Combustion technology in a tablet form:
Like getting 4 gallons of fuel for free at every fill up.
Clean Boost™ Fuel Tabs are a quick and cost-effective way to improve fuel economy and extend the useful life of engine components. Clean Boost Fuel Tabs have been tested extensively by independent labs. They have been shown to reduce carbon particulate emissions and improve fuel combustion. The savings are apparent on paper but more importantly Clean Boost Fuel Tabs will provide real, measurable savings.
- Removes Deposits
- Decreases Fuel Consumption
- Reduces Emissions
- Lower Exhaust Temperatures
- Extends Engine Oil Life
- Extends Equipment Life
- Decreases Octane Requirements
Clean Boost Fuel Tabs Remove Deposits:
Clean Boost Fuel Tabs remove deposits which cause incomplete burn in the combustion chamber.
Clean Boost Fuel Tabs Decrease Fuel Consumption:
As the carbon deposits are removed from the internal engine components, fuel economy improves.
Clean Boost Fuel Tabs Reduce Emissions:
The primary source for harmful emissions is the carbon deposits. As the Fuel Tabs reduce and remove deposits, there is a drastic reduction in the emissions of CO, NOx, SOx, HC and particulates. Clean Boost Fuel Tabs help the environment.
Clean Boost Fuel Tabs Lower Exhaust Temperatures:
Clean Boost Fuel Tabs promote the production of CO2 for a more complete combustion. As the combustion improves, the exhaust phase becomes cooler, extending the life of engine components.
Clean Boost Fuel Tabs Extend Engine Oil Life:
Clean Boost treated fuels produce smaller and less abrasive particles during the combustion process. This results in cleaner, longer lasting oil. These results lead to reduced engine wear and less maintenance time.
Clean Boost Fuel Tabs Extend Equipment Life:
When carbon buildup is removed, equipment life is
increased, oil stays cleaner and friction is reduced. Injectors, valves, rings and other associated parts show little sign of wear even after extended use.
Clean Boost Fuel Tabs Decrease Octane Requirement:
In gasoline applications a lower octane fuel can be used, and still provide the same performance as higher-octane fuels. Dyno testing shows an increase in horse-power and an increase in octane.
