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Plant Ester Fuel Efficiency Enhancer

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返回中文介面: 植物酯燃油效能提升劑
This gasoline/diesel fuel efficiency enhancer is produced from refined and modified castor oil and palm oil. During the manufacturing process, special technology is utilized to introduce epoxy groups into the molecules; the modified plant-based molecules decomposes carbon deposits in engines, thereby improving combustion efficiency and kinetic energy of the engine to achieve the effect of reduced energy consumption by decreasing fuel consumption. Testing on gasoline vehicles conducted by Advanced Engine Research Center achieved results that improved the kinetic energy of vehicles by 16.09% and reduced fuel consumption by 8.38%. more

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Material Features
Related Metrials

High transparency PP additives

7-009-IV30

High transparency PP additives

Plant Ester Engine Oil Grinding Additives

7-057-B69

Plant Ester Engine Oil Grinding Additives

Persimmon Iron(III) Acetate Catch Dye Cotton Cloth

7-068-J35

Persimmon Iron(III) Acetate Catch Dye Cotton Cloth

High transparency PP additives

7-007-IV30

High transparency PP additives

Water-Based Extreme Pressure Cutting Oil

7-056-B69

Water-based Extreme Pressure Cutting Oil (YCZ-6118N)

Plant-Based Aqueous Plasticizers

7-061-B69

Plant-based Aqueous Plasticizers (YHE-62C)

Plant Ester Fuel Efficiency Enhancer

7-058-B69

Plant Ester Fuel Efficiency Enhancer

Persimmon Alum Dip Dye Canvas Cloth

7-075-J35

Persimmon Alum Dip Dye Canvas Cloth

Persimmon Iron(III) Acetate Dip Dye Cotton Cloth

7-069-J35

Persimmon Iron(III) Acetate Dip Dye Cotton Cloth

High transparency PP additives

7-008-IV30

High transparency PP additives

Plant Base Rubber Process Oil

7-060-B69

Plant base Rubber Process Oil (YHE-560C)

Persimmon Copper Acetate Cloud Dye Cotton Cloth

7-070-J35

Persimmon Copper Acetate Cloud Dye Cotton Cloth

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This gasoline/diesel fuel efficiency enhancer is produced from refined and modified castor oil and palm oil. During the manufacturing process, special technology is utilized to introduce epoxy groups into the molecules; the modified plant-based molecules decomposes carbon deposits in engines, thereby improving combustion efficiency and kinetic energy of the engine to achieve the effect of reduced energy consumption by decreasing fuel consumption. Testing on gasoline vehicles conducted by Advanced Engine Research Center achieved results that improved the kinetic energy of vehicles by 16.09% and reduced fuel consumption by 8.38%.