JP2002167551A - Coating material composition and its manufacturing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a coating material composition for each member of the exterior and interior decoration of a building, a bathroom, a toilet room, a kitchen, a window glass, furnishings, an automobile, spectacles, and the like, which has excellent clean ability, antibacterial properties, antistatic properties, and coating properties with not particularly requiring its proper use, and to provide a method for manufacturing the same. SOLUTION: The coating material composition comprises 95-99.25 wt.% silicone based waxing compound, a thiazolyl sulfamide compound, an ionized mineral fluid, and ceramic-activated water. Further, the method for manufacturing the coating material composition comprises successively a step of forming a diluted mineral aqueous solution, a step of forming a diluted solution of a thiazolyl sulfamide compound, a step of introducing the diluted solution of the thiazolyl sulfamide compound into the silicone based waxing compound as the major computer.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coating agent for members such as exterior and interior of buildings, interiors, bathrooms, toilets, kitchens, window glasses, furniture furniture, automobiles, and glasses.
More specifically, washing, antibacterial, antistatic,
It relates to a coating agent having excellent coating properties.

[0002]

2. Description of the Related Art Conventionally, this type of coating agent is applied to, for example, window glass or eyeglasses of automobiles to prevent fogging, or is washed and washed like a wax detergent to remove dust and dirt. What prevents adhesion,
A variety of types, such as those having antibacterial properties and those further preventing static electricity, have been developed and are useful for each type.In recent years, titanium oxide particles having hydrophilicity and antibacterial properties have been used. Have been developed.

[0003]

However, these coating agents which have been conventionally used are selectively used depending on their respective purposes. For example, a coating agent for cleaning a building by coating and a stain for eyeglasses are used. The same coating agent that is applied to prevent defogging is never used, but it has different purposes and costs are too different to use the same coating agent. The fact is that these coating agents are owned and used separately, and those containing titanium oxide particles are expensive, although their coating properties, antibacterial properties and hydrophilicity are excellent. have.

[0004]

SUMMARY OF THE INVENTION The coating agent according to the present invention is based on the above-mentioned circumstances, and comprises a silicone-based wax agent obtained by mixing silicon, wax, a petroleum solvent and a surfactant. 95-9 by weight ratio
9.25 percent, 0.25 to 5 percent by weight of a thiazolyl sulfamide compound, and 0.000001 to 0.000 by weight of an ionized mineral liquid.
00025% and 0.00025% to 0.0005% by weight of Serafit ceramics active water. Further, an ionized mineral liquid is injected into Serafit ceramics active water and stirred to form a diluted mineral aqueous solution. And a step of injecting a diluted mineral aqueous solution into the thiazolylsulfamide compound to form a thiazolylsulfamide compound diluted solution by stirring, and injecting the thiazolylsulfamide compound diluted solution into the silicon-based wax agent as the main component The process of stirring is sequentially performed.

[0005]

[Function] Conventionally, a thiazolyl sulfamide compound is injected into a silicone-based wax agent and then stirred to form a gel. Therefore, it cannot be filled in a simple spray container and sprayed. Alternatively, the viscosity was further enhanced to be used in a semi-solid state and attached to a sponge or the like, but it was impossible to uniformly adhere to a large object such as a building, but the coating agent of the present invention was 0.00025 to 0.0005% by weight of Serafit ceramics active water
A diluted mineral aqueous solution is prepared by injecting and stirring 01 to 0.000025% of the ionized mineral liquid, and then the diluted mineral aqueous solution is injected and stirred in 0.25 to 5% by weight of the thiazolyl sulfamide compound. To prepare a thiazolylsulfamide compound diluted solution, and further, the thiazolylsulfamide compound diluted solution is poured into a 95-99.25% by weight silicon-based wax agent in a weight ratio to be completely liquidized. Washability,
It is a coating agent having excellent antibacterial properties, antistatic properties, and coating properties.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention relates to a coating agent for each member of a building exterior, interior, bathroom, toilet, kitchen, window glass, furniture furniture, automobile, eyeglasses, etc.
More specifically, washing, antibacterial, antistatic,
The present invention relates to a coating agent having excellent coating properties, wherein the composition of the coating agent according to claim 1 weighs a silicone wax agent obtained by mixing silicon, wax, a petroleum solvent, and a surfactant as main components. And a thiazolyl sulfamide compound as an antibacterial and antifungal agent in a weight ratio of 95 to 99.25%.
-5% and an ionized mineral liquid as a solubilizer in a weight ratio of 0.000001-0.000025
Percent and Cerafit ceramics active water as an anti-gelling agent in a weight ratio of 0.00025 to 0.000025.
And 0.05 percent.

