TWI693282B - Automobile glass cleaner and preparation method thereof - Google Patents

Abstract

The present invention is an automobile glass cleaner and its preparation method, which includes a powder mixing step of uniformly mixing powders of silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide; Magnesium oxide, calcium oxide, aluminum oxide, and iron oxide are fired at high temperature to form spheres and passivate the particles to form a sintered spheroidizing step without sharp angles; the nano-grinding step of grinding the spheres into nano-abrasive particles; prepare phosphorus-free detergents Step; a uniform mixing step of mixing the abrasive particles with the powdered phosphorus-free detergent at a ratio of 1:1; thereby, to provide a detergent composition that removes dirt and oil film on automobile glass and restores the glass to clear Its preparation method.

Description

Automobile glass cleaner and preparation method thereof

The invention is an automobile glass cleaner and a preparation method thereof, in particular a cleaner and a preparation method which can remove dirt and oil film on an automobile glass and make the glass clear.

Press, because when the car is driving, the car glass will be contaminated with dust and exhaust gas emitted by the steam locomotive, or parked outdoors for a long time to cause glass oxidation, and even the wax film is sprayed on the car glass during waxing, causing an oil film to form on the car glass And dirt; as shown in Figure 1, the oil film 11 and dirt on the car glass 10 when accumulated to a certain thickness, will not only affect the clarity of the glass and the user's sight, when the rain wiper is turned on, the wiper will not be effective The rain is wiped off and the fog becomes more and more, and the wiper will jump under the influence of the resistance of the oil film 11, thereby affecting driving safety.

At present, the cleaning agents used in automobile glass are mainly general glass cleaners and oil film removers. General glass cleaners can wash away dust and dirt, and oil film removers can remove oil films on the glass; therefore, users must Two different cleaning agents are prepared, which actually increases the purchase cost, occupies the accommodating space, and must clean the glass before performing the degreasing film operation, and there is a time-consuming and labor-intensive improvement.

In addition, the oil film scavengers currently used are mainly composed of surfactants, liquid compositions of ethylene glycol (or propylene glycol), or abrasives added with glass-based powders. Of course, because the detergent based on surfactant and ethylene glycol is alkaline, it will cause human skin to be eroded and injured; while the detergent based on glass powder abrasives, due to its content Because the glass powder is not designed without obtuse angles, the glass powder can easily scratch the surface of the car glass and produce scratches when it is wiped, which makes the oil film, dust, and dirt easily accumulate in the scratches, causing the car glass to fail Effectively clean.

The purpose of the present invention is to improve the above-mentioned deficiencies, so as to provide a cleaning agent that can remove dirt and oil film on automobile glass, and restore the glass to clear, and a preparation method thereof.

In order to achieve the above object, the cleaning agent of the present invention and its preparation method include the following steps: powder mixing: 8 to 12% of silicon oxide, 8 to 12% of magnesium oxide, 8 to 12% of calcium oxide, 8 ~12% of alumina and 8-12% of iron oxide powder are evenly mixed; sintered ball: the above mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide are fired at high temperature to make silicon oxide and oxidation The powders of magnesium, calcium oxide, aluminum oxide and iron oxide combine to form a mixed sphere, and the high-temperature firing of these mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide will passivate the particles to form no acute angle; Grinding: grind the mixed spheres after the above-mentioned firing steps into abrasive particles, and make the particle size of the abrasive particles reach nanometer-level powder. At the same time, the periphery of each abrasive particle is non-acute angle, and the abrasive particles are combined Insoluble in water; preparation of phosphorus-free detergent: prepare powder-free phosphorus-free detergent, which can be used to clean glass; the composition of the detergent can be powdered 10% cellulase (BIO- LITE), 10% dirt decomposition enzyme (PROTEASE), 5% linear alkylbenzene sulfonate (LAS), 10% natural non-ionic active agent (NONION), 10% dirt re-adhesion inhibitor ( MACP), 5% cleaning and strengthening aid (SODA), evenly mixed; Homogeneous mixing: the above-mentioned abrasive particles after the grinding step and the powdered phosphorus-free detergent are evenly mixed at a ratio of 1:1, that is, a glass detergent that can remove oil film, dust, and dirt is formed; thereby, to provide a Preparation method for removing dirt and oil film on automobile glass and making the glass clear.

