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Flexible material capable of saving fuel

A technology of flexible materials and functional materials, applied in the field of energy saving and environmental protection, can solve the problems of unscientific selection of negative ion materials, indirect effect on fuel-saving cards, and less filling of negative ion materials, so as to achieve simple and feasible preparation and installation, outstanding fuel-saving effect, Significant economic benefits

Inactive Publication Date: 2017-05-10
魏昭荣
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] There are already fuel-saving cards made of negative ion materials on the market, but the results are not satisfactory. The reasons are: first, the selection of negative ion materials is not scientific; second, due to device design problems, the amount of negative ion materials filled is too small; It is difficult to install the card. Fourth, the fuel-saving card has no direct effect on fuel, and the shielding is too large, which affects the use effect

Method used

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  • Flexible material capable of saving fuel

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] Weigh 0.3 kg of tourmaline powder and rare earth material powder in a ratio of 1:1, stir and mix evenly, and add 0.03 kg of liquid coupling agent at the same time, and stop after 1 hour. Mix the above mixed powder with 2 kg of liquid neoprene base material, stir at high speed for 0.5 h, then add 0.1 kg of additives and cross-linking agents and stir at high speed for 0.1 h; molding, demoulding, and curing to obtain fuel-saving flexible materials .

[0032] Wrap the flexible material around the fuel pipeline of a Buick LaCrosse and around the fuel filler port of the fuel tank, 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 11.0L / 100km, saving fuel. 12.1%.

Embodiment 2

[0034] Weigh 0.3 kg of tourmaline powder and rare earth material powder in a ratio of 1:1, stir and mix evenly, and add 0.03 kg of liquid coupling agent at the same time, and stop after 1 hour. Mix the above mixed powder with 2 kg of liquid polyethylene base material, stir at high speed for 0.5 h, then add 0.1 kg of additives and cross-linking agent and stir at high speed for 0.1 h; molding, demoulding, and curing to obtain fuel-saving flexible materials.

[0035] Wrap the flexible material around the fuel pipeline of a Buick LaCrosse and around the fuel filler port of the fuel tank, 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 10.9L / 100km, saving fuel. 12.3%.

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Abstract

The invention discloses a flexible material capable of saving fuel. The flexible material mainly comprises tourmaline powder, rare earth material powder, auxiliaries and high-polymer materials. A process for preparing the flexible material includes A, uniformly stirring the quantitative tourmaline powder, the quantitative rare earth material powder, the quantitative auxiliaries and the like at the high speed to obtain oil-saving functional materials; B, stirring and dispersing the oil-saving functional materials into the high-polymer materials and carrying out molding, mold releasing and maintaining to obtain the oil-saving flexible material; C, winding the flexible material around oil delivery pipelines and mounting or adhering the flexible material around oil tanks. The flexible material has the outstanding advantages that the tourmaline powder and the rare earth material powder are used as main raw materials, appropriate quantities of synergists and stabilizers are added into the main raw materials, accordingly, far infrared rays can be continuously and stably emitted, generation of anions can be promoted, and the fuel can be sufficiently combusted; effects of the oil-saving functional materials can be sufficiently realized in a form of the flexible material, and accordingly outstanding oil-saving effects can be realized; the flexible material capable of saving the fuel is excellent in product performance, the process for preparing the flexible material is safe and reliable, the flexible material and the process have obvious economic and social benefits, and the like.

Description

technical field [0001] The invention relates to the technical field of energy saving and environmental protection, in particular to a flexible material that can save fuel. Background technique [0002] Fuel oil (mainly gasoline and diesel) is the main energy source in today's society. People use fuel oil mainly through combustion. The combustion process of fuel oil is the process in which fuel oil reacts with oxygen to generate water and carbon dioxide, and at the same time releases heat. In this process, If the C-C bond, the C-H bond vibration is stronger, the C-C bond, the C-H bond is easier to break, the C and H elements are more easily combined with the O element to generate water and carbon dioxide, and the fuel combustion is more complete. However, due to different car models, the fuel combustion environment is also different, resulting in different fuel consumption of motor vehicles. The fuel combustion environment refers to the atomization state of the fuel before c...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C10G32/04
CPCC10G32/04
Inventor 魏昭荣
Owner 魏昭荣
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