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Premium Protection for New and Rebuilt Engines – Amsoil assembly lube

Premium Protection for New and Rebuilt Engines

Amsoil assembly lube

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Amsoil assembly lube

Amsoil assembly lube

New AMSOIL Engine Assembly Lube (EAL) is formulated to cling to engine parts and provide exceptional wear protection while inhibiting rust and corrosion in newly built or rebuilt four-stroke engines. It is designed to dissolve in oil, helping eliminate oil port clogging and deposit formation, and represents a premium option for performance enthusiasts, engine builders and race teams. It also presents a perfect complement to AMSOIL Break-In Oil (BRK), Dominator® Racing Oil (RD20, RD30, RD50) and Z-ROD™ Motor Oil (ZRT, ZRF).

 

Clings Tenaciously to Parts
Because building an engine can take from a few days to many months, using an engine assembly lube that clings well to parts for extended periods is critical. AMSOIL Engine Assembly Lube is formulated with a high-viscosity base oil and a unique tackifier for long-lasting, tenacious cling.

Exceptional Wear Protection
During initial startup, engines operate momentarily with little-to-no oil pressure, placing camshaft lobes, lifters, rocker arms, bearings and other critical parts at high risk of wear and failure. In addition to inhibiting wear by clinging to parts, AMSOIL Engine Assembly Lube contains high levels of antiwear additives for further protection.

Inhibits Rust and Corrosion
An engine can sit in a garage partially assembled for long periods, allowing moisture and oxygen to form rust on exposed metal surfaces. Amsoil assembly lube contains rust and corrosion inhibitors that protect engine components during inactivity.

Dissolves in Oil
Grease-based assembly lubes can increase the risk of oil port clogging if the grease is not fully consumed at initial startup, potentially causing engine failure. AMSOIL Engine Assembly Lube is designed to dissolve in oil, helping oil ports remain clean, and helping to eliminate deposit formation under the valve covers and in the oil pan.

Easy and Precise Application
Amsoil assembly lube is packaged in convenient 4-oz. tubes, allowing for cleaner, more precise application compared to other products.

Amsoil assembly lube

APPLICATIONS
AMSOIL Engine Assembly Lube is recommended for any new or rebuilt four-stroke engine, including racing and performance engines, and should be applied to all areas of the engine susceptible to initial startup wear.

  • Tenaciously Clings to Parts
  • High in Anti-Wear Additives
  • Dissolves in Oil
  • Provides Rust & Corrosion Protection
  • Recommended for all Four-Stroke Engines, Including High-Performance and Racing Engines
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Amsoil Adds New Break In Oil – BRK : Amsoil Break In Oil.

Amsoil Adds New Product; SAE 30  Amsoil Break In Oil

Free Amsoil Catalog

Amsoil Break In Oil – BUY IT HERE

Amsoil Break In Oil is an SAE 30 viscosity grade oil formulated without friction modifiers to allow for quick and efficient piston ring seating in new and rebuilt high-performance and racing engines. It contains zinc and phosphorus anti-wear additives to protect cam lobes, lifters and rockers during the critical break-in period when wear rates are highest, while its increased film strength protects rod and main bearings from damage. AMSOIL Break-In Oil is designed to increase compression, horsepower and torque for maximum engine performance.

Amsoil Break In Oil

 

Quickly Seats Rings
The primary goal during engine break-in is to seat the rings against the cylinder wall. Properly seated rings increase compression, resulting in maximum horsepower; they reduce oil consumption and prevent hot combustion gases from entering the crankcase. To achieve this, however, the oil must allow the correct level of “controlled wear” to occur between the cylinder wall/ring interface while maintaining wear protection on other critical engine parts. Insufficient break-in leaves behind peaks on the cylinder wall that prevent the rings from seating. The deeper valleys, meanwhile, allow excess oil to collect and burn during combustion, increasing oil consumption. Too much wear results in cylinder glazing due to peaks “rolling over” into the valleys and preventing oil from collecting and adequately lubricating the cylinder wall. Amsoil Break In Oil

AMSOIL Break-In Oil’s friction-modifier-free formula allows the sharp peaks on newly honed cylinder walls (fig. 1) to partially flatten. The result produces more surface area for rings to seat against, allowing formation of a dynamic seal that increases compression, horsepower and torque (fig. 2).

Amsoil break in oil

Amsoil break in oil

Protects Critical Parts from Wear
New flat-tappet camshafts and lifters are not seasoned or broken in and must be heat-cycled to achieve proper hardness. During the break-in period, these components are susceptible to accelerated wear because they are splash-lubricated, unlike other areas of the engine that are pressure lubricated. AMSOIL Break-In Oil contains high levels of zinc and phosphorus (ZDDP) additives designed to provide the anti-wear protection required during this critical period.

Increased Film Strength
High-performance and racing engines often use aftermarket parts designed to increase torque and horsepower. The added stress can rupture the oil film responsible for preventing harmful metal-to-metal contact on rod and main bearings. The base oils in AMSOIL Break-In Oil provide increased film strength to protect bearings from wear.

APPLICATIONS
AMSOIL Break-In Oil is designed to effectively break in high-performance and racing engines requiring SAE 30 oil, helping maximize compression, horsepower and torque.

RECOMMENDATIONS
The engine builder’s or manufacturer’s break-in recommendations should be followed if available. Break-in period should not exceed 1,000 miles. When the rings fail to seat, the exhaust ports will have a large area of oil residue (Fig. 3). As the rings begin this process, less oil is passed and the oil residue area begins to shrink (Fig. 4). When the rings are fully seated and have formed a tight seal against the cylinder walls, no oil residue will be evident. Other common methods to determine if rings have seated include performing a leak-down test or horsepower measurements over time. Break-in duration will vary between engines. Afterwards, drain and fill the engine with an AMSOIL high-performance synthetic oil that meets builder or manufacturer specifications.

HEALTH & SAFETY
This product is not expected to cause health concerns when used for the intended application and according to the recommendations in the Material Safety Data Sheet (MSDS). MSDS’s are available upon request at 715-392-7101 or on the AMSOIL Website. Keep Out of Reach of Children. Don’t pollute. Return used oil to collection centers.

For AMSOIL warranty information, click here.

TYPICAL TECHNICAL PROPERTIES
Break-In Oil (SAE 30) – BRK SAE 30

Kinematic Viscosity @ 100°C, cSt (ASTM D-445) 11.4
Kinematic Viscosity @ 40°C, cSt (ASTM D-445) 91.6
Viscosity Index (ASTM D-2270) 112
Flash Point °C (°F) (ASTM D-92) 238 (460)
Fire Point °C (°F) (ASTM D-92) 256 (492)
Pour Point °C (°F) (ASTM D-97) -36 (-32)
Four-Ball Wear (ASTM D-4172)

Para 1 (40 kg, 75ºC, 1200 rpm, 1 hr), Scar, mm
Para 3 (40 kg, 150ºC, 1800 rpm, 1 hr), Scar, mm
0.42
0.67

Total Base Number 6.6
High-Temperature/High-Shear Viscosity (ASTM D-5481 @ 150ºC, 1.0 x 106 S-1), cP 3.5

PRODUCT LOOKUP GUIDES
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OIL COMPARISONS
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INSTALLATION INFO
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MISCELLANEOUS
Drain Interval Chart
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Two-Cycle Chart
MSDS Sheets

Amsoil Break In Oil

Amsoil Dominator

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AS SEEN ON: Making the Rounds with the AMSOIL Mustang GT

AS SEEN ON: Making the Rounds with the Amsoil Mustang GT

Free Amsoil Catalog!

Since its unveiling at the 2010 SEMA show, the Amsoil Mustang GT has been steadily generating a buzz and gaining extensive media coverage.  This project build was created with the sole purpose of stealing the show wherever it appeared, and it’s done a pretty good job of it. Check out the media coverage it has gained, with more to come in the next few months as the Amsoil Mustang GT continues making an example of what a show car should be.

Amsoil

 

Amsoil

Event Appearances:

 

 

November 2010: Unveiling of the

Unveiling of the

AMSOIL Mustang at the 2010 SEMA Show in Las Vegas in the Source Interlink booth.
December 2010: Displayed at the Performance Racing Industry (PRI) show in the main concourse.
February 2011: Displayed in the Ford Motor booth at the Chicago Auto Show, the largest auto show in North America.

 

 

 

 

 

 

 

 

 

 

 

 

 

Print mentions, feature articles, etc.

March: ‘Road to SEMA’ tech article in Muscle Mustangs & Fast Fords Magazine.
April: AMSOIL Mustang GT lands the cover of Muscle Mustangs & Fast Fords, with 5-page feature article ‘Tastefully Over the Top.’
May: “An Office with a Great View’ article in Muscle Mustangs & Fast Fords, covering interior modification.
June: “Stop, Squat & Roll” tech article in Muscle Mustangs & Fast Fords covering brakes, suspension & wheels.
July: “Track Attack’ track testing feature in Muscle Mustangs & Fast Fords.

In addition to these event and magazine appearances, the AMSOIL Mustang GT has been featured on the Muscle Mustangs & Fast Fords website innumerable times. Extensive Facebook and Twitter coverage has generated additional awareness as to where the AMSOIL Mustang GT has been, and where it’s heading next. Be sure to keep up with the latest news and happenings right here on the AMSOIL website, and in the pages of Muscle Mustangs and Fast Fords. Who knows, you may soon see the AMSOIL Mustang GT at a car show near you.

 

More information here;

http://www.fordmagazine.com/amsoil-mustang-gt-sema-project-stop-squat-and-roll-2/

http://www.syntheticoilhq.com/catalog

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AMSOIL Break-In Oil (SAE 30)

OE 5W-20 Synthetic Motor Oil (OEM)

Break-In Oil (SAE 30) – BRK

Designed for High-Performance and Racing Engines

See Pricing Information or Place an Order

Package sizes include:

1-Quart Bottle
1-Quart Bottles (case of 12)

AMSOIL Break-In Oil is an SAE 30 viscosity grade oil formulated without friction modifiers to allow for quick and efficient piston ring seating in new and rebuilt high-performance and racing engines. It contains zinc and phosphorus anti-wear additives to protect cam lobes, lifters and rockers during the critical break-in period when wear rates are highest, while its increased film strength protects rod and main bearings from damage. AMSOIL Break-In Oil is designed to increase compression, horsepower and torque for maximum engine performance.

Quickly Seats Rings
The primary goal during engine break-in is to seat the rings against the cylinder wall. Properly seated rings increase compression, resulting in maximum horsepower; they reduce oil consumption and prevent hot combustion gases from entering the crankcase. To achieve this, however, the oil must allow the correct level of “controlled wear” to occur between the cylinder wall/ring interface while maintaining wear protection on other critical engine parts. Insufficient break-in leaves behind peaks on the cylinder wall that prevent the rings from seating. The deeper valleys, meanwhile, allow excess oil to collect and burn during combustion, increasing oil consumption. Too much wear results in cylinder glazing due to peaks “rolling over” into the valleys and preventing oil from collecting and adequately lubricating the cylinder wall.

AMSOIL Break-In Oil’s friction-modifier-free formula allows the sharp peaks on newly honed cylinder walls (fig. 1) to partially flatten. The result produces more surface area for rings to seat against, allowing formation of a dynamic seal that increases compression, horsepower and torque (fig. 2).

Protects Critical Parts from Wear
New flat-tappet camshafts and lifters are not seasoned or broken in and must be heat-cycled to achieve proper hardness. During the break-in period, these components are susceptible to accelerated wear because they are splash-lubricated, unlike other areas of the engine that are pressure lubricated. AMSOIL Break-In Oil contains high levels of zinc and phosphorus (ZDDP) additives designed to provide the anti-wear protection required during this critical period.

Increased Film Strength
High-performance and racing engines often use aftermarket parts designed to increase torque and horsepower. The added stress can rupture the oil film responsible for preventing harmful metal-to-metal contact on rod and main bearings. The base oils in AMSOIL Break-In Oil provide increased film strength to protect bearings from wear.

APPLICATIONS
AMSOIL Break-In Oil is designed to effectively break in high-performance and racing engines requiring SAE 30 oil, helping maximize compression, horsepower and torque.

RECOMMENDATIONS
The engine builder’s or manufacturer’s break-in recommendations should be followed if available. Break-in period should not exceed 1,000 miles. When the rings fail to seat, the exhaust ports will have a large area of oil residue (Fig. 3). As the rings begin this process, less oil is passed and the oil residue area begins to shrink (Fig. 4). When the rings are fully seated and have formed a tight seal against the cylinder walls, no oil residue will be evident. Other common methods to determine if rings have seated include performing a leak-down test or horsepower measurements over time. Break-in duration will vary between engines. Afterwards, drain and fill the engine with an AMSOIL high-performance synthetic oil that meets builder or manufacturer specifications.

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Dr. Porche Developer of the Volkswagen Beetle

Who would of thought that an ugly duckling car would go on to become a much loved Disney movie hero in the form of Herby the 4 cylinder Volkswagen VW Beetle of most determined and passionate vehicle on the race and rally tracks .

The Beetle project was started in 1933 by Adolf Hitler when he became the German Chancellor. Once the design was finalized, the site for the factory was chosen near the village of Fallersleben. The foundation stone was ceremonially laid by Adolf Hitler in May 1938. He then announced that the car would be called the KdF-Wagen or the Strength through joy car. By 1939, the first part of the plant was finished. Due to the outbreak of World War II, only 630 Volkswagen were produced during this period. However, over 50,435 Kubelwagen’s, the Volkswagen’s military version, were produced. Hitler turned to Ferdinand Porsche, one of Germany’s most renowned car designers at that time for the project.

Work resumed and up to 7677 cars were built in 1946. The plant was able to sustain this output even though it was very difficult. In 1948, Heinz Nordhoof was made General Manager. He instantly set out to make the Beetle go global. In July 1947 he launched a highly enhanced export model which sold very well in Holland. He saw that the great potential of the American market and in 1955 instituted Volkswagen of America. When the war ended, the town came under British control and was renamed Wolfsburg. Wolfsburg then received visitors from the British Society of Motor Manufacturers and Traders. They were doing research on the German motor industry during the war and were obviously impressed by both the Volkswagen and the factory. Its simplicity allowed it to be produced even cheaper than the engine then being developed. With its air cooled ( as opposed to the standard water cooled radiator designs), engines Beetles engines were ultra reliable and always started in cold winter climates without being garaged. Canadians especially those in northern Manitoba,Ontario , Alberta and BC British Columbia loved them for that.
Yet the failing – of the reverse of having no radiator meant no hot water and antifreeze for the in car heater. This was remedied in cold climates ( important for safety concerns for the windshield defroster and frosted icy windows ) with a gas heater. Still gas heaters used a lot of gasoline and were not cheap to operate.

In 1937, the VW was made a government-funded project. Hitler said that the car should look like a beetle to be streamlined. Early VWs were well known to their drivers having the auto battery under the driver’s seat. Often the stench of the hydrogen sulfide gasses emanating from under the seat – from the charging battery would almost overcome the driver themselves. Once the car’s design was settled, the German government started work on the factory. After the Second World War the VW plant was offered to both GM General Motors and even Ford as war reparations . The comment that always came back as a biting insult to the marketing intelligence and insight of the Ford Motor Company’s patriarch Henry Ford was that an adviser had noted to him regarding the Volkswagen Beetle product “I would not give you a plugged nickle for it”. Sadly ( for him and Ford” Henry Ford listened, agreed and payed heed to the consultant’s sage advice. The first phase of the plant was finished in 1939. Manufacturing was however interrupted due to World War II.

It had an air-cooled rear-mounted boxer engine and used Porsche’s torsion bar suspension. This design became the basis for the Volkswagen, designated in 1934 as Type 60 in the Porsche design registry. Production resumed and at least 7677 cars were built in 1946. Heinz Nordhoof became the General Manager in 1948. After the WW2 – a major earner of foreign currency to the West German economy was from the sale of Beetles overseas to North America – including Canada as well as the USA. Long before Toyota became a household name in the US and Canada the Beetle had made its record as the best ranking import car model and brand. By 1968, sales were highest at 423,008 cars sold. Plants were created from 1951 to 1964 in South Africa, Brazil, Australia and Mexico.

In 1950, the 100,000th car was built, and in 1965 Wolfsburg produced its first millionth Beetle. Unfortunately, Heinz Nordoff died in 1968. The German government took over VW project in 1937, injecting. RM 50,000 (₤42,918) into the project. Hitler commented that the car should look like a beetle, to make it streamlined. Exhaustive tests were conducted and changes like introduction of a divided back window, increased output of the engine cooling fans, adding of running boards and one piece bonnet instead of two were made.

In 1972, the Beetle overtook the Model T Ford as the best-selling car in history. But VW made the same mistake as Ford by keeping the Beetle in production far too long. In 1974, Volkswagen recorded its first loss. Thus, the Beetle was replaced and the last Wolfsburg Beetle was produced in July 1974.

This rugged little car’s charm has won the hearts of many, making it an all-time top-seller. Even with its aged design, it’s still being manufactured after more than forty years. More than twenty million Beetles have been made and more continue to be produced in Mexico and Brazil.

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