Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
1396～1410 item / All 2511 items
DK Mill: Expansion with added large diameter!
★ Demonstrates effectiveness in dry processing due to high heat-resistant oxidation performance. ★ Capable of high-speed cutting of high-hardness materials (HRC 60 and above). ★ Cutting performance at high temperatures has significantly improved. *Achieves cutting life surpassing TiALN-based coatings. *Comparison with our products.
Introduction of Tohoku University Technology (T16-086): Simple, low-cost, aesthetically pleasing, and strong adhesion.
Traditionally, the Ti that undergoes thermal oxidation treatment results in rutile-type crystal structure TiO2, which is said not to exhibit photocatalytic activity under visible light irradiation. On the other hand, it has been reported that adding Au to TiO2 can demonstrate photocatalytic activity in the visible light range. The present invention provides a simple and cost-effective method to obtain a noble metal-containing TiO2 coating film with a rutile or anatase crystal structure and visible light-responsive photocatalytic activity with a film thickness of less than 1 μm, by thermally oxidizing a noble metal (Au, Ag, Pt, Pd) added noble metal-Ti substrate in the atmosphere or by carbonizing the Ti substrate in an Ar-CO atmosphere followed by thermal oxidation in the atmosphere. Other features of the present invention include aesthetic surface properties and strong adhesion to the substrate. Furthermore, it is also possible to obtain a noble metal-containing TiO2 coating film after the thermal oxidation of Ti coated with a noble metal thin film using methods such as sputtering, allowing for a reduction in the amount of noble metal used.
Water-soluble liquids can be coated onto substrates.
Coating of paper or non-woven fabric with emulsion-based adhesives, barrier agents, and chemical substances.
Able to meet various needs! Excellent adhesion, heat resistance, wear resistance, and toughness.
We would like to introduce our coating 'MARC-Ace' for cold forging and press processing. This high-performance coating combines excellent adhesion, heat resistance, wear resistance, and toughness. It is a versatile product that can meet various needs. The color is dark gray, with a hardness of 3000Hv and a film thickness of 2.5 to 3.5μm. Please feel free to contact us if you have any requests. 【Specifications (partial)】 ■ Film type: MARC-Ace ■ Applicable classification: For cold forging and press processing ■ Color: Dark gray ■ Hardness (Hv): 3000 ■ Film thickness (μm): 2.5 to 3.5 ■ Oxidation temperature (°C): 1000 *For more details, please refer to the PDF document or feel free to contact us.
What is an antiviral antibacterial coating?
Contents of the Downloadable Material ★ What is Antiviral Antibacterial Coating ★ Durability ★ Track Record ★ Application Method of Antibacterial Coating ★ Principle of Antibacterial Coating ★ Safety of Antibacterial Coating
Protect your materials from various corrosive chemicals and gases! Shine Kogei's top-class corrosion-resistant coating, Blue Armor!
Blue Armor Coating is a coating technology specialized in corrosion resistance among the various coatings offered by Shine Kogei. It is capable of forming a thick, pinhole-free film that prevents the penetration of all types of chemical solutions, gas permeation, and metal ion leaching. Leveraging its excellent corrosion resistance, it contributes to solving 'corrosion problems' across a wide range of industries, including reaction vessels for chemical purification, cleaning equipment for semiconductors, and wafer trays for liquid crystals. ◆ Inquiries ◆ When making an inquiry, it would be helpful to provide the following information for a smoother process: 1. The properties of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) *If possible, providing drawings would be beneficial for estimating costs.
![Shine Craft's [Heat-Resistant Coating]](https://image.mono.ipros.com/public/product/image/dd9/2000076473/IPROS27539383197714717583.gif?w=280&h=280)
Shine Craft protects your materials from high-temperature environments!
Heat-resistant coatings protect materials that work at high temperatures, extending their lifespan and achieving cost reduction and maintaining productivity. Some heat-resistant coatings are widely used in baking and confectionery equipment by retaining release properties even at high temperatures. Instead of repeatedly discarding materials, please consider heat-resistant coatings once. ◆ Inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. The nature of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick properties, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating and calculations.
Discover the excellent properties of fluororesin coatings, and Shine Craft will solve your problems!
The characteristics of fluoropolymer resin include "non-stick" properties that make it difficult for things to adhere, a "low friction coefficient" that allows for easy sliding, "electrical properties" such as anti-static and electrostatic prevention, "heat resistance" that allows for use in a wide range from 260°C to -260°C, "non-wettability" that repels water and oil, and "chemical resistance" that prevents erosion by chemical solutions. Additionally, materials that can be coated with fluoropolymer resin include various metals such as aluminum, iron, stainless steel, copper, and brass, as well as a variety of other materials like glass, ceramics, rubber, and plastics. We are also increasing our processing achievements with materials that have been difficult to process in the past, such as silicone rubber, ceramics, and plastics, by using our special undercoating treatment. There may still be a chance for "that material" you were about to give up on. ◆ Regarding Inquiries ◆ When making an inquiry, it would be helpful to provide the following information for a smoother process: 1. The properties of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating and calculations.
For resolving corrosion troubles, definitely use Shine's Blue Armor Coating!
