Surface Treatment Product List and Ranking from 111 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Surface Treatment Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. トーカロ Hyogo//others
  2. モリシン工業 本社 Gifu//Building materials, supplies and fixtures manufacturers
  3. 新日本フエザーコア Saitama//Building materials, supplies and fixtures manufacturers
  4. 4 原田鉄工 Hiroshima//Building materials, supplies and fixtures manufacturers
  5. 5 YSポール 本社 Tokyo//Building materials, supplies and fixtures manufacturers
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Surface Treatment Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Ultra-hard thermal spraying (wear-resistant, high hardness) トーカロ
  2. Painting method to prevent SS400 from rusting for a long time. 原田鉄工
  3. Surface treatment (substrate treatment, painting, functional coating) YSポール 本社
  4. Honeycomb core product "Paper Honeycomb Core" 新日本フエザーコア
  5. 4 Surface treatment of molds "New Kanak Treatment" カナック

Surface Treatment Product List

196～208 item / All 208 items

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Keihan Air Conditioning Co., Ltd. Fumin Coating Business

Keihan Air Conditioning Co., Ltd. Fumin Coating Business

With properties that are resistant to thermal cracking and high hardness, it is difficult to scratch, and the durability is about 10 years!

We offer "Humic Coating," which forms a transparent film on glass surfaces using a spray gun to apply conductive metal oxides that absorb and cut infrared and ultraviolet rays evenly. By cutting approximately 70% of the infrared rays that cause heat, it helps reduce thermal load from air conditioning and contributes to energy savings and CO2 reduction in offices, factories, and stores, thereby aiding in both global warming prevention and cost reduction. Additionally, it cuts about 90% of ultraviolet rays, protecting skin health and preventing discoloration and deterioration of indoor spaces caused by sun exposure. 【Characteristics of Humic Coating】 ■ Cuts 90% of ultraviolet rays, 70% of infrared rays ■ Visible light transmittance of approximately 80% ■ Suppresses the arrival of pests ■ Saves heating costs *For more details, please download the PDF or feel free to contact us.

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Non-PFAS coating

Non-PFAS coating

Non-PFAS coating that does not use synthetic resin.

In line with the recent trends in PFAS regulations, our company has begun handling "Non-PFAS coatings" that do not use fluoropolymer resins. These coatings are currently being developed for use in baking molds and pans overseas, serving as PFAS alternatives that do not utilize fluoropolymer resins. Compared to traditional fluoropolymer resins, this ceramic-based coating has a lower processing temperature, resulting in less thermal damage to the substrate during treatment and an expected longer lifespan. Additionally, while the hardness is lower than that of standard ceramic coatings, the film's adherence is comparable to that of fluoropolymer coatings.

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High hardness and excellent heat resistance ceramic coating surface treatment.

High hardness and excellent heat resistance ceramic coating surface treatment.

The ceramic coating "DK-coat Infinity" is a product with heat resistance of up to 450℃.

The "DK-coat Infinity," a ceramic coating surface treatment with excellent high hardness and high heat resistance, is made from fine ceramics and inorganic coatings used as raw materials. It possesses non-stick properties equivalent to fluoropolymer coatings, along with heat resistance and a hard coating that fluoropolymers cannot match. 【Features】 ■ Heat resistance up to 450°C ■ Non-stick properties equivalent to fluoropolymers ■ Steam resistance that prevents water vapor penetration ■ Thermal conductivity that can be expected to save energy ■ Safety with no harmful substances generated ■ Abrasion resistance with a pencil hardness of 9H *For more details, please download the PDF document or feel free to contact us.

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Suitable for precision medical devices, Teflon coating that maintains high purity.

Suitable for precision medical devices, Teflon coating that maintains high purity.

It has many excellent properties such as heat resistance, non-stickiness, wear resistance, low friction, chemical resistance, and insulation!

Teflon (fluororesin) coating has many excellent properties, including heat resistance, non-stickiness, wear resistance, low friction, chemical resistance, and insulation. The surface of fluororesin coating repels both water and oil. Most substances do not adhere, and due to the water-repellent properties of fluororesin, it becomes significantly more resistant to dirt. Additionally, cleaning when dirty is easy, which not only greatly reduces cleaning time but also significantly decreases the amount of water, solvents, and detergents needed for cleaning. Moreover, the low friction coefficient makes it slippery, preventing stick-slip. It can be used in high-load, low-speed applications, as well as in areas where contamination is undesirable. Due to the low friction coefficient, there is almost no frictional resistance. (Note: Stick-slip refers to the phenomenon where contact surfaces alternate between sticking and sliding.) There are coatings commonly used for the inner diameter of φ0.5 ultra-fine pipes for inspection equipment, catheters, and other flasks or test tubes that use chemicals, as well as coatings often used in high-temperature lighting around 200°C. By preventing the splatter of chemicals and fragments, it can be used safely.

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[Environmental Load Reduction] Completely Chrome-Free Surface Treatment

[Environmental Load Reduction] Completely Chrome-Free Surface Treatment

Raw materials and processing stages completely free of environmentally harmful substances! Chrome-free surface treatment 'ERIN(R)' developed to protect the environment.

Hexavalent chromium contained in metal plating is a specific hazardous substance defined by the Soil Contamination Countermeasures Act, which causes air pollution, river pollution, and soil contamination. 'ERIN' is a completely chrome-free surface treatment developed to protect the health of our precious planet and employees, without using hexavalent chromium. No environmentally harmful substances (hazardous substances) are used in the raw materials or processing stages. It has excellent thin-film rust prevention capabilities (1-6μm) and wear resistance, allowing for film formation on various metals such as iron, aluminum, copper, and stainless steel. 【Features】 ■ Improved wear resistance (1-3μm) ■ Excellent thin-film rust prevention capabilities (1-6μm) ■ No distortion or dimensional changes due to heat, as it is processed at room temperature ■ Heat resistance (−70 to 750℃: coating) ■ Coating hardness (Hv1000-1200) ■ Insulating coating *For more details, please refer to the PDF document or feel free to contact us.

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Film formation is possible on various base materials such as iron, aluminum, and copper! Chrome-free surface treatment.

Film formation is possible on various base materials such as iron, aluminum, and copper! Chrome-free surface treatment.

A new coating that achieves complete chrome-free performance! It has excellent adhesion and can form a film on various metals such as iron, aluminum, copper, and stainless steel.

"ERIN" is a completely chrome-free surface treatment that does not use "hexavalent chromium," which is a cause of environmental burden. It excels in adhesion, rust resistance, and wear resistance, and can form a film on various substrates. <Examples of Compatibility> Iron, aluminum, copper, stainless steel, etc. Additionally, since it is a coating developed based on the phenomenon of room temperature impact curing, no thermal assistance is required during film formation. Raw material particles collide with the substrate at high speed, fracturing and deforming to form a dense and smooth film without voids. 【Features】 ■ Improved wear resistance (1-3μm) ■ Coating hardness (HV1000-1200) ■ Insulating coating ■ No distortion or dimensional changes due to heat, as it is a room temperature treatment ■ Heat resistance (−70 to 750℃: coating) *For more details, please refer to the PDF document or feel free to contact us.

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The accuracy of the stage remains the same! Odent processing that does not require ionizers and other equipment.

The accuracy of the stage remains the same! Odent processing that does not require ionizers and other equipment.

Reduces the glass peeling and charging phenomenon, making ionizers unnecessary! Reduces running costs and maintenance/replacement costs! Original anti-static treatment.

"Odent processing" is an anti-static treatment that reduces the glass peeling and charging phenomenon by applying a proprietary specialized chemical etching and plating process. The secret to the anti-static effect lies in the fine, dense, and specially pointed structure on the surface of the aluminum component. This structure allows for point contact with the glass substrate, significantly reducing the actual contact area. By decreasing the effective area involved in charging, the generation of static electricity is also minimized. [Features] ■ Anti-static due to corona discharge from the pointed structure ■ High durability with no degradation in effectiveness even after 300,000 contacts ■ High hardness comparable to hard chrome ■ No distortion during processing due to chemical treatment *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment to prevent surface cracking due to thermal history of semiconductor devices and automotive parts.

Surface treatment to prevent surface cracking due to thermal history of semiconductor devices and automotive parts.

"No cracks occur even at 200℃" - Contributes to improved yield and reduced frequency of parts replacement! *Catalog featuring case studies available.

"WELMITE" is a heat-resistant anodizing treatment developed in-house (anodic oxidation treatment of aluminum components). Typical anodized coatings can crack due to differences in expansion caused by the disparity in thermal expansion coefficients between the anodized layer and the aluminum substrate. This coating structure aims to alleviate the differences in thermal expansion, and no cracks occur even in a 200°C cycle test. In applications where parts such as semiconductor device components or automotive parts may become heated, it is possible to prevent surface cracking due to thermal history. We have included examples in our materials that demonstrate improvements in yield for semiconductor manufacturing equipment exposed to an installation temperature of 180°C. For more details, please refer to the PDF materials or feel free to contact us.

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Water repellency, slip resistance, wear resistance, release properties, and sliding properties problem solving! Surface treatment.

Water repellency, slip resistance, wear resistance, release properties, and sliding properties problem solving! Surface treatment.

There are also adoption examples in clean rooms and food machinery! We are offering a catalog that includes case studies demonstrating reductions in equipment downtime and man-hours, as well as improvements in productivity through surface treatment.

Ojik Technologies' original plating technology "Niporin" is a multifunctional plating technology that combines the functions of electroless nickel plating and PTFE. By incorporating PTFE as a composite particle, new functions are brought out that metals and alloys alone could not possess. Features of "Niporin": 1. Improved Slipperiness The friction coefficient is less than 1/5 of that of electroless nickel! 2. High Water Repellency About twice that of electroless nickel! 3. Uniform Film Thickness As it is an electroless plating, it is possible to achieve a uniform film thickness unaffected by the shape of the item. 4. Wear Resistance It is suitable for parts that undergo sliding motion. Additionally, the wear resistance is about 1/3 of that of electroless nickel. 5. Proven Track Record for Medical Treatment Instruments <Case Studies (Partial Content)> [Improvement of Slipperiness] - Improvement of sliding performance of devices in clean rooms - Cases where equipment downtime on transport lines was eliminated [Improvement of Release Properties] - Reduction of maintenance man-hours for molds and jigs For more details, please download the PDF or contact us.

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Prevent static electricity that causes cracks in glass substrates and damage to semiconductor devices through surface treatment!

Prevent static electricity that causes cracks in glass substrates and damage to semiconductor devices through surface treatment!

Surface treatment that reduces glass delamination and charging phenomena! It is resistant to deterioration and has high hardness comparable to hard chrome. *Catalog featuring problem-solving examples available.

"Odent processing" is an anti-static treatment that reduces the glass peeling charge phenomenon by applying a specially developed chemical etching and plating process. The secret to its anti-static effect lies in the fine, dense, and uniquely pointed structure on the surface of the aluminum component. This structure allows for point contact with the glass substrate, significantly reducing the true contact area. By decreasing the effective surface area involved in charging, the generation of static electricity is also minimized. [Features] ■ Anti-static effect due to corona discharge from the pointed structure ■ High durability with no degradation of effectiveness even after 300,000 contacts ■ High hardness comparable to hard chrome ■ No distortion during processing due to chemical treatment *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment to improve the slip, water-repellent, and release properties, as well as wear resistance of metals and components.

Surface treatment to improve the slip, water-repellent, and release properties, as well as wear resistance of metals and components.

Maximize your company's profits with surface treatment! Improve yield! Increase productivity! Reduce costs! Numerous achievements!

"Niporin" is our original plating technology that combines the functions of electroless nickel plating and PTFE. By incorporating polytetrafluoroethylene (PTFE: Teflon) as a composite particle, it not only achieves the corrosion resistance typically obtained from conventional plating but also brings out new functions that metals and alloys alone could not possess. - Hardness: Improved to approximately 550 Hv - Water contact angle: Improved water repellency to approximately 109° - Friction coefficient: Improved slip properties to less than 1/5 of that of electroless nickel (compared to our standards) *For more details, please refer to the PDF document or feel free to contact us.

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Shine Craft's High-Temperature Resistant (600°C) Surface Treatment

Shine Craft's High-Temperature Resistant (600°C) Surface Treatment

We will introduce a surface treatment that prevents metal oxidation even under high temperature conditions of 600℃ or higher.

Generally, when steel is subjected to heat above 600°C, the surface oxidizes, leading to potential issues. Shine Kogei's "High-Temperature Heat-Resistant Surface Treatment" combines substrate thermal spraying with heat-resistant surface coating. It is a coating technology that can counteract oxidation caused by direct heating from the outside, as well as that from within the metal. There are examples of its application in molds used for heating food at high temperatures.

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[Sample Presentation] Lightweight yet excellent heat resistance spot welding honeycomb core

[Sample Presentation] Lightweight yet excellent heat resistance spot welding honeycomb core

From aircraft and ship engines to electromagnetic wave shielding, there are numerous applications and achievements! A detailed explanation of the honeycomb structure that can achieve both lightweight and high strength.

The "honeycomb structure," shaped like a beehive, is lightweight yet has high compressive strength, making it suitable for a wide range of applications. Our company manufactures honeycomb cores with a minimum thickness of 0.08mm using spot welding. Since we use heat-resistant and corrosion-resistant materials, they can be utilized in combustion areas and high-temperature sections, with a wealth of implementation experience in various fields, including jet engines and gas turbines. ★ We can also provide samples upon request, so please feel free to contact us. 【Advantages of Honeycomb Structure】 ■ Lightweight yet high strength ■ Large surface area per unit volume ■ Streamlining effect ■ Shock absorption properties * For more details, please download the PDF or feel free to contact us.

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