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Surface Treatment Technology Product List and Ranking from 16 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

Surface Treatment Technology Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

  1. 吉田ＳＫＴ Aichi//Manufacturing and processing contract
  2. 植田アルマイト工業 Osaka//Manufacturing and processing contract
  3. null/null
  4. 4 日本エッチング Tokyo//Manufacturing and processing contract
  5. 5 HEF DURFERRIT JAPAN Kanagawa//Manufacturing and processing contract
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Surface Treatment Technology Product ranking

Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.

  1. Surface treatment technology: "Surface treatment to improve the slip wear resistance of stainless steel." 吉田ＳＫＴ
  2. Surface treatment technology: "Surface treatment to improve the low friction and wear resistance of aluminum." 吉田ＳＫＴ
  3. Surface treatment technology "Decorative Ion Plating"
  4. Surface treatment technology "Shibo processing" [Engraving a uniform pattern on the surface of the material!] 日本エッチング
  5. 5 Surface treatment technology "CT-1000"

Surface Treatment Technology Product List

31～51 item / All 51 items

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Surface treatment technology "Oxalic Acid Hard Anodizing"

Surface treatment technology "Oxalic Acid Hard Anodizing"

A clean coating with low gas emission! Hard anodizing treatment without sulfuric acid solution.

"Oxalic Acid Hard Anodizing" is a hard anodizing treatment that does not contain sulfur compounds in the film, making it less likely to release contaminants in semiconductor manufacturing equipment and similar applications. Even when used under vacuum, the amount of gas released is reduced compared to sulfuric acid anodizing. Surface roughness can be suppressed compared to sulfuric hard anodizing. It has high weather resistance, and there is almost no noticeable color change when used outdoors. It has a natural gold finish that provides a beautiful appearance, and since it is also used in cookware (such as home pots and kettles), it can be used safely. 【Features】 ■ Clean film ■ Low gas emission ■ High weather resistance ■ Safety of the film ■ Beautiful appearance For more details, please refer to the catalog or feel free to contact us.

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Surface treatment technology "Keplacoat"

Surface treatment technology "Keplacoat"

No peeling or discoloration of the film! Hard anodizing treatment allows for a beautiful appearance.

"Keplakote" is a plasma electrolytic treatment that generates a large amount of oxygen plasma through plasma electrolysis in a specially developed treatment solution, which reacts with aluminum alloy to produce an oxide film. This process allows for the imparting of distinctive functions and performance through a special electrolytic solution. The most notable feature is that it can conceal the flow patterns of aluminum die-casting with a black treatment, resulting in a very beautiful appearance. The oxide film treated with Keplakote shows no peeling or discoloration in the temperature range of -196 to +400 degrees. [Features] ■ Excellent fatigue strength ■ Low gas emissions ■ UV protection ■ Anti-glare ■ Excellent heat resistance For more details, please refer to the catalog or feel free to contact us.

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Surface treatment technology "Zircon treatment (non-chrome chemical)"

Surface treatment technology "Zircon treatment (non-chrome chemical)"

Processing is possible for aluminum alloys such as die-cast materials! Chrome-free chemical treatment.

"Zirconium treatment (chromium-free chemical conversion)" is a chromium-free chemical treatment that does not use substances regulated by RoHS. It can be applied to aluminum alloys such as extrusions and die-cast materials. By generating a chemical conversion coating, it can improve corrosion resistance compared to the bare state. It can serve as a base for painting. 【Features】 ■ Applicable to aluminum alloys such as extrusions and die-cast materials ■ Does not contain harmful metals (such as hexavalent chromium) in the chemical conversion coating ■ Capable of improving corrosion resistance compared to the bare state ■ By protecting (masking) the bare state, it can also accommodate prevention of dimensional tolerance issues and use for grounding applications *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology "RUSPERT ZERO・STAIN"

Surface treatment technology "RUSPERT ZERO・STAIN"

Completely chrome-free! Treatment that takes into account the global environment without relying on hexavalent chromium, of course, and trivalent chromium.