Further, according to a second aspect of the present invention, there is provided a method for producing a coating agent according to the first aspect, wherein the ionized mineral liquid is injected into the Cerafit ceramics active water and agitated to dilute the aqueous solution of the mineral. And a step of injecting the diluted mineral aqueous solution into the thiazolyl sulfamide compound to form a diluted solution of the thiazolyl sulfamide compound by stirring, and adding the thiazolyl sulfamide to the silicon-based wax agent as the main component. Steps of sequentially injecting and stirring the compound diluent are performed.

[0008] That is, Serafit ceramics active water as an anti-gelling agent is active water produced by passing a coating agent made of 100% pure inorganic material through silica-coated ceramics, and is a molecular group of water (cluster). ) Is ion-activated water which is small and further removes chlorine and impurities contained in tap water and the like and is provided with metal ions.

[0009] The total weight ratio is 0.0002.
5 to 0.0005% of Cerafit ceramics activated water in a total weight ratio of 0.000001 to 0.0
By injecting and stirring an ionized mineral solution as a solubilizing agent of 00025% to form a diluted mineral aqueous solution, calcium ions contained in a large amount in the ionized mineral solution fragment the molecules of the diluted mineral aqueous solution, It stabilizes for a long time by the action of metal ions in the ionized mineral liquid.

Next, the diluted mineral aqueous solution is poured into a thiazolyl sulfamide compound as an antibacterial and fungicide in an amount of 0.25 to 5% by weight of the whole and stirred to form a thiazolyl sulfamide compound diluted solution. At the same time, the thiazolyl sulfamide compound diluent is injected into a silicone wax agent having a weight ratio of 95 to 99.25% and stirred, and the silicon wax agent as a main component is composed of silicon, wax and petroleum. It is a well-known one in which a system solvent and a surfactant are appropriately mixed.

The coating agent of the present invention is prepared by adding an ionized mineral solution as a solubilizing agent to Cerafit Ceramics active water as an anti-gelling agent and stirring to form a diluted mineral aqueous solution, and using the diluted mineral aqueous solution as an antibacterial and fungicide. The thiazolylsulfamide compound is injected and stirred to prepare a thiazolylsulfamide compound diluted solution, and the thiazolylsulfamide compound diluted solution is further injected and stirred into a silicon-based wax agent. The thiazolyl sulfamide compound as an antibacterial and antifungal agent can be completely mixed in a liquid state with a silicone-based wax agent due to its viscosity. The purpose is to obtain a coating agent having properties.

[0012] The coating agent of the present invention produced by the above-mentioned production method has a strong effect by extracting the dirt attached to the material to be coated with a small amount of Cerafit ceramics active water contained together with the silicon-based wax agent. It has a cleaning effect.

Further, the ionized thiazolyl sulfamide compound diluent is completely mixed with a silicon-based wax agent to form a stable antibacterial and antifungal coating agent.

Further, the molecules of the coating agent are minimized by the ionized mineral liquid, so that they enter the concave portions of the material to be coated and are fixed in a stable state.

Further, the cleaning effect of the silicone wax agent and the remaining wax effect impart gloss to the surface of the material to be coated, and furthermore, a component of a thiazolyl sulfamide compound which is an antibacterial and antifungal agent. Also, since a film is formed in a coated state on the surface of the material to be coated, the effect of the present invention is much longer than that of the conventional antibacterial and antifungal agent, and the effect is maintained over time.

[0016]

Since the coating agent of the present invention is constituted as described above, mixing a thiazolylsulfamide compound as an antibacterial and antifungal agent with a silicone wax agent as a detergent conventionally gels. Although its use was limited by this, Cerafit Ceramics as a gelling inhibitor was added to the thiazolyl sulfamide compound, and an ionized mineral solution as a solubilizing agent was injected into the activated water. By mixing and further mixing with a silicone-based wax agent, it becomes completely liquid and can be applied with a simple spray container or sprayer, and has cleaning properties, antibacterial properties, antistatic properties, and coating. It is a coating agent with excellent properties, and it can be mixed in a small amount with a widely used silicone wax, resulting in a large cost. As it can be reduced, in which it exhibits the extremely useful effects revolutionary.

Claims (2)

[Claims] 1. A silicone-based wax mixture obtained by mixing silicon, wax, a petroleum-based solvent and a surfactant as main components in a weight ratio of 95 to 99.25%, and a thiazolyl sulfe as an antibacterial and fungicide. 0.25 to 5% by weight of the famide compound and 0.000001 to 0.005% by weight of the ionized mineral liquid as a solubilizing agent
0.000025 percent and 0.005% by weight of Cerafit ceramics active water as an anti-gelling agent
25 to 0.0005 percent. 2. The composition of the coating agent according to claim 1, wherein said ionized mineral solution is injected into said Cerafit ceramics active water and stirred to form a diluted mineral aqueous solution. Injecting and stirring the diluted mineral aqueous solution to make a thiazolylsulfamide compound diluted solution, and sequentially injecting and stirring the thiazolylsulfamide compound diluted solution into the silicon-based wax agent as the main component. A method for producing a coating agent.