High-tech technology and construction integrated system for stone surface dyeing and beautifying

Abstract

The invention discloses a high-tech technology and construction integrated system for stone surface dyeing and beautifying, and belongs to the technical field of stone maintenance and beautifying. According to the high-tech technology and construction integrated system for stone surface dyeing and beautifying, the attractiveness and durability of the stone surface are remarkably improved through the fine treatment step, the system adopts a multi-granularity water abrasive disc to precisely treat different roughness, the ideal dyeing effect is ensured, and the quality of the stone surface is improved. The problem that a traditional method cannot meet diversified requirements is solved, thorough cleaning of the stone surface is emphasized, the situation that the dyeing effect is affected due to incomplete cleaning is avoided, a dyeing agent free of heavy metal components is used, harm to the human body and the environment is reduced, uniform and lasting dyeing is guaranteed, color fading is effectively prevented through nano-particle color fixing, and the dyeing durability is prolonged. According to the system, high-tech materials and a fine process are combined, revolutionary improvement of stone surface dyeing and beautifying treatment is achieved, efficiency and attractiveness and durability are improved, and the modern high-standard requirement is met.

Description

Technical Field

[0001] The invention belongs to the technical field of stone maintenance and beautification, and specifically relates to a high-tech technology for stone surface dyeing and beautification and an integrated construction system. Background Art

[0002] In the stone maintenance and decoration industry, in order to improve the beauty and durability of the stone, it is often necessary to dye the stone surface. Traditional stone dyeing methods usually include polishing, cleaning, dyeing, color fixing, crystallization and mirror treatment. However, these traditional methods have some problems.

[0003] First, in the polishing step, the water-polished discs used are usually of a single particle size, which cannot meet the requirements of different stone surface roughness, resulting in unsatisfactory dyeing effects. Secondly, in the cleaning step, clean water may not be able to completely remove dust and residues on the stone surface, affecting the subsequent dyeing effect. In addition, in the dyeing step, the dyes used may contain volatile organic compounds or heavy metal components, which pose potential hazards to human health and the environment. At the same time, the choice of color fixatives will also affect the durability of the dyeing effect. Finally, in the crystallization and mirror finishing steps, the materials and methods used may also affect the final beauty and durability of the stone.

[0004] Therefore, this case proposes an improved high-tech technology and construction integrated system for stone surface dyeing and beauty, aiming to solve the above problems and improve the effect and efficiency of stone surface dyeing and beauty treatment. Summary of the invention

[0005] The purpose of the present invention is to provide a high-tech technology and an integrated construction system for stone surface dyeing and beautification to solve the problems raised in the above-mentioned background technology.

[0006] To achieve the above object, the present invention provides the following technical solution: a high-tech technology and construction integrated system for stone surface dyeing and beautification, characterized in that it includes the following steps:

[0007] a. Polishing (grinding) step: use a special water-polishing disc for stone to grind away the old mirror surface or wear layer on the stone surface to restore the smoothness of the stone. The water-polishing disc is a diamond grinding disc of different particle sizes, which is carried out step by step from coarse to fine;

[0008] b. Cleaning step: After polishing, use clean water to clean the dust and residue on the surface of the stone and dry it;

[0009] c. Dyeing step: For special color requirements or uneven color of the stone itself, dyeing treatment is carried out. The dye penetrates into the stone and reacts chemically with the stone to form a lasting color. The dyeing process is repeated once or multiple times according to the effect requirements;

[0010] d. Fixing step: after dyeing, a fixing agent is used to enhance the adhesion and durability of the color;

[0011] e. Crystallization step: After the above treatment, a special crystallization agent and polishing pad are used for crystallization treatment to form a bright and hard crystal protective layer on the surface of the stone, which improves the beauty and durability of the stone;

[0012] f. Mirror treatment step: after crystallization, the surface of the stone presents a mirror-like luster and reflection effect, which increases the decorative effect of the stone.

[0013] Preferably, the water-polished disc comprises at least three different particle size levels, wherein the coarse-grained water-polished disc is used to quickly remove the wear layer and uneven parts of the stone surface, the medium-grained water-polished disc is used to further refine the surface, and the fine-grained water-polished disc is used for the final smoothing process to ensure the best dyeing effect.

[0014] Preferably, the dye is a non-volatile organic compound and does not contain heavy metal components, thereby ensuring that the impact on human health and the environment during the dyeing process is minimal.

[0015] Preferably, the color fixing agent comprises nano silicon dioxide or nano aluminum oxide particles, which can penetrate into the tiny pores of the stone and physically and chemically combine with the stone, thereby effectively preventing the colorant from fading and prolonging the durability of the coloring effect.

[0016] Preferably, the crystallizing agent is mainly composed of methyl silicate and siloxane polymer, which form a uniform, transparent and wear-resistant protective film on the surface of the stone, which not only improves the glossiness but also enhances the waterproof and anti-fouling properties.

[0017] Preferably, the polishing pad is made of ultra-fine synthetic fibers, which can provide consistent pressure and friction during the polishing process to avoid scratching the stone surface while ensuring the uniformity and smoothness of the mirror effect.

[0018] Compared with the prior art, the present invention has the following beneficial effects:

[0019] Through a series of refined processing steps, the beauty and durability of the stone surface are significantly improved. First, the system uses water-polished discs of different particle sizes in the polishing step, which can accurately process the different roughness of the stone surface, thereby ensuring the ideal subsequent dyeing effect. This innovative method solves the problem that traditional water-polished discs of a single particle size cannot meet diverse needs, and lays a solid foundation for the dyeing process. In the cleaning step, this system emphasizes the importance of thoroughly removing dust and residues on the stone surface, and uses clean water for cleaning and drying, effectively avoiding the impact of incomplete cleaning on the dyeing effect. In addition, the non-volatile organic compound and heavy metal-free dyes used in the dyeing step greatly reduce the potential harm to human health and the environment, while ensuring the uniformity and durability of dyeing and color fixation. The application of nano-silica or nano-alumina particles in the step penetrates into the tiny pores of the stone through physical and chemical combinations, effectively preventing the fading of the dye and prolonging the durability of the dyeing effect. The crystallization agent composed of methyl silicate and siloxane polymer used in the crystallization step, and the polishing pad made of ultrafine synthetic fibers, together form a uniform, transparent and wear-resistant protective film on the surface of the stone, which not only improves the glossiness, but also enhances the waterproof and anti-fouling properties, ensuring the decorative effect and use function of the stone. In summary, this system has achieved revolutionary improvements in the dyeing and beauty treatment of the stone surface through the combination of high-tech materials and fine technology, which not only improves the treatment efficiency, but also ensures that the treated stone has better aesthetics and durability, meeting the high standards of modern stone maintenance, beauty and decoration industries. DETAILED DESCRIPTION

[0020] The technical solutions in the embodiments of the present invention will be described clearly and completely below in combination with the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0021] The present invention provides a high-tech technology and construction integrated system for stone surface dyeing and beautification, which is characterized by comprising the following steps:

[0022] a. Polishing (grinding) step: use a special water-polishing disc for stone to grind away the old mirror surface or wear layer on the stone surface to restore the smoothness of the stone. The water-polishing disc is a diamond grinding disc of different particle sizes, which is carried out step by step from coarse to fine;

[0023] b. Cleaning step: After polishing, use clean water to clean the dust and residue on the surface of the stone and dry it;

[0024] c. Dyeing step: For special color requirements or uneven color of the stone itself, dyeing treatment is carried out. The dye penetrates into the stone and reacts chemically with the stone to form a lasting color. The dyeing process is repeated once or multiple times according to the effect requirements;

[0025] d. Fixing step: after dyeing, a fixing agent is used to enhance the adhesion and durability of the color;

[0026] e. Crystallization step: After the above treatment, a special crystallization agent and polishing pad are used for crystallization treatment to form a bright and hard crystal protective layer on the surface of the stone, which improves the beauty and durability of the stone;

[0027] f. Mirror treatment step: after crystallization, the surface of the stone presents a mirror-like luster and reflection effect, which increases the decorative effect of the stone.

[0028] Furthermore, firstly, by using water-polished discs of different granularity levels to accurately process the stone surface, it is possible to effectively process stone surfaces of different roughness. This innovative method solves the problem that traditional water-polished discs of a single granularity level cannot meet diversified needs, and lays a solid foundation for the subsequent dyeing process. This refined processing step can significantly improve the beauty and durability of the stone surface. Secondly, this system emphasizes the importance of thoroughly removing dust and residues from the stone surface, and uses clean water for cleaning and drying. This effectively avoids the impact of incomplete cleaning on the dyeing effect. At the same time, high-pressure water guns and other equipment are also used for deep cleaning to ensure that the cleanliness of the stone surface reaches the best state. This thorough cleaning step can effectively improve the uniformity and durability of the dyeing effect. In addition, the non-volatile organic compound and heavy metal-free dye used in the dyeing step greatly reduces the potential harm to human health and the environment. This environmentally friendly dye is not only friendly to human health, but also can ensure the uniformity and durability of dyeing. According to the needs of the effect, the dyeing process can be repeated once or multiple times to achieve the ideal color effect. This flexible dyeing process can be adjusted according to specific needs, which improves the controllability and satisfaction of the dyeing effect. In the color fixing step, this system uses nano-silica or nano-alumina particles as color fixing agents. These particles can penetrate into the tiny pores of the stone and physically and chemically combine with the stone, thereby effectively preventing the dye from fading and prolonging the durability of the dyeing effect. The application of this high-tech material can improve the stability and durability of the dyeing effect. The crystallization agent composed of methyl silicate and siloxane polymer used in the crystallization step, and the polishing pad made of ultra-fine synthetic fibers, together form a uniform, transparent and wear-resistant protective film on the surface of the stone. This protective film not only improves the gloss, but also enhances the waterproof and anti-fouling properties. At the same time, the polishing pad can provide consistent pressure and friction during the polishing process to avoid scratching the stone surface and ensure the uniformity and smoothness of the mirror effect. This combination of high-tech materials and fine craftsmanship makes the stone surface present a mirror-like gloss and reflection effect, which increases the decorative effect of the stone. In summary, the main material in this case has significantly improved the beauty and durability of the stone surface through a series of refined processing steps. By using water-polished discs of different granularity levels, thorough cleaning steps, environmentally friendly dyes, high-tech color fixers and polishing pads, etc., a revolutionary improvement in the surface dyeing and beauty treatment of stone has been achieved. This not only improves the treatment efficiency, but also ensures that the treated stone has better beauty and durability, meeting the high standards of the modern stone maintenance and decoration industry.

[0029] In this embodiment, the water-polished discs include at least three different particle size levels, wherein the coarse-grained water-polished discs are used to quickly remove the wear layer and uneven parts on the stone surface, the medium-grained water-polished discs are used to further refine the surface, and the fine-grained water-polished discs are used for the final smoothing process to ensure the best dyeing effect.

[0030] Furthermore, firstly, the present invention uses water-polished discs of different particle sizes to accurately process the surface of the stone, and can effectively process stone surfaces of different roughness. This innovative method solves the problem that traditional water-polished discs of a single particle size cannot meet diversified needs, and lays a solid foundation for the subsequent dyeing process. By using water-polished discs of coarse, medium and fine grains, the smoothness of the stone surface can be more accurately controlled, thereby ensuring the ideal dyeing effect. This refined treatment method greatly improves the aesthetics and durability of the stone surface. Secondly, the present invention emphasizes the importance of thoroughly removing dust and residues on the stone surface in the cleaning step, and uses clean water for cleaning and drying. This method effectively avoids the influence of incomplete cleaning on the dyeing effect, and at the same time, high-pressure water guns and other equipment can be used for deep cleaning to ensure that the cleanliness of the stone surface reaches the best state. Through a thorough cleaning process, a clean and pollution-free environment can be created for the subsequent dyeing steps, thereby improving the adhesion and uniformity of the dye. In addition, the present invention also uses a dye with non-volatile organic compounds and no heavy metal components, which is not only friendly to human health and the environment, but also can ensure the uniformity and durability of dyeing. Compared with traditional dyes, the dye used in the present invention has better stability and durability, and can form a lasting dyeing effect on the surface of the stone. At the same time, due to its non-volatility and no heavy metal components, the dye of the present invention will not release harmful substances during use, reducing the potential harm to human health and the environment. In summary, the present invention significantly improves the aesthetics and durability of the stone surface by adopting water-polished sheets of different particle sizes, a thorough cleaning process, and environmentally friendly dyes. These improvement measures not only improve the processing efficiency, but also ensure that the treated stone has a better decorative effect and use function, meeting the high standards of modern stone maintenance and beauty and decoration industries.

[0031] In this embodiment, the dye is a non-volatile organic compound and does not contain heavy metal components, thereby ensuring that the impact on human health and the environment during the dyeing process is minimal.

[0032] Furthermore, firstly, the use of this dye greatly reduces the potential harm to human health and the environment, which meets the requirements of modern society for environmental protection and health. Secondly, due to its excellent chemical properties, this dye can penetrate deeply into the stone, react chemically with the stone, and form a lasting color. This not only improves the uniformity of dyeing, but also significantly enhances the durability of the dyeing effect. In addition, according to different color requirements, the ideal color effect can be achieved by repeating the dyeing process once or multiple times. In practical applications, the use of this new dye enables stone maintenance and beauty companies to provide more diversified and personalized stone color options to meet consumers' pursuit of beauty and uniqueness. At the same time, due to the enhanced durability of the dyeing effect, the service life of the stone has also been extended, reducing the frequency of maintenance and replacement, saving costs for stone maintenance and beauty companies and consumers. In summary, the beneficial effects of the third right of subordination in this case are mainly reflected in three aspects: first, environmental protection and health, reducing harm to the environment and human body; second, improving the uniformity and durability of the dyeing effect, meeting the high standards of beauty and durability requirements; third, enhancing the market competitiveness of stone, bringing more business opportunities to enterprises. These effects have jointly promoted the advancement of stone surface dyeing and beauty treatment technology, and provided new impetus for the development of stone maintenance, beauty and decoration industries.

[0033] In this embodiment, the color fixing agent comprises nano-silicon dioxide or nano-aluminum oxide particles, which can penetrate into the tiny pores of the stone and physically and chemically combine with the stone, thereby effectively preventing the colorant from fading and prolonging the durability of the coloring effect.

[0034] Furthermore, firstly, nanoparticles can penetrate into the tiny pores of stone due to their extremely small particle size. This physical penetration makes the combination of dye and stone more solid. In addition, nano-silica and nano-alumina particles have high chemical stability and reactivity. They can react chemically with stone components in the pores of stone to form stable chemical bonds, thereby further enhancing the adhesion of dye to stone. This dual physical and chemical combination mechanism significantly improves the durability of the dyeing effect and effectively prevents environmental factors (such as water, ultraviolet rays, etc.) from damaging the dyeing effect. Secondly, due to the high specific surface area characteristics of nanoparticles, they are more evenly distributed on the surface of stone, which helps to form a uniform protective film, which not only enhances the vividness of the color, but also improves the protective performance of the stone surface. This means that the treated stone not only has a more durable color, but is also less likely to be contaminated or physically damaged in daily use. Furthermore, the use of nanoparticles also brings about an improvement in environmental friendliness. Traditional color fixing agents may contain chemicals that are harmful to the environment and human body, while nano-silicon dioxide and nano-alumina particles have low toxicity and low environmental impact, which makes the stone dyeing and beauty treatment method of the present invention more environmentally friendly. Finally, the addition of nano-particles also improves the mechanical properties of the stone surface. Nano-alumina particles can enhance the wear resistance and scratch resistance of the stone surface to a certain extent due to their high hardness, thereby improving the durability of the stone and the convenience of maintenance.

[0035] In this embodiment, the crystallization agent is mainly composed of methyl silicate and siloxane polymer, which form a uniform, transparent and wear-resistant protective film on the surface of the stone, which not only improves the glossiness, but also enhances the waterproof and anti-fouling properties.

