Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
331～360 item / All 2640 items
Depending on the grade, there is a middle coat between the primer and the top coat.
This is an announcement from Daito Kasei Co., Ltd. regarding the "Process of Fluororesin (Teflon) Coating."
To solve the PFAS problem, we compared ceramic coatings and fluoropolymer coatings.
The ceramic coating "DK-coat Infinity" is an inorganic ceramic coating that uses completely non-toxic and harmless inorganic materials without any organic substances. As a non-fluorine coating, it contains no PFAS, which has recently become a concern. This product can address the issues related to the impact of PFAS on human health and the environment. It has excellent heat resistance (up to 450°C), so even at high temperatures (like 450°C), it maintains non-stick properties, low friction, and excellent wear resistance, similar to fluoropolymer coatings, while significantly improving durability due to its hard coating. 【Major Differences from Fluoropolymer Coatings】 - Heat Resistance: Capable of withstanding high temperatures of 450°C - Wear Resistance: Hardness of pencil grade 8H to 9H, resistant to scratching - Non-Stick Properties: Comparable to fluoropolymer coatings (such as PTFE, PFA) - Steam Resistance: Strong against steam, with excellent adhesion that makes peeling difficult - Thermal Conductivity: Good thermal conductivity, further enhanced by far-infrared radiation - Safety: No harmful gas emissions even at elevated temperatures *For more details, please download the PDF or feel free to contact us.
Coating is possible if it's metal! For products that require water repellency, low friction, and wear resistance.
The "DK-coat TFM (Fluorine Coated Plating)" can be applied to any metal material. It is suitable for products that require water repellency, low friction, and wear resistance. There are differences in hardness, precision, and adhesion when compared to fluorine resin (Teflon) coatings. 【Major Differences from Fluorine Resin (Teflon) Coatings】 ■ Hardness and Wear Resistance - It has the low friction of fluorine resin combined with the hardness of plating (500HV when hardened), making it extremely superior in wear resistance. ■ High Precision - It poses no issues even for precision molds and parts with strict dimensional accuracy. - For a film thickness of 10μ, it can be applied with a tolerance of ±1μ or less. ■ Adhesion - It will not peel off unless subjected to abnormal use. - There are no issues caused by peeling. *For more details, please refer to the external link page or feel free to contact us.
Exhibits excellent wear resistance by combining a coating! Also prevents static electricity!
Here is an introduction to the characteristics of fluororesin. Fluorine-modified coatings combine the slip properties of fluororesin with improved film characteristics from organic binder resins, demonstrating excellent wear resistance against high-load friction. Additionally, by incorporating ceramic thermal spraying into the substrate, it is possible to coat even deep irregularities. It should be noted that standard fluororesin coatings have excellent insulation properties, making them prone to static electricity generation. There are antistatic coatings available to address such static electricity issues. 【Wear Resistance】 ＜DK-coat Types (Colors): Dynamic Friction Coefficient (1kg)/Material＞ ■ DK-430Z (Black): 0.06/PTFE ■ DK-013 (Light Brown): 0.08/PFA ■ DK-coat TFM (Silver): 0.04/PTFE-based ■ DKC-838: 0.04 (Black, Brown, Metallic) / Thermal Spray + Composite, etc. * The performance is based on the above colors. * For more details, please refer to the external link page or feel free to contact us.
Introduction to the characteristics of fluororesin: "Insulation and splash prevention"!
Fluororesin coatings possess many excellent properties that are difficult to achieve with other resin coatings. We would like to introduce the characteristics of fluororesin: "insulation and splash prevention." 【Insulation】 - It maintains high insulation resistance without moisture absorption or contamination due to its non-stick and corrosion-resistant surface resistance. - The degree of damage from phenomena such as arc discharge is minimal, allowing for high insulation. - It is possible to obtain a high insulation coating while preventing corrosion from chemicals, as seen in various sensors, plating jigs, and plating baskets. 【Splash Prevention】 - It is often used in flasks and test tubes that utilize chemicals, as well as in high-temperature lighting around 200°C. - By preventing the splashing of liquids and fragments, it can be used safely. *For more details, please refer to the external link page or feel free to contact us.
Introducing the basic substrate design for applying lining (thick film)!
We will introduce the design of the base material suitable for fluororesin lining. This is the basic design of the base material when applying lining (thick film). Please also refer to it for coating (thin film). For the "corner sections," it is ideal to finish with a radius of at least 4R, and preferably 10R or more if possible. If the inner radius is small, increasing the film thickness will make it more susceptible to the thermal shrinkage of the fluororesin. At the "welded sections," it is necessary to weld all joints (both inside and outside). Additionally, if attaching pipes or similar, all joint areas on the coating surface must be welded as well. Unevenness in welding is not an issue as long as the weld is smooth. Please note that pinholes in the weld are not acceptable. If you consult with us before the design phase, we can provide suitable fluororesin lining. *For more details, please refer to the external link page or feel free to contact us.
"Contamination prevention, static electricity prevention, dust explosion prevention" - This is a static electricity prevention fluororesin coating that can be used safely!
The electrostatic prevention coating "DK-coat ELT series" is a fluororesin coating that can be safely used for contamination prevention, anti-static peeling, and dust explosion prevention. When static electricity discharges, it can cause dust to adhere, and in environments with solvents or explosive gases, static discharge can be dangerous and lead to major disasters. Even when coated with fluororesin (Teflon), the risk of disasters caused by static electricity increases. By using the "DK-coat ELT series," it is possible to avoid troubles caused by static electricity. 【Features】 ■ Surface resistance value of 10^4 to 10^7 Ω ■ Allows static electricity to escape in the thickness direction of the film ■ Can avoid troubles caused by static electricity *For more details, please refer to the external link page or feel free to contact us.
Here are some photos showcasing a portion of our achievements in fluororesin coating application!
We would like to introduce some of our construction achievements through photographs. In food manufacturing products, we can handle installations for frying pans, confectionery manufacturing equipment, rice cookers, sushi robots, and traditional Japanese confectionery manufacturing equipment. This helps eliminate product defects caused by sticking and reduces material waste, while also significantly shortening maintenance time. Additionally, for rubber and plastic molding molds, various rolls and cylinders for textile machinery, chemical industry storage tanks and piping, as well as semiconductor-related items such as various chambers, wafer chucks, and vacuum plates, fluororesin coating is required. 【Examples of Installations】 <Food Manufacturing Products> ■ Taiyaki Mold ■ Rice Milling Machine Screw ■ Large-Size Pancake Mold *For more details, please refer to the external link page or feel free to contact us.
We can solve adhesive clogging and corrosion in thin pipes in a short time!
Have you ever thought about applying a fluororesin coating (Teflon coating) to the inner surfaces of pipes and needles used in medical analyzers, resin and adhesive injection nozzles, or thin piping that is subject to severe corrosion? Our company is capable of fluororesin (Teflon) coating for ultra-thin pipes. The "fluororesin coating for ultra-thin pipes" is a technology that ensures thorough coating even in areas that are not visible on the inner surface, making it a groundbreaking coating for the precision parts industry. Additionally, we can also provide "fluororesin lining for thin piping" and "fluororesin lining for thin piping." If you are having trouble with ultra-thin pipes or nozzle components, please consult with us. 【Coatings that Daito Kasei confidently recommends】 ■ 3D-shaped pipe inner surface coating ■ Thick lining for thin piping with an inner diameter of around 8mm ■ Fluororesin coating for ultra-thin pipes *For more details, please refer to the external link page or feel free to contact us.
Fluororesin coating! Improves the stickiness and low friction properties that are drawbacks of rubber.
Improving the adhesive quality and low friction properties that were considered drawbacks of rubber! YM coating made primarily from fluororesin.
Significantly enhance aesthetics! Premium body coating with high gloss and high scratch resistance.
"Nano Glass Veil J" is a premium body coating that boasts the highest level of gloss and shine in the series. In addition to its scratch resistance, it features an ultra-water-repellent capability that can be described as "slip water," along with a deep luster, effectively protecting your valuable vehicle and significantly enhancing its appearance. 【Features】 ■ Mastery of ultra-water-repellency with "slip water" properties ■ VOC-free ■ Adhesion that works with any material ■ Exceptional durability ■ Quick curing for high productivity ■ Easy maintenance *For more details, please refer to the PDF document or feel free to contact us.
We provide vapor deposition materials in various types, shapes, and sizes tailored to our customers' needs.
Thin films are used in a wide variety of fields, including anti-reflective coatings for lenses, laser filters, mirrors, liquid crystal display panels, architectural glass, and more. Recently, functional thin films, particularly those with water-repellent and anti-fouling properties, have gained attention. Generally, these thin films are formed by deposition, using materials such as metal oxides and fluorides as deposition materials, and a variety of types, shapes, and sizes are used according to diverse purposes. Our company provides deposition materials that meet our customers' needs.
While maintaining the characteristics of the substrate. Prevention of leaching of metal elements such as chromium and nickel.
Environmentally friendly room temperature DLC coating retains the characteristics of the substrate while preventing the leaching of metal elements such as chromium and nickel, improving the wear resistance of carrier components, and enhancing the durability of the components. For more details, please contact us or refer to the catalog.
Introducing conformal coatings using polymers with various properties.
"SCS Parylene Coating" is a high-performance coating technology that uses paraxylylene-based polymers (Parylene). Parylene, which has various properties, is deposited through a process similar to metal vacuum deposition. Since there is no liquid phase in the deposition process, defects such as liquid pooling, dripping, and cross-linking phenomena caused by the surface tension of liquids do not occur. It is used in a wide range of fields, including electronics, medical institutions, automotive, defense, and aerospace, and by providing protection, biological stability, and surface modification, it can enhance the overall reliability of component assemblies and final products. 【Properties of Parylene】 ■ Parylene N: Excellent insulation resistance, low dielectric and dielectric loss characteristics ■ Parylene C: Excellent barrier properties against moisture and corrosive gases ■ Parylene D: Similar properties to Parylene C, but can be used at higher temperatures ■ Parylene HT: Temperature characteristics that can be used up to 450°C for short periods, excellent gap penetration ability *For more details, please refer to the PDF document or feel free to contact us.
Excellent dielectric properties make it suitable for protecting electronics devices and components! This is a substrate coating with an ultra-thin film that hardly affects dimensional changes or weight increase.
"Parylene coating" is a coating agent that can be applied to various substrates, such as metals, resins, elastomers, plastics, ceramics, and glass, as long as they are stable substances in a vacuum environment. It forms a uniform film on various surfaces, including the corners and gaps of substrates and the interiors of multilayer electronic packages. Being extremely thin, the dimensional changes and weight increases due to the coating are almost negligible, making it suitable for components where weight is a concern. 【Features】 ■ Excellent insulation properties ■ Superior barrier properties against chemicals and water ■ Excellent protective characteristics with biocompatibility and biological stability ■ Extremely thin conformal coating that covers all surfaces ■ Excellent gap penetration and interlayer permeability ■ Heat resistance that withstands up to 450°C for short periods ■ Excellent UV resistance *For more details, please refer to the PDF document or feel free to contact us.
We provide various titanium and chrome coatings with high hardness and high adhesion strength using the PVD method. For improving the durability of cutting tools, molds, parts, and jigs.
Our PVD coating technology applies high-performance ceramic films with a thickness of less than 1/100 mm at low temperatures below 500°C, contributing to the wear resistance and machinability of molds, cutting tools, and machine parts. We offer various coatings with different characteristics to meet customer demands, such as improved wear resistance, corrosion resistance, sliding properties, and anti-galling measures. We have a proven track record, particularly in extending the lifespan of cutting tools (end mills, drills, inserts) and enhancing the durability of molds, parts, and jigs. Typical coatings include titanium coatings, chromium nitride, and a variety of other options.
Using the plasma CVD method, we can coat complex-shaped products and inner diameters with DLC-Si films that have excellent adhesion.
The "Plasma CVD NEO-C Coating" utilizes low fence plasma obtained in a vacuum to coat various products with DLC (Diamond-Like Carbon) films that have excellent tribological properties and high adhesion. The treated products achieve a high-performance surface with a high hardness of around 2000Hv and excellent smoothness with a low friction coefficient. Additionally, the previously weak adhesion of DLC has been significantly improved, making it easier to process complex shapes, uneven surfaces of molds, and inner diameters of mechanical parts. It is effective in preventing adhesion of non-ferrous metals such as aluminum and copper, significantly improving the maintainability of non-ferrous metal press molds and sliding mechanical parts, while also enhancing durability. Furthermore, due to the reduction in friction resistance and improvement in anti-seizing properties, it can reduce the amount of lubricants and release agents used during processing, making it a surface modification technology that is also environmentally friendly.
The rotary CO2 compressor vane of the heat pump electric water heater "Mitsubishi Eco Cute" has adopted NEO-C.
■Compressor Vanes / Mitsubishi Electric Corporation Our DLC/NEO-C coating has been adopted for the surface treatment of the vanes in the rotary CO2 compressor used in the heat pump electric water heater "Mitsubishi Eco Cute," contributing significantly to quality improvement.
Short delivery construction! Special technical coating such as polyurethane.
Unix Corporation's polyurethane coating can be applied in an extremely short lead time.
Prevent the occurrence and contamination of metal wear! Coating aimed at improving quality.
The "UN1 Series" polyurethane coating from Unix is applied at room temperature using a variety of "spray coating technologies" that have established high characteristics and functions. It can be applied to a wide range of materials, including metals, rubber, plastics, concrete, and wood, in various shapes of equipment, devices, facilities, and parts, significantly extending their service life while also providing substantial economic benefits through maintenance and protection of functionality. 【Features】 ○ Solves contamination risks ○ Slippery polyurethane with sliding properties ○ Significantly reduces wear on pipes and equipment caused by powder particles For more details, please contact us or download the catalog.
Highly wear-resistant and also has cushioning properties! A long-lasting and high-sliding coating material.
Tefutan coating is a registered trademark of Unix that refers to a type of urethane processing within the Uniretan series that imparts slip properties. Tefutan utilizes Unix's special coating technology for polyurethane, combining the high wear resistance, high friction coefficient, cushioning properties, and durability of polyurethane with the sliding properties, low friction coefficient, release properties, and weather resistance of fluororesin to create a new polymer coating material. 【Features】 ○ Adjustable coating thickness (from 0.2t to 2.0t (unit: mm)) ○ Can coat most materials, even with complex shapes ○ Friction coefficient and sliding properties can be adjusted by the mixing ratio of the coating material For more details, please contact us or download the catalog.
It can accommodate a wide range of applications! A polyurethane coating that has established high characteristics and functions.
Unix Corporation's polyurethane coating "Uniletan" is applied at room temperature using a variety of "spray coating technologies" that have established high characteristics and functions. It is compatible with a wide range of materials, including metals, rubber, plastics, concrete, and wood. We offer various raw materials tailored to different industries, equipment requirements, and performance classes. Not only does it significantly extend the service life of equipment, devices, facilities, and parts, but it also provides substantial economic benefits through the maintenance and protection of functions. 【Features】 ■ Wear resistance ■ High elasticity ■ Soundproofing ■ Water resistance ■ Chemical resistance For more details, please refer to the catalog or feel free to contact us.
Meets the standards of the Food Sanitation Act! Water-soluble coating that does not use organic solvents.
"Salacote" is a coating specifically designed for stainless steel nuts, solving various issues related to performance, environment, and safety. Even after repeated tightening and loosening, there is no seizing on bolts and nuts, and it maintains performance up to a high heat resistance of 200°C. Additionally, it does not contain any chemicals that fall under the PRTR system (designated chemical substances of the first kind), and it is a water-based coating with low flammability. 【Features】 ■ Water-soluble coating that does not use organic solvents ■ Compliant with RoHS directive ■ Meets the standards of the Food Sanitation Act ■ Water-based coating with low flammability ■ Does not contain chemicals that fall under the PRTR system (designated chemical substances of the first kind) *For more details, please refer to the PDF document or feel free to contact us.
Contract testing and tours (by appointment) are available at the Thunder Technology Center (equipped with testing facilities and equipment related to thunder).
The Lightning Technology Center is the only lightning-specialized testing center in Japan, equipped with various testing devices such as lightning testing equipment that utilizes the technology of OTOWA. We accept commissioned tests using testing equipment and devices from Otowa Electric Industry. We conduct development tests for lightning protection products and evaluation tests for various electrical devices, contributing to a safe and secure society. ■ Target Tests (also compatible with JIS and IEC standards) Lightning surge withstand tests for various electrical devices (impulse voltage tests, current tests) Commercial frequency withstand voltage tests for various electrical devices Operational responsibility tests for high-voltage and low-voltage lightning arresters Protection coordination tests using high-voltage and low-voltage lightning arresters Mechanical strength: vibration tests, tensile and compression tests Various environmental tests: cold heat, salt spray, sunlight, etc. *We have materials available for facility information and commissioned tests. Please request them through the inquiry form. Lightning Technology Center: Amagasaki City, Hyogo Prefecture (10 minutes by train from JR Osaka Station to JR Amagasaki Station, within walking distance)
Kansai's largest electromagnetic vibration testing equipment is available for contract testing at the Thunder Technology Center (equipped with testing facilities and equipment related to lightning).
■Environmental Testing and Vibration Testing We can conduct various environmental and vibration tests to ensure the reliability of products used over many years. *The electrodynamic vibration testing equipment is one of the largest in the Kansai region. ■Electrodynamic Vibration Testing Equipment Excitation Force: Sine Wave 16kN Frequency: 5 to 3000Hz Maximum Displacement: 51mm p-p The Lightning Technology Center (Amagasaki City) is a facility equipped with various testing devices, including lightning test equipment that utilizes OTOWA's technology. We accept contract testing using the testing equipment and devices from Otowa Electric Co., Ltd. Lightning Technology Center: Amagasaki City, Hyogo Prefecture (10 minutes by train from JR Osaka Station to JR Amagasaki Station, within walking distance)
We will introduce the characteristics of ta-C films formed by T-FAD and examples of their application to aluminum cutting tools!
In recent years, the material of the workpiece has increasingly included AC-type materials with added Si and copper, which are die-cast alloys among aluminum alloys. This document explains the practical application of ta-C film (AC-X) as a protective film for aluminum cutting tools, which has significantly reduced droplet contamination in the film using the T-type Filtered Arc Deposition method (T-FAD), currently under development. We encourage you to read it. 【Contents (partial)】 ■1. Introduction ■2. T-FAD ・2.1 Equipment Overview ・2.2 Film Formation Conditions ・2.3 Droplet Comparison Evaluation ■3. Properties of ta-C Film *For more details, please refer to the PDF document or feel free to contact us.
![[Technical Data] Development Trends of DLC Coatings in Cutting Tools](https://image.mono.ipros.com/public/product/image/929/2000759944/IPROS68388053810823585643.png?w=280&h=280)
We conducted cutting tests under water atmosphere in AC2A using cutting chips with ta-C film formed on the surface with T-FAD.
Our company has manufactured the T-shaped Filtered Arc (T-FAD) device developed by a professor at Toyohashi University of Technology, and has developed ta-C (our product name: AC-X) as a product for commissioned film deposition, significantly reducing the contamination of droplets in the film. This document provides detailed explanations specifically regarding the cutting of the aluminum alloy "AC2A" used for castings. We invite you to read it. [Contents (partial)] ■1. Introduction ■2. T-FAD ・2.1 Device Overview ・2.2 Film Deposition Conditions ■3. Characteristics of ta-C Film *For more details, please refer to the PDF document or feel free to contact us.
Coatings that support manufacturing! They are used in a wide range of industries.
"DLC" stands for "Diamond Like Carbon," which is a surface treatment technology that involves coating a thin film primarily composed of carbon onto surfaces such as metals. It is widely adopted across various industries as a coating that supports manufacturing, including cutting tools, molds, automotive parts, machine components, and medical parts. DLC, which features a mixture of structures like diamond and graphite, is harder and has better lubricity compared to common ceramic coatings such as titanium-based or chromium-based coatings, and it excels in properties like "wear resistance" and "adhesion resistance to non-ferrous metals." 【Features】 ■ Film thickness of a few microns ■ Available in a range of hardness (1000–7000 Hv) ■ Excellent lubricity *For more details, please refer to the related links or feel free to contact us.
The machine tools can demonstrate their inherent high processing precision! Mainly adopted for wear prevention and longevity.
Here are some examples of "DLC coating" in cutting tools. In cutting tools, it is primarily adopted for wear prevention and extending tool life. It is also used in cutting tools for aluminum processing and dry machining, utilizing its anti-adhesion properties. Additionally, it can suppress cutting heat caused by friction, allowing the machine tool to demonstrate its inherent high processing accuracy. 【Examples of Coatings】 ■ End mills ■ Milling tools ■ Drills ■ Inserts ■ Reamers *For more details, please refer to the related links or feel free to contact us.
![[DLC Coating Application Example] Molds](https://image.mono.ipros.com/public/product/image/937/2001068053/IPROS30983504433818193377.jpeg?w=280&h=280)
Used to improve the release properties of molten glass! Forms a thin film at low temperatures compared to other coatings.
Here are examples of "DLC coating" in molds. In molds, it is mainly adopted for wear prevention and longevity. Compared to other coatings, it forms a thin film at low temperatures, making it less likely to affect the precision of the mold. It is also used to improve the release properties of molten glass. Please feel free to contact us if you have any inquiries. 【Examples of Coatings】 ■ Press molds ■ Lens molds *For more details, please refer to the related links or feel free to contact us.