The blue armor coating film prevents the penetration of all chemical liquids, gas permeation, and metal ion elution! It has strong adhesion to materials, allowing for processing of complex and irregularly shaped materials! The film has high tensile strength, making it usable even in a full vacuum environment! After coating, the film can also be cut, improving dimensional accuracy! If there are pinhole-sized scratches, on-site construction is possible! Utilizing many features, it protects your materials under severe corrosion conditions. ◆ Inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. The nature of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating and calculations.
Why not utilize fluororesin coating on various rubber materials? It is effective in preventing stickiness and noise in rubber materials!
A rubber coating that has been adapted for low-temperature firing, which is normally associated with high-temperature sintering fluoropolymer coatings. The rubber coating is a highly flexible coating material that follows the elasticity of the rubber material. It primarily serves to improve sliding properties and release properties, but it is also effective in preventing stickiness and noise in rubber materials! It can be widely used for O-rings, valve seals, gaskets, diaphragms, automotive rubber parts, vibration and sound insulation sheets, conveyor belts, and more. ◆ Regarding Inquiries ◆ When making an inquiry, it would be helpful if you could provide the following information for a smoother process. 1. The properties of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) *If possible, providing drawings would be helpful for estimating and calculations.
Ceramics that can form coatings on resin and engineering plastic products enhance wear resistance and slip properties!
Conventional fluorine coatings require high-temperature firing as a processing condition, making it difficult to apply them to resins. However, Shine Kogei's ceramic coating "Cera Armor" allows for low-temperature firing, making it possible to process resin products with low heat resistance. 【Ideal for customers like this!】 ◎ Dirt adheres to the material, leading to time and cost-consuming maintenance... ◎ The heat resistance of the material is low, and it cannot withstand the firing treatment of fluorine coatings... ◎ The durability of fluorine coatings is insufficient... ◆ Regarding inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. The nature of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick properties, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) *If possible, providing drawings would be helpful for estimating costs.
Achieving prevention of food adhesion and reduction of cleaning time!
Case study of solutions using ceramic coating "Cera Armor" in school lunch production equipment! For example, "PFA coating focusing on non-stick and heat resistance for rice cookers" and "PTFE coating focusing on low friction coefficient for hoppers" can be selected and proposed for each targeted component throughout the factory! 【Ideal for such customers!】 ◎ High food adhesion requires extra input to secure production numbers... ◎ Residue adheres, making post-operation cleaning labor-intensive... ◎ High usage frequency leads to wear of the coating, necessitating re-coating... ◆ Regarding inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. Properties of the substrate to be coated (material, shape, size, etc.) 2. Purpose of coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear condition, etc.) * If possible, providing drawings would be helpful for estimating and calculations.
Solve the weaknesses of fluorine coating, such as surface hardness and durability, with ceramics!
The pencil hardness of the fluorine coating is generally 3H. In production line equipment that manufactures large quantities of food daily, wear occurs quickly, and re-coating is often necessary. For those facing such concerns, we recommend Shine Kogei's ceramic coating "Cera Armor." The coating has a high hardness of 9H, excellent durability, and outstanding release properties that prevent food and other substances from sticking. 【Ideal for the following customers!】 ◎ Looking for a coating with a longer lifespan than fluorine coatings! ◎ Food materials are sticking, making post-operation cleaning time-consuming! ◎ Need heat resistance greater than that of fluorine coatings (approximately 500°C)! ◆ Regarding inquiries ◆ When making an inquiry, it would be helpful if you could provide the following information for a smoother process. 1. Properties of the substrate to be coated (material, shape, size, etc.) 2. Purpose of coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Operating conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating and calculations.
While utilizing the beauty of glass, it prevents food from sticking and burning!
This is a case study using the ceramic coating "Sera Armor" on glass tableware! It's especially recommended for those who want to add new value that differs from existing items and for those who have given up on processing glass due to equipment limitations. 【Ideal for customers like these!】 ◎ For those who have given up on processing materials other than metal! ◎ For those who find it troublesome to wash off food residues ◎ For those who want to preserve the appearance and texture of the material! ◆ About Inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. The properties of the substrate to be coated (material, shape, size, etc.) 2. The purpose of the coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating costs.
Eco-friendly ceramic coating "Cera Armor" that is gentle on the human body and the environment!
Shine Kogei's ceramic coating "Sera Armor" is approved under the Food Sanitation Act and by the U.S. FDA. It has also been confirmed to be effective in antibacterial properties through the Z-2801 antibacterial test. 【Perfect for these customers!】 ◎ Want to impart antibacterial properties to materials! ◎ Want to prevent sticking and odor adhesion! ◎ Looking for a coating that is more durable than fluoropolymer! ◆ Regarding inquiries ◆ When making an inquiry, it would be smooth if you could provide the following information: 1. The nature of the substrate to be coated (material, shape, size, etc.) 2. Purpose of coating (e.g., non-stick, chemical resistance, slip properties, etc.) 3. Usage conditions (e.g., temperature, chemicals, wear conditions, etc.) * If possible, providing drawings would be helpful for estimating costs.