[0036] Furthermore, firstly, the use of methyl silicate and siloxane polymer as the main components of the crystallizer can effectively improve the protective performance of the stone surface. These chemicals can form a hard and continuous protective layer on the surface of the stone, which not only has a high hardness itself, but also can effectively prevent external physical damage such as scratches or wear. In addition, this protective film has excellent transparency and glossiness, which can significantly improve the aesthetics of the stone, making its surface look smoother and brighter. Secondly, the application of methyl silicate and siloxane polymer enhances the waterproof and anti-fouling ability of the stone. The protective film formed on the surface of the stone is sealed and can effectively prevent the penetration of water and other liquids, thereby reducing pollution caused by water or chemical damage caused by liquid substances. Similarly, this protective film can also prevent oil stains, dust and other pollutants from adhering to the surface of the stone, making cleaning and maintenance work easier. Moreover, the use of this new crystallizer prolongs the service life of the stone and the durability of the decorative effect. Due to the existence of the protective film, the stone is not easily eroded by the external environment, such as acid rain, pollutants and other natural and human factors. The influence is reduced, so that the stone can maintain its original color and texture for a long time. This not only reduces the frequency of maintenance and replacement, but also greatly reduces the cost of long-term maintenance. Finally, methyl silicate and siloxane polymer are both environmentally friendly materials, and their use will not burden the environment. This is particularly important in the current context of global attention to environmental protection. Their use not only improves the practicality and aesthetics of stone, but also meets the requirements of sustainable development.

[0037] In this embodiment, the polishing pad is made of ultra-fine synthetic fibers, which can provide consistent pressure and friction during the polishing process to avoid scratching the stone surface while ensuring the uniformity and smoothness of the mirror effect.

[0038] Furthermore, firstly, the design of the ultrafine synthetic fiber polishing pad optimizes the polishing process, and its fine fiber structure can provide uniform pressure and friction, which helps to achieve a higher surface smoothness during the polishing stage. Since the smoothness of the stone surface directly affects the final gloss and mirror reflection effect, the use of this polishing pad ensures that the stone surface can present a clearer and brighter mirror effect after crystallization. Secondly, the ultrafine synthetic fiber polishing pad can effectively avoid scratching the stone surface while providing excellent polishing effect. Compared with traditional hard polishing materials, this soft fiber pad is more flexible and can conform to the shape changes of the stone surface during the polishing process, thereby reducing surface damage caused by uneven friction or excessive pressure. This not only improves the quality of construction, but also extends the service life of the stone. Moreover, since the polishing pad is made of ultrafine synthetic fibers, it produces less dust and debris during the polishing process, which helps to maintain a clean working environment and reduces the burden of later cleaning work. At the same time, less dust generation also means a lower health risk to operators, which meets the requirements of modern industrial production for environmental protection and human health. In addition, the durability of ultrafine synthetic fiber polishing pads is also one of its important advantages. This polishing pad can withstand repeated use without being easily damaged, which means that the frequency of replacement can be reduced in actual production, reducing the overall construction cost. At the same time, this durability also ensures the stability of the polishing effect, so that each polishing operation can achieve the expected effect, thereby improving the reliability and consistency of the entire construction process. Finally, the use of ultrafine synthetic fiber polishing pads also improves the efficiency of the entire stone dyeing and beauty treatment. Due to its excellent polishing performance, high-quality polishing operations can be completed in a shorter time, which is particularly important for meeting the market's demand for fast delivery. At the same time, a highly efficient polishing process also means reduced energy consumption, which is in line with the current goal of energy conservation and emission reduction in industrial production processes.

[0039] The working principle and use process of the present invention:

[0040] First, in the polishing (grinding) step, water-polished discs of different particle sizes are used to accurately process the stone surface. These water-polished discs include coarse-grained, medium-grained and fine-grained levels, and can effectively process stone surfaces of different roughness. This innovative method solves the problem that traditional water-polished discs of a single particle size cannot meet diversified needs, and lays a solid foundation for the subsequent dyeing process. Next, in the cleaning step, this system emphasizes the importance of thoroughly removing dust and residues from the surface of the stone, and uses clean water for cleaning and drying, which effectively avoids the impact of incomplete cleaning on the dyeing effect. In addition, high-pressure water guns and other equipment are used for deep cleaning to ensure that the cleanliness of the stone surface reaches the optimal state. Then, in the dyeing step, this system uses a dye that is non-volatile organic compound and free of heavy metal components. This dye is not only friendly to human health and the environment, but also can ensure the uniformity and durability of dyeing. Depending on the effect requirements, the dyeing process can be repeated once or multiple times to achieve the ideal color. Color effect, in the color fixing step, this system uses nano-silica or nano-alumina particles as color fixing agents, these particles can penetrate into the tiny pores of the stone, and physically and chemically combine with the stone, thereby effectively preventing the colorant from fading and prolonging the durability of the coloring effect. Subsequently, in the crystallization step, this system uses a crystallizing agent composed of methyl silicate and siloxane polymer, which forms a uniform, transparent and wear-resistant protective film on the surface of the stone, which not only improves the glossiness, but also enhances the waterproof and anti-fouling properties. At the same time, the polishing pad made of ultra-fine synthetic fibers is used for polishing, which can provide consistent pressure and friction during the polishing process to avoid scratching the stone surface, while ensuring the uniformity and smoothness of the mirror effect. Finally, in the mirror treatment step, the surface of the stone after the above treatment presents a mirror-like gloss and reflection effect, which increases the decorative effect of the stone. At this time, the stone already has good aesthetics and durability, meeting the high standards of modern stone maintenance, beauty and decoration industries.

[0041] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A high-tech technology and construction integrated system for stone surface dyeing and beauty treatment, characterized in that The following steps are involved: a. Polishing (grinding) step: use a special water-polishing disc for stone to grind away the old mirror surface or wear layer on the stone surface to restore the smoothness of the stone. The water-polishing disc is a diamond grinding disc of different particle sizes, which is carried out step by step from coarse to fine; b. Cleaning step: After polishing, use clean water to clean the dust and residue on the surface of the stone and dry it; c. Dyeing step: For special color requirements or uneven color of the stone itself, dyeing treatment is carried out. The dye penetrates into the stone and reacts chemically with the stone to form a lasting color. The dyeing process is repeated once or multiple times according to the effect requirements; d. Fixing step: after dyeing, a fixing agent is used to enhance the adhesion and durability of the color; e. Crystallization step: After the above treatment, a special crystallization agent and polishing pad are used for crystallization treatment to form a bright and hard crystal protective layer on the surface of the stone, which improves the beauty and durability of the stone; f. Mirror treatment step: after crystallization, the surface of the stone presents a mirror-like luster and reflection effect, which increases the decorative effect of the stone.

2. The high-tech technology and construction integrated system for stone surface dyeing and beautification according to claim 1 is characterized by: The water-polishing disc comprises at least three different grain sizes, wherein the coarse-grained water-polishing disc is used to quickly remove the wear layer and uneven parts of the stone surface, the medium-grained water-polishing disc is used to further refine the surface, and the fine-grained water-polishing disc is used for the final smoothing process to ensure the best dyeing effect.

3. The high-tech technology and construction integrated system for stone surface dyeing and beautification according to claim 2 is characterized by: The dye is a non-volatile organic compound and has no heavy metal components, thereby ensuring that the impact on human health and the environment during the dyeing process is minimal.

4. The high-tech technology and construction integrated system for stone surface dyeing and beautification according to claim 3 is characterized by: The color fixing agent contains nano silicon dioxide or nano aluminum oxide particles, which can penetrate into the tiny pores of the stone and physically and chemically combine with the stone, thereby effectively preventing the colorant from fading and prolonging the durability of the coloring effect.

5. The high-tech technology and construction integrated system for stone surface dyeing and beautification according to claim 4 is characterized by: The crystallizing agent is mainly composed of methyl silicate and siloxane polymer, which form a uniform, transparent and wear-resistant protective film on the surface of the stone, which not only improves the glossiness but also enhances the waterproof and anti-fouling properties.

6. The high-tech technology and construction integrated system for stone surface dyeing and beautification according to claim 5 is characterized by: The polishing pad is made of ultra-fine synthetic fibers, which can provide consistent pressure and friction during the polishing process to avoid scratching the stone surface while ensuring the uniformity and smoothness of the mirror effect.