed in the test oil. The viscosity of the oil at the given test temperature determines the speed of the rotor and amperage draw; thicker oil results in slower speed and more amperage drawn. Speed and amperage drawn are then converted to centipoise (cP).

CCS results showing a lower cP number indicate lower viscosity. Oils that are thicker at low temperatures (high cP number) tend to exhibit more resistance and require more energy to pump and circulate and display a higher cP number on the CSS test. A higher cP number at a given temperature is directly correlated to a greater amount of energy required to turn an engine over, and it also indicates a greater potential for starting difficulties. Most importantly, CCS results suggest a lubricant’s ability to be circulated at a given temperature and its ability to provide wear protection.

As seen in the graph, AMSOIL Signature Series 5W-30 Synthetic Motor Oil outperformed several leading synthetic motor oils in a CCS test.

AMSOIL versus others in cold flow properties

 

 

Solve oil starvation at start-up

Extreme cold can cause conventional motor oil, transmission fluid and gear lube to thicken, starving vital moving parts of necessary lubrication. In many cases, thick motor oil will prevent vehicles from starting. Cold, thick transmission fluid results in delayed or sluggish shifts and inadequate protection for bearings, valves and other critical parts. Thick gear lube, meanwhile, requires more energy to turn the gears, reducing fuel efficiency. Because gears and bearings in the axle housing are splash-lubricated, conventional gear lubes that are too thick at cold temperatures can starve internal components of lubrication, which can cause excessive wear and premature failure.

Conventional petroleum lubricants thicken because they often contain paraffins (wax). While modern refining techniques remove most of the wax from petroleum oil, some wax-like molecules remain. These wax-like molecules are soluble at ambient temperatures above freezing, but crystallize into a honeycomb-like structure at lower temperatures and cause circulation problems. At startup, this can leave working parts unprotected while the lubricant warms to a temperature that allows it to flow.

AMSOIL synthetic lubricants (http://oilordering.com/products/) do not contain paraffins, so they remain fluid in sub-zero temperatures. Watch the video to see what happens when AMSOIL Signature Series Synthetic Motor Oil (http://syntheticwarehouse.net/home/featured-products/signature-series-5w-30-synthetic-motor-oil) and a conventional oil are cooled to -40º. While the conventional oil fails to flow from the beaker, Signature Series remains fluid and delivers 36% easier and faster cold starts*. This means it can reach vital components faster, providing more immediate engine protection and reduced wear.

Cold Temperature Storage Recommendations

Cold-Temperature Storage Recommendations

Because cold-temperature storage can be detrimental to the performance of some AMSOIL products, AMSOIL offers the following storage recommendations:

Lubricants: Store at temperatures at least 10°F above the lubricant’s pour point.

Greases: Store in a dry environment at temperatures above freezing (32°F).

Gasoline Additives, Engine and Transmission Flush: No adverse issues with cold-temperature storage.

Diesel Injector Clean, Diesel Cetane Boost, Diesel Recovery: No adverse issues with cold-temperature storage.

Diesel Cold Flow, Diesel Injector Clean + Cold Flow: Store at temperatures above 0°F.

Brake Fluids: Do not store at temperatures below -40°F for longer than two weeks.

Heavy Duty Metal Protector, Metal Protector, Power Foam, Fogging Oil, Silicone Spray, Spray Grease, Heavy-Duty Degreaser: No adverse issues with cold-temperature storage as long as products are allowed to warm to room temperature before use.

Miracle Wash®: Store at temperatures above freezing (32°F).

Antifreeze and Engine Coolant: Will not freeze. No adverse issues with cold-temperature storage.

Coolant Boost: Store above 32°F.

Slip Lock®: No adverse issues with cold-temperature storage. If product separates, heat to room temperature and shake well before use.