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MAKEGASLAST
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| Joined: | Sat Jun 28th, 2008 |
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| Posts: | 2 |
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Posted: Sat Jun 28th, 2008 10:40 pm |
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NanoTech eeFuel® Additive
NanoTech eeFuel® Additive is the only multi-functional liquid nanotechnology fuel enhancer on the market.
When added to fuel - whether it be gasoline, diesel fuel or bio-fuels, eeFuel® immediately transforms it into high-performance nanotechnology enhanced fuel to improve fuel economy, increase engine power, reduce harmful emissions and clean combustion chamber deposits.
Fuel Efficiency
When added to fuel (gasoline, diesel fuel or bio-fuels), NanoTech eeFuel® immediately transforms it into high-performance nanotechnology enhanced fuel to improve fuel economy.
Increased Engine Power
When added to fuel (gasoline, diesel fuel or bio-fuels), NanoTech eeFuel® immediately transforms it into high-performance nanotechnology enhanced fuel for increased engine power.
Reduction of Emissions
When added to fuel (gasoline, diesel fuel or bio-fuels), NanoTech eeFuel® immediately transforms it into high-performance nanotechnology enhanced fuel and reduces harmful emissions and clean combustion chamber deposits.
Additional Benefits
Cleans combustion chamber deposits
Decreases or eliminates engine knocks.
Extends engine life.
Restores lost engine performance
Reduce maintenance costs
Works well in all fuels, in all climates in all seasons
Protects the environment
NanoTech eeFuel® is a highly concentrated fuel additive utilizing high-tech liquid nanotechnology. Inside the fuel tank, NanoTech eeFuel® builds an exceptionally stable three dimensional lattice structure consisting of sub-microscopic nano-clusters, all evenly distributed within the fuel. These nano-clusters are physically, chemically, or catalytically active depending on the stage of the combustion cycle.
When NanoTech eeFuel® nano-clusters reach the engine and begin to burn in the combustion chamber, they rapidly gain heat and literally explode into steam. These steam explosions generate two very significant benefits:
Larger liquid fuel droplets are broken down into smaller and more readily vaporized sizes.
Increased turbulence improves localized mixing of air/fuel vapor.
When exploding nano-clusters reach the surfaces of the engine combustion chambers, they create a very gentle steam cleaning action that steadily removes any accumulated deposits. A clean combustion chamber gives cooler combustion, lower emissions, cleaner lubricating oil, and reduced engine octane requirement.
Visit http://www.makegaslast.info
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