Oil-saving bag capable of emitting far infrared rays
A far-infrared and oil-packed technology, which is applied in the direction of engine components, combustion engines, machines/engines, etc., can solve the problems of unscientific selection of anion materials, less filling of anion materials, and unsatisfactory use effects, etc., to achieve economical Benefits and social benefits, outstanding fuel-saving effect, full combustion effect
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[0024] Example 1
[0025] Take 50 parts of tourmaline powder, 43 parts of rare earth material powder, 7 parts of synergist and stabilizer, etc., mix and stir at high speed to obtain negative ion material capable of emitting far infrared rays; put the negative ion material into a circular rubber bag and a rectangular rubber bag In the bag, seal; install the circular rubber bag filled with negative ion material around the fuel tank of a Buick LaCrosse, install the rectangular rubber bag filled with negative ion material inside the fuel tank cap, and stick it firmly. After testing, the Buick LaCrosse's comprehensive fuel consumption (No. 93 gasoline) was 12.7L / 100km before using the fuel-saving package. After using the fuel-saving package, the Buick LaCrosse's comprehensive fuel consumption (No. 93 gasoline) was 11.2L / 100km, saving fuel. 11.8%.
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[0026] Example 2
[0027] Take 50 parts of tourmaline powder, 42 parts of rare earth material powder, 8 parts of synergist and stabilizer, etc., mix and stir at high speed to obtain negative ion material capable of emitting far infrared rays; put the negative ion material into a circular rubber bag and a disc Put the circular rubber bag filled with negative ion material around the fuel filler port of a XCMG loading truck, and install the disc-shaped rubber bag filled with negative ion material inside the fuel tank cover, and stick it firmly. . After testing, the comprehensive fuel consumption (No. 0 diesel) of the XCMG construction vehicle was 27.3L / 100km before using the fuel-saving package. After using the fuel-saving pack, the comprehensive fuel consumption (No. 0 diesel) of the XCMG construction vehicle was 24.1L / 100km, saving fuel. 11.7%.
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