10‧‧‧Auto glass

11‧‧‧oil film

12‧‧‧ Wipe

Figure 1 is a cross-sectional structural view of an oil film and dirt attached to an automobile glass.

Figure 2 is a manufacturing flowchart of the present invention.

FIG. 3 is a cross-sectional structural view of an oil film and dirt attached to an automobile glass, and a schematic diagram of cleaning the automobile glass using the present invention and a wiper.

Regarding the technical means and the structure used by the present invention to achieve the purpose, I would like to cooperate with the embodiments shown in FIGS. 2 to 3, and the detailed description is as follows: As shown in FIG. 2, the preparation method of the cleaning agent of the present invention, It includes the following steps: powder mixing: mixing 8-12% silica, 8-12% magnesia, 8-12% calcium oxide, 8-12% alumina and 8-12% iron oxide The powder is mixed evenly.

Sintered ball: The above mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide are fired at high temperature to combine the powders of silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide to form a mixed sphere, and The high-temperature firing of the mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide, and iron oxide will passivate the particles to form no sharp angles.

Nano-grinding: grind the mixed spheres after the above firing steps into abrasive particles The particle size of the abrasive particles can reach nano-level powder. At the same time, the peripheral edge of each abrasive particle has no acute angle, and the abrasive particles are not soluble in water.

Phosphorus-free detergent: prepare powder-free phosphorus-free detergent, which can be used to clean glass; the composition of the detergent can be powdered 10% fiber enzyme (BIO-LITE), 10% Protease (PROTEASE), 5% linear alkylbenzene sulfonate (LAS), 10% natural non-ionic active agent (NONION), 10% scale re-adhesion inhibitor (MACP), 5% The SODA is evenly mixed.

Uniform mixing: the above-mentioned grinding particles after the grinding step and the powdered phosphorus-free detergent are uniformly mixed in a ratio of 1:1 to form a glass detergent that can remove oil film, dust and dirt.

Through the above steps, a composition of automotive glass cleaner can be obtained, which contains powdered abrasive particles and powdered phosphorus-free detergent, the ratio of the powdered abrasive particles to powdered phosphorus-free detergent is 1 : 1, where the abrasive particles contain 8-12% silicon oxide, 8-12% magnesium oxide, 8-12% calcium oxide, 8-12% alumina and 8-12% iron oxide non-obtuse powder particles; and A preferred embodiment is that the detergent contains powdered 10% cellulase (BIO-LITE), 10% dirt decomposition enzyme (PROTEASE), and 5% sodium linear alkylbenzene sulfonate ( LAS), 10% natural flying ion active agent (NONION), 10% dirt re-adhesion prevention agent (MACP), 5% cleaning strengthening aid (SODA); by this, it forms a glass cleaner after uniform mixing .

When in use, first wet the automobile glass 10 with water, then wet the wiper 20 (such as foam, suede, fiber cloth, etc.), and then evenly spray the cleaning agent of the present invention on the wiper 20 Then, wipe the cleaning glass 10 with the wiper 20 (as shown in Figure 3). At this time, since the abrasive particles are not soluble in water, the abrasive particles can adhere to the car glass 10 as the wiper 20 moves The oil film 11 and the dirt are polished to destroy and decompose the oil film 11 and the dirt Dirt, and can grind the automobile glass 10; at the same time, when the powdery detergent contacts the water remaining on the automobile glass 10, the powdery detergent can be dissolved in water, and the wiper moves with the user 20, the automobile glass 10 can be cleaned, and the oil film 11 and dirt attached to the automobile glass can be effectively washed and removed, and the automobile glass 10 can be restored to the original cleanliness and brightness, which can improve the avoidance of the oil film 11 and The dirt affects and interferes with the operation of the wipers, which can actually improve driving safety.

In particular, the powdered phosphorus-free detergent can also be added with other cleaning ingredients to increase the cleaning effect, and fragrances can also be added. The phosphorus-free detergent is not limited to the above-mentioned disclosed ingredients.

Therefore, as can be seen from the above, the present invention has the following advantages:

(1) Because the cleaning agent of the present invention is added with abrasive particles, the abrasive particles can grind the oil film and dirt attached to the automobile glass, so that the oil film and dirt can be detached from the glass surface by the friction of grinding; Since it is only cleaned with general glass cleaners, the present invention can effectively remove oil film and dirt, and improve the cleanliness of automobile glass.

(2) Because the abrasive particles of the present invention are fired at a high temperature to passivate the abrasive particles without sharp angles, they are then ground to form nano-sized powders. When the abrasive particles of the present invention are ground, they will not scratch the glass surface. Therefore, there will be no scratches, which can prevent subsequent dust from being stuck in the scratches, and the invention is indeed practical.

(3) Since the present invention further contains a cleaning agent, the cleaning agent is soluble in water, and at the same time when the abrasive particles are grinded to remove the oil film and dirt, the glass can also be washed and cleaned to make the glass clean and clear as new Compared with the conventional method of using oil film scavengers and glass cleaners in stages, the present invention does have the convenience and speed of use.

(4) Since the present invention can effectively remove oil film and dirt on automobile glass, and can wash automobile glass, when the wiper brush moves, the wiper will not jump due to the interference of the oil film and dirt, and Will not be unable to brush off the rain to produce water marks and fog marks, which can effectively improve driving safety.

Therefore, the present invention can indeed provide a cleaning agent that can remove dirt and oil film on automobile glass and restore the glass to clear, and the preparation method thereof. The present invention does have significant progress, and its structure is indeed unprecedented. In line with the requirements of the invention patent, I filed a patent application in accordance with the law, and prayed for the patent as a prayer.

However, the above is only a feasible embodiment of the present invention. This embodiment is mainly only used to illustrate the technical means and structure used by the present invention to achieve the purpose, so it cannot be used to limit the protection scope of the present invention. Any equivalent changes or modifications based on the description of the present invention and the scope of patent application shall fall within the scope of protection covered by the present invention.

Claims (3)

A preparation method of automobile glass cleaner includes the following steps: powder mixing: 8~12% silica, 8~12% magnesia, 8~12% calcium oxide, 8~12% alumina And 8~12% of iron oxide powder are evenly mixed; sintering ball: the above mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide are fired at high temperature, so that silicon oxide, magnesium oxide, calcium oxide, oxidation The powder of aluminum and iron oxide is combined to form a mixed sphere, and the high-temperature firing of the mixed silicon oxide, magnesium oxide, calcium oxide, aluminum oxide and iron oxide will passivate the particles to form no acute angle; grinding: will be burned by the above After the preparation step, the mixed spheres are grinded into abrasive particles, and the particle size of the abrasive particles reaches nano-level powder. At the same time, the periphery of each abrasive particle has no acute angle, and the abrasive particles are not soluble in water; no phosphorus Preparation of detergent: prepare powder-free phosphorus-free detergent, which can be used to clean glass; evenly mixed: the ratio of grinding particles and powder-free phosphorus-free detergent after the above grinding step is 1:1 Evenly mixed to form a glass cleaner that can remove oil film, dust and dirt. The preparation method of the automotive glass cleaner according to claim 1, wherein the composition of the detergent includes powdered 10% cellulase, 10% dirt decomposing enzyme, and 5% linear alkylbenzenesulfonate Sodium, 10% natural non-ionic active agent, 10% dirt re-adhesion preventive agent, and 5% cleaning strengthening aid are mixed evenly. An automobile glass cleaner composition is made by the preparation method described in claim 1 or 2.

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