A kind of nanometer material formulation of nanometer oil-saving activator

Abstract

The invention discloses a nano material formula of a nano oil-saving activator. The nano oil-saving activator comprises a cylindrical main body, wherein the main body comprises two semi-cylindrical half main bodies which are uniform in structure; the two half main bodies are combined together to form the whole oil-saving activator; each half main body comprises a shell and a cover cap; the formula of the shell and the cover cap comprises following nano materials: 32%-70% of rubber, 2%-8% of manganese oxide, 17%-30% of Yinshi powder, 5%-15% of tourmaline powder and 6%-15% of medical stone powder. According to the nano material formula of the nano oil-saving activator, the properties of the nano materials are utilized so that fuel oil in an inner cavity is magnetized and atomized more sufficiently and more uniformly to form foggy liquid drops with smaller diameters; the combustion of the fuel oil in an air cylinder can be more sufficient so that a better oil-saving effect is realized.

Description

technical field [0001] The invention relates to a nanometer material formula of a nanometer fuel-saving activator. Background technique [0002] With the continuous development of automobile technology, the requirements for automobile performance are getting higher and higher, such as safety performance, sports performance, handling performance, environmental protection performance, etc. Among them, environmental protection performance is attracting more and more attention. Fuel-saving has become one of the important indicators for consumers to buy a car, and a fuel-efficient car usually has a cleaner exhaust. For this reason, people have designed various fuel-saving devices for automobile engines. For example, there is a fuel-saving device that uses two permanent magnets to form a magnetization chamber. The permanent magnets are wrapped with a shell, and the center of the shell is an oil outlet. Fuel flows into the housing from the engine oil inlet pipe and enters the cyli...

AI Technical Summary

Problems solved by technology

The disadvantage of this kind of fuel economizer is that, first, the effect of fuel atomization is not ideal only by magnetizing the fuel with permanent magnets, which makes the fuel saving effect unavoidably ideal; second, the direct contact of fuel with the fuel economizer will reduce the fuel economy The service life and effect of the fuel saver; third, because the fuel directly contacts the fuel saver, the installation and maintenance of the fuel saver is very inconvenient