"RUSPERT ZERO・STAIN" is a revolutionary surface treatment technology that enhances the corrosion resistance of zinc-nickel alloy plating, designed as a complete chrome-free specification without chromate treatment, serving as an alternative to stainless steel. By forming a thin baked film on a uniform zinc-nickel alloy plating layer, the fitting of fastening components such as bolts and nuts becomes smoother, eliminating the need for over-tapping. The robust baked film exhibits high corrosion resistance. By applying two thin layers, stable shielding effects and high corrosion protection can be achieved. 【Features】 ■ Environmentally friendly ■ High corrosion resistance ■ Lubricity ■ Fit ■ Appearance *For more details, please download the PDF or feel free to contact us.

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New coloring technology for metal surfaces using lasers [Toyama University]

New coloring technology for metal surfaces using lasers [Toyama University]

Coloring technology with high durability! Applicable to various metal products.

This technology allows for free design of metal surfaces using lasers. It can be applied to metals that form anodic oxide coatings, such as aluminum, titanium, magnesium, and their alloys. The laser can also be realized using commercially available lasers (such as carbon dioxide lasers). 【Features】 ■ By irradiating the metal surface with a laser and performing partial coloring, free painting is possible. ■ After coloring, applying a chemical reaction (sealing) treatment results in a highly durable coating. ■ Common paints can be used, and it is also possible to create images that stand out using fluorescent paints. *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology "thermal spraying"

Surface treatment technology "thermal spraying"

Introducing surface treatment technology that imparts wear resistance and corrosion resistance, aimed at extending the lifespan of products and equipment.

"Thermal spraying" is a technology that forms a coating by heating coating materials such as ceramics, metals, and cermets, and then colliding them with the substrate surface at high speed in a molten or semi-molten particulate state. The material flattens upon impact with the substrate and rapidly solidifies and deposits to form the coating. By selecting the material, it is possible to create coatings for various applications such as "rust prevention," "corrosion resistance," "wear resistance," "heat resistance," and "impact resistance." [Features] ■ Capable of forming coatings for various applications ■ The increase in substrate temperature can be minimized *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology "Silicone release surface treatment"

Surface treatment technology "Silicone release surface treatment"

Hot melt adhesive does not stick. The effect lasts even with cleaning using solvents. It is a silicone-based release surface treatment that is different from silicone release agents.

Silicone has a high release effect and is also used as a release agent. While release agents are highly effective, they also have challenges such as durability, cleaning, and spraying efforts. Yoshida SKT's "MRS (Mold Release Silicone)" is a silicone coating that innovates with the effect of a release agent through a different surface treatment. 【Series Features】 ■MRS-102 Maintains effectiveness even after cleaning with solvents. ■MRS-014 Preserves shapes like thinness similar to blades and wrinkling. ■MRS-004 Offers heat resistance exceeding 200°C, comparable to fluororesins (still releases after 16 hours at 350°C). ■MRS-200 Can be heated to resin and rubber products at temperatures below 80°C. ■MRS-003 Ideal for non-stick coatings on blades with a thin film. Also improves slip properties. *Features vary by product type. For more details, please download the PDF or contact us.

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Surface treatment technology: "Non-stick and release properties created by unique convex surface treatment."

Surface treatment technology: "Non-stick and release properties created by unique convex surface treatment."

Our unique surface treatment technology enables the prevention of sticking for particularly sticky materials such as molten plastic, labels, adhesive tape, and raw rubber!

We have prepared a series that exhibits excellent non-stick and release properties, particularly against sticky materials such as adhesives, molten resins, and adhesive tapes. ■ Series Composition - Super TP/TP Series (all fluoropolymer) - Super CTT Series (surface treatment + siloxane) - Super Alloy Coating ■ Super TP/TP Series The entire surface treatment is composed of fluoropolymer, making it usable in silicone-free environments. Additionally, there is no siloxane contamination. ■ Super CTT Series Thanks to a special convex surface treatment and silicone rubber, it demonstrates outstanding non-stick properties. When using, consideration must be given to the potential transfer of silicone to the counterpart material. ■ Super Alloy Coating This release coating allows for surface adjustment using a special alloy that balances flexibility and high hardness. There are both fluorine-based and silicone-based series, and surface treatment with HV600 can be applied to resins and sponge rubber as well. *For more details, please click on "PDF Download" or feel free to contact us.

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Surface treatment technology: "Surface treatment with excellent sliding, lubrication, and gliding properties."

Surface treatment technology: "Surface treatment with excellent sliding, lubrication, and gliding properties."

Fluororesin with excellent flexibility and solid lubrication properties. Bicoat, which excels in both sliding properties and wear resistance. We will introduce surface treatments suitable for your application.

By improving the sliding properties (lubrication) through surface treatment technology, it enables smoother operation of equipment and allows for moving objects with less force, thus achieving labor-saving benefits. 【Selected Surface Treatments】 ■ Sliding, Low Friction, Solid Lubrication - Teflon Fluororesin Coating ■ Lubrication, Wear Resistance, High Hardness - Bi-Coat(R) ■ Sliding Properties Control through Contact Area (Fluororesin-based) - Super TP - Super TP Hemispherical Graphic *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology: "Surface treatment to improve the slip wear resistance of stainless steel."

Surface treatment technology: "Surface treatment to improve the slip wear resistance of stainless steel."

[Presentation of Materials] A surface treatment that improves the slip properties of stainless steel and excels in wear resistance. We will introduce examples of surface treatments that achieve both slip properties and wear resistance.

Stainless steel is used in situations where products are packaged or transported. We introduce surface treatments that lead to solutions for challenges that could not be resolved by polishing the surface or embossing. ■Problems Occurring in Packaging Machines and Production Lines In packaging lines for food and pharmaceuticals, products are transported using stainless steel guides. Even if stainless steel is polished with a buff or embossed to facilitate product flow, there can be occurrences of line jams. ■Key Points for Problem Solving When using polishing materials for transport guides, if the surface becomes even slightly less slippery during high-speed and high-volume transport, products can jam, causing the equipment to stop. The slippery "fluororesin coating" allows products to flow at high speeds, but there are concerns about foreign matter contamination due to wear particles from the coating. In such cases, by adopting 'Bicoat,' which combines the hard coating of HV700-900 with the lubricating properties of fluororesin, we can achieve both wear resistance and slip properties, thus solving the issues of smooth product transport and surface treatment wear. *For product information on 'Bicoat(R),' please click on "PDF Download" or feel free to contact us.

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Surface treatment technology: "What is the low friction property of fluororesin PTFE?"

Surface treatment technology: "What is the low friction property of fluororesin PTFE?"

Why does fluoropolymer have a low coefficient of friction? We will introduce the low friction properties of fluoropolymer PTFE.

■What is Friction Friction occurs when two objects come into contact and move against each other, generating resistance on their surfaces. The force that arises during this process, which acts as a hindrance, is called frictional force. There are two types of friction: static friction and kinetic friction. The resistance force that acts until the objects start moving is called static friction, while the resistance force that acts after they start moving is called kinetic friction. ■Characteristics of PTFE Fluoropolymer PTFE has an exceptionally low resistance due to friction compared to other resins. The static friction coefficient of PTFE is about 0.04, allowing it to move two objects in contact with a small force. ■Low Friction Properties of Fluoropolymer (PTFE) Fluoropolymer (PTFE) has a low friction coefficient and is also used as a solid lubricant. PTFE has a structure where fluorine atoms tightly surround carbon atoms. The free energy of the fluorine atoms on the molecular surface is low, and the molecules exhibit extremely low polarity in their structural characteristics. This molecular structure is believed to influence the low friction coefficient of PTFE. ■Reasons for the Low Friction Coefficient of Fluoropolymer PTFE → Please check the basic information section for more details.

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表面処理技術｜インクジェットヘッドの滑り性UPで印刷性の向上に！

表面処理技術｜インクジェットヘッドの滑り性UPで印刷性の向上に！

【受託加工】インクジェットヘッドの滑り性・耐久性で困っていませんか？独自技術の表面処理技術で解決！持ち込みサンプルテスト可

有機ナノ薄膜処理技術　「NANOS（ナノス）」は、特殊なフッ素系高分子をスプレー処理・真空蒸着によってステンレス（SUS)やニッケル（Ni）などの金属やガラス基材に対して、撥水性・撥油性・防汚性（耐指紋性）・滑り性（動摩擦係数）向上などの機能膜を付与することが出来る技術です。 プロセス全体の最高温度が80℃と基材への熱影響が小さく、無色・透明のため、光学特性への影響もほとんどありません。 【採用例】 ■対象：インクジェットヘッド ■目的：印刷性向上 【特徴】 ○優れた撥水性・撥油性 　純水：110°以上・n-ヘキサデカン：68°以上 ○薄い膜厚をコントロール可能 　スプレー処理：5～10nm（任意に１nm刻みでコントロール） 　真空蒸着：5～45nm（任意に5nm刻みでコントロール） ○光学特性への影響が少ない（無色・透明） ○低温プロセス 弊社の表面処理方法には、蒸着とスプレー方法の２つがございます。処理方法の指定はもちろん、お任せいただいても構いません。ぜひ一度ご相談ください！(機械本体の販売については要相談)

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Surface treatment technology "PBI (Polybenzimidazole) coating"

Surface treatment technology "PBI (Polybenzimidazole) coating"

It withstands friction heat without wearing out and the effects of surface treatment last long!

PBI (Polybenzimidazole) has the highest heat resistance among super engineering plastics and is an ultra-super engineering plastic that also excels in electrical insulation properties. At Yoshida SKT, we have developed a technology to coat PBI (Polybenzimidazole), which has traditionally been used as plastic molded products, onto the surfaces of metal products and other materials. With this coating process, you can enjoy the excellent functions and properties of super engineering plastics while also gaining advantages in cost and durability that molded products do not offer. The outstanding heat resistance, plasma resistance, radiation resistance, and flame retardancy of polybenzimidazole are used in various applications, including high-temperature sliding applications, scratch prevention for products, and electrical insulation. *For more details, please refer to the PDF materials or feel free to contact us.

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Surface treatment technology: "Surface treatment with excellent non-stick and release properties."

Surface treatment technology: "Surface treatment with excellent non-stick and release properties."

Introducing a surface treatment technology that excels in "non-adhesive" and "release properties," effective for applications where you want to reduce product release and adhesion! It simplifies equipment cleaning.

"Non-stick" refers to the property of being easy to release from strongly adhesive substances, meaning it does not adhere or adheres very weakly. Surface treatment technologies that utilize such properties are effective in improving release properties, reducing adhesion, and simplifying cleaning. [Selected Surface Treatments (Partial)] ■ Release properties, high hardness, dimensional stability (durable parts, molds) - Bi-Coat ■ Resin release at high temperatures - FSR Coating ■ Prevention of adhesion of high-viscosity substances - Adhesive Release Coating - CTT Fabric Sheet - MRS Coating (Silicone-based Coating) *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology: "Surface treatment with excellent corrosion resistance and anti-corrosion properties."

Surface treatment technology: "Surface treatment with excellent corrosion resistance and anti-corrosion properties."

Fluororesin excels in chemical resistance among resins. It is suitable for protecting substrates from corrosion caused by chemicals and gases, and it is an extremely low moisture-absorbing material.

We will introduce surface treatment technology that provides properties to prevent deterioration or alteration caused by chemical substances (chemical resistance) and functions to protect against dirt by making it difficult for water to penetrate. Due to its structure, fluororesin has excellent chemical resistance against most acids, alkalis, and organic solvents, and it is also a material with extremely low water absorption. Therefore, surface treