Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.
541～570 item / All 1100 items
It has excellent properties such as heat resistance, non-stickiness, wear resistance, low friction, chemical resistance, and insulation that cannot be obtained with other resin coatings.
It is possible to achieve effects such as improved substrate durability, prevention of metal ion contamination, and maintenance of high purity.
It has excellent properties such as heat resistance, non-stickiness, wear resistance, low friction, chemical resistance, and insulation that cannot be achieved with other resin coatings.
By imparting low friction and wear-resistant properties, it is possible to achieve effects such as preventing clogging in automated transport lines, preventing galling of screws and shafts, and preventing damage to products.
Because the pipe is thin, we can solve the problem of the adhesive clogging or corroding in a short time!
The evolution of technology continues to bring about increasingly high-precision techniques, as well as ongoing challenges. At Daito Kasei, we are developing new technologies every day to meet such demands.
Can it meet all applications other than fluororesin coating?
The evolution of technology continues to increase high-precision techniques. At the same time, challenges continue to grow alongside technological advancements. At Daito Kasei, we are developing new technologies every day to meet such demands.
Here are some examples of our construction achievements. Fluorine coating construction case 2: Various industrial products.
This is an announcement from Daito Kasei Co., Ltd. regarding "Fluorine Coating Case Study 2: Various Industrial Products."
Fluororesin coatings can be recoated multiple times.
The fluoride resin coating that has lost its effectiveness can be stripped off once and then recoated.
![[Case Study] A Must-See for Those Struggling with Surface Treatment! Ceramic Coating](https://image.www.ipros.com/public/product/image/209/2000135663/IPROS09989408972425386747.jpeg?w=280&h=280)
Introducing the issues we solved with our ceramic coating "DK-coat Infinity"!
The DK-coat Infinity is a ceramic coating made from a completely inorganic material that holds infinite possibilities, with no impact on the environment or human health. Unlike Teflon coatings (fluororesin coatings), it is a ceramic coating that can address the currently concerning PFAS issues. With excellent heat resistance (up to 450°C for Infinity330), it maintains non-stick properties, low friction, and wear resistance even at high temperatures (450°C), and its hard coating with a hardness of 9H significantly improves durability. <Do you have any of these concerns?> ■ Frequently scrubbing and taking a long time to clean. ■ Products are not slippery. Friction scratches appear on the products. ■ Want to heat a chemical solution to a high temperature. ■ Using strong acids or strong alkalis. *For more details, please download the PDF document or feel free to contact us.
Excellent non-stick and corrosion resistance! Information on adhesive energy and damage to resins is included.
We would like to introduce the characteristics of fluoropolymer coatings. The surface of fluoropolymer coatings does not allow most substances to adhere and repels both water and oil. Due to the water-repellent properties of fluoropolymers, they do not get wet, making them significantly resistant to dirt. Cleaning when dirty is also easy, which not only greatly reduces cleaning time but also significantly decreases the amount of water, solvents, and detergents needed for cleaning. Additionally, a fluoropolymer coating (fluoropolymer lining) of 0.3mm or more can provide "corrosion resistance (chemical resistance, anti-corrosion properties)." 【Non-stick properties (release properties, water repellency)】 ＜Material types: Contact angle of water (degrees) / Adhesion energy (dyn/cm)＞ ■PTFE: 114/43.1 ■ETFE: 77-88/75.2-97.7 ■Silicone: 90-110/47.8-72.7 ■Stainless steel mirror finish: 60/109.0, etc. *For more details, please refer to the external link page or feel free to contact us.
Introducing the main products that require fluororesin coatings and examples of applications by product!
Here are the main products that require fluororesin coating. 【Food Manufacturing】 ■Non-stick - Mochi: rollers, hoppers, screws, knives, etc. - Senbei: baking plates, scrapers, molds, etc. - Bread: baking sheets, bread cases, molds, etc. - Rice: rice cookers, stirring blades, hoppers, screws, etc. - Candy, caramel: shoots, molds, knives, plates, etc. *For more details, please refer to the external link page or feel free to contact us.
Re-coating is possible multiple times! We also introduce a peeling method that reduces the burden on the substrate.
Fluororesin coatings can be "re-coated" multiple times. When re-coating with fluororesin, it is necessary to first strip the current fluororesin coating. This is done using sandblasting, which inevitably takes a long time. Therefore, for plates under 1mm or precision parts, it is essential to choose a coating that will not affect the substrate even after stripping the fluororesin coating. At Daito Kasei, we also offer processing methods that do not burden the substrate during re-coating. 【Stripping Methods for Each Coating】 ■ Polyurethane Coating - Soak in solvent to strip → Sandblast ■ Ceramic Coating - Clean → Heat treatment → Sandblast ■ Polyethylene Coating - Heat until the surface softens, then strip → Heat treatment → Sandblast *For more details, please refer to the external link page or feel free to contact us.
Due to its excellent heat resistance, it maintains non-stick properties, low friction, and wear resistance even at high temperatures, and its 9H hardness coating enhances durability!
Ceramic coating (DK-coat Infinity) is a next-generation ceramic coating that uses only inorganic materials that are 'non-toxic and harmless,' without any organic materials. It has excellent heat resistance, maintaining non-stick properties, low friction, and wear resistance even at high temperatures, and its hard coating with a hardness of 9H significantly improves durability. 【Features】 ■ Heat Resistance Capable of withstanding high temperatures up to 450°C. Usable at temperatures above 300°C. ■ Wear Resistance With a pencil hardness of 9H, it is hard and resistant to scratching, which reduces the need for parts replacement due to wear, significantly lowering running costs. ■ Non-Stick Properties It has a high heat resistance comparable to fluoropolymer coatings (such as PTFE and PFA) and is resistant to wear and scratches, ensuring lasting non-stick properties. ■ Steam Resistance It is strong against steam, has excellent adhesion that makes it difficult for the coating to peel off, and since it is an inorganic coating, water vapor does not penetrate the coating, preventing peeling.
We have started the application of Japan's first thermochromic ceramic coating, the Infinity HSP series. Please take a look at YMM's unique technology.
The heat-changing ceramic coating Infinity HSP series changes color from 80°C to 250°C while maintaining the performance of conventional ceramic coatings. Pink → Purple Red → Brown It is available in two colors. Additionally, since it uses inorganic materials, it does not contain PFAS or PFOA. ■ PFAS and PFOA free ■ Heat resistance that can be used at high temperatures of 350°C ■ Non-stick properties equivalent to fluoropolymer (PTFE, PFA, etc.) ■ Steam resistance that prevents water vapor penetration ■ Expected energy-saving effects due to thermal conductivity, further enhanced by far-infrared radiation ■ Safety with no harmful substances generated even when used beyond the heat resistance temperature ■ Wear resistance improved by high hardness with a pencil hardness of 9H and enhanced slip properties
High-quality water-based coating without added silicone or fluorine.
The "nano Glass Veil F'zero" is a high-quality, water-based coating that can be easily applied. Its pure glass composition creates a hydrophilic film that shines and repels dirt. It is highly safe and can be used on various surfaces such as bodywork, resin, glass, rubber, and leather. Additionally, by combining it with optional functional coatings, various features can be added. 【Features】 ■ Being pure glass, it does not cause stains or unevenness ■ The glass material penetrates and adheres to the vehicle's paint, maintaining the shine of your car for a long time ■ It forms a film that adapts to different materials, making it versatile for all applications ■ The hydrophilic film, similar to glass, exhibits dirt-repellent and self-cleaning effects ■ It penetrates fine gaps to lift dirt ■ Optional coatings are available for salt damage protection and hardness enhancement *For more details, please refer to the PDF document or feel free to contact us.
If you need design and manufacturing of mixing tanks, leave it to UIK. We promise low prices, high quality, and short delivery times by leveraging our extensive know-how.
If you need design and manufacturing of mixing tanks, please leave it to us at U.I.K. We provide comprehensive support from design and manufacturing to installation and aftercare. Leveraging our extensive know-how, we promise "low prices," "high quality," and "short delivery times." Thanks to this, we have gained the loyalty of many customers and have numerous achievements with major companies. While we handle a wide range of plant equipment, we are particularly confident in our mixing tanks, which have satisfied many customers. We often receive feedback like, "The equipment we installed a long time ago is still in operation today." At U.I.K., we deliver the best equipment to all our customers as a trusted and proven manufacturing factory. Please feel free to contact us first. "U.I.K. Business Overview" - Design and manufacturing of equipment related to the production of chemicals, food, and pharmaceuticals, mixing tanks with agitators, jacketed tanks, transport tanks, storage tanks, box-type dryers, ribbon blenders - Installation work, removal and relocation work, piping work, trailer transport services, relocation work using cranes and rough terrain forklifts, piping work for SUS, PVC, gas pipes - Maintenance work including mechanical seal replacement, gear reducer and agitator replacement, and repair or replacement of damaged parts.
Maintain the panel surface and light diffusion in their original state for a long time!
We introduce a technology that uses "diffusion coating" and "hydrophilic coating" to maintain the panel surface and light diffusion in their original state for a long time. To prevent dirt and dust from adhering to the panel surface through static electricity prevention and self-cleaning effects from rain, light can diffuse beautifully for an extended period without being scattered by dirt and dust. 【Features】 ■ It is possible to apply a hydrophilic coating over the diffusion coating. ■ Static electricity prevention ■ Self-cleaning effect from rain ■ Light does not scatter due to dirt and dust ■ Maintains a long-lasting and beautiful state of light diffusion *For more details, please refer to the PDF document or feel free to contact us.
The photocatalytic oxidation power suppresses and reduces the substances causing unpleasant odors in the toilet, creating a clean environment.
By coating a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated, which decompose organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst, when exposed to rain, utilizes a hydrophilic effect that allows water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effects continue for a long time.
The hydrophilic effect of photocatalysts makes it easier for rain to wash away dirt from the glass of detached houses, creating a clean environment.
By coating the titanium dioxide aqueous solution, which is the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. The surface of the outdoor photocatalyst, when exposed to rain, utilizes hydrophilic effects that cause water to spread thinly beneath the dirt, contributing to self-cleaning as the surface dirt flows away, thus maintaining the aesthetic of the building and reducing cleaning costs. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated, which decompose organic substances that cause dirt and odors into water and carbon dioxide, rendering them harmless. Since the raw material of the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness continues for a long time.
Using the oxidative decomposition power of photocatalysts, we suppress and reduce the causes of bacteria and viruses in the office, creating a clean environment.
By coating the ceilings and walls of buildings with a titanium dioxide aqueous solution, which is the raw material for photocatalysts, it exhibits effects such as anti-soiling, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst application, reactive oxygen species are generated on the surface, breaking down organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst application has a hydrophilic effect, where rainwater spreads thinly beneath the dirt, contributing to self-cleaning as it washes away the surface dirt, thus maintaining the building's aesthetic and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness lasts for a long time.
The decomposition of organic dirt using photocatalysts and self-cleaning creates a clean environment by breaking down substances that cause dirt, odors, bacteria, and mold both inside and outside buildings.
By applying a titanium dioxide aqueous solution, which is the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst application, reactive oxygen species are generated on the surface, decomposing organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst application has a hydrophilic effect that causes water to spread thinly beneath the dirt when it rains, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness continues for a long time.
The hydrophilic effect of photocatalysts (self-cleaning effect) makes it easier for rain to wash away dirt from building exteriors and glass, creating a clean environment.
By applying a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as anti-soiling, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated, which decompose organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst, when exposed to rain, utilizes a hydrophilic effect that allows water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thereby maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effects continue for a long time.
The decomposition of organic contaminants using photocatalysts and self-cleaning creates a clean environment by breaking down substances that cause dirt, odors, bacteria, and mold both inside and outside buildings.
By applying a titanium dioxide aqueous solution, which is the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated, which decompose organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst, when exposed to rain, utilizes a hydrophilic effect that spreads water thinly beneath the dirt, allowing for self-cleaning as the dirt flows away with the water, contributing to the maintenance of the building's aesthetics and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness continues for a long time.
The decomposition of organic contaminants using photocatalysts and self-cleaning creates a clean environment by breaking down substances that cause dirt, odors, bacteria, and mold both inside and outside buildings.
By applying a titanium dioxide aqueous solution, which is the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated, which decompose organic substances that cause dirt and odors into harmless water and carbon dioxide. Additionally, the surface of the outdoor photocatalyst, when exposed to rain, utilizes a hydrophilic effect that spreads water thinly beneath the dirt, allowing for self-cleaning as the surface dirt flows away, contributing to the maintenance of the building's aesthetics and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness continues for a long time.
The hydrophilic effect of photocatalysts (self-cleaning effect) makes it easier for rain to wash away dirt from building exteriors and glass, creating a clean environment.
By applying a titanium dioxide aqueous solution, which is the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst application, reactive oxygen species are generated on the surface, decomposing organic substances that cause dirt and odors into harmless water and carbon dioxide. The surface of the outdoor photocatalyst application utilizes a hydrophilic effect, where rainwater spreads thinly beneath the dirt, contributing to self-cleaning as the surface dirt flows away, thereby maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effectiveness continues for a long time.
The hydrophilic effect of photocatalysts (self-cleaning effect) makes it easier for rain to wash away dirt from building exteriors and glass, creating a clean environment.
By coating the titanium dioxide aqueous solution, which is the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as anti-soiling, deodorization, antibacterial, antiviral, and mold prevention. When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, breaking down organic substances that cause dirt and odors into harmless water and carbon dioxide. The surface of the outdoor photocatalyst, when exposed to rain, utilizes a hydrophilic effect that allows water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effects continue for a long time.
The hydrophilic effect of photocatalysts (self-cleaning) makes it easier for rain to wash away dirt from glass, creating a clean environment.
By applying a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, to the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. When light hits the surface of the indoor photocatalyst application, reactive oxygen species are generated on the surface, breaking down organic substances that cause dirt and odors into harmless water and carbon dioxide. The surface of the outdoor photocatalyst application utilizes a hydrophilic effect, where rainwater spreads thinly beneath the dirt, contributing to self-cleaning as it washes away the surface dirt, thereby maintaining the aesthetic of the building and reducing cleaning costs. Since the raw material for the photocatalyst, titanium dioxide, is inorganic, it does not degrade due to ultraviolet rays or other factors, and its effects continue for a long time.
The photocatalytic oxidation decomposition power (decomposition of dirt) breaks down and suppresses/reduces the harmful substances such as tar stains from smoking, creating a clean environment.
■Raw Material Titanium Dioxide By coating a titanium dioxide aqueous solution, which is the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as anti-soiling, deodorization, antibacterial properties, antiviral properties, and mold prevention. ■Indoor Photocatalyst When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, decomposing organic substances that cause dirt and odors into water and carbon dioxide, rendering them harmless. ■Outdoor Photocatalyst When rain hits the surface of the outdoor photocatalyst, a hydrophilic effect causes water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. ■Duration of Photocatalyst Effect Since titanium dioxide, the raw material for photocatalysts, is inorganic, it does not degrade due to ultraviolet light or other factors, and the effect continues for a long time as long as the coating substrate's paint surface or wallpaper does not peel off.
The hydrophilic effect of photocatalysts (self-cleaning effect) allows rain to wash away dirt from the glass of detached houses, keeping it clean and reducing the effort required for cleaning.
■Titanium Dioxide Raw Material By coating a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. ■Indoor Photocatalyst When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, which decompose organic substances that cause dirt and odors into water and carbon dioxide, rendering them harmless. ■Outdoor Photocatalyst When rain hits the surface of the outdoor photocatalyst, a hydrophilic effect causes water to spread thinly under the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. ■Duration of Photocatalytic Effect Since titanium dioxide, the raw material for photocatalysts, is inorganic, it does not degrade due to ultraviolet rays or other factors, and the effect continues for a long time as long as the coating substrate's paint surface or wallpaper does not peel off.
We will create a system that decomposes organic dirt on truck bodies through photocatalytic degradation and self-cleaning, making them clean while also reducing cleaning costs.
■Titanium Dioxide Raw Material By coating a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as anti-soiling, deodorization, antibacterial, antiviral, and mold prevention. ■Indoor Photocatalyst When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, decomposing organic substances that cause dirt and odors into harmless water and carbon dioxide. ■Outdoor Photocatalyst When rain hits the surface of the outdoor photocatalyst, a hydrophilic effect causes water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. ■Duration of Photocatalytic Effect Since titanium dioxide, the raw material for photocatalysts, is inorganic, it does not degrade due to ultraviolet light or other factors, and the effect continues for a long time as long as the coating substrate's paint surface or wallpaper does not peel off. *For more details, please refer to the PDF document or contact us.*
The hydrophilic effect of photocatalysts (self-cleaning effect) makes it easier for rain to wash away dirt from office building glass, creating a clean environment.
■Titanium Dioxide Raw Material By coating a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. ■Indoor Photocatalyst When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, breaking down organic substances that cause dirt and odors into harmless water and carbon dioxide. ■Outdoor Photocatalyst When rain hits the surface of the outdoor photocatalyst, a hydrophilic effect causes water to spread thinly beneath the dirt, contributing to self-cleaning as it flows away with the surface dirt, thereby maintaining the aesthetic of the building and reducing cleaning costs. ■Duration of Photocatalytic Effect Since titanium dioxide, the raw material for photocatalysts, is inorganic, it does not degrade due to ultraviolet rays or other factors, and the effect continues for a long time as long as the coating substrate's paint surface or wallpaper does not peel off. *For more details, please refer to the PDF document or contact us.*
The decomposition of organic contaminants using photocatalysts and self-cleaning creates a clean environment by breaking down the substances that cause dirt on building exteriors and glass.
■Titanium Dioxide Raw Material By coating a titanium dioxide aqueous solution, which serves as the raw material for photocatalysts, on the ceilings and walls of buildings, it exhibits effects such as dirt resistance, deodorization, antibacterial properties, antiviral properties, and mold prevention. ■Indoor Photocatalyst When light hits the surface of the indoor photocatalyst, reactive oxygen species are generated on the surface, which decompose organic substances that cause dirt and odors into harmless water and carbon dioxide. ■Outdoor Photocatalyst When rain hits the surface of the outdoor photocatalyst, a hydrophilic effect causes water to spread thinly beneath the dirt, contributing to self-cleaning as the dirt flows away with the water, thus maintaining the aesthetic of the building and reducing cleaning costs. ■Duration of Photocatalytic Effect Since the titanium dioxide raw material for photocatalysts is inorganic, it does not degrade due to ultraviolet light or other factors, and the effect continues for a long time as long as the coating substrate's paint surface or wallpaper does not peel off. *For more details, please refer to the PDF document or contact us.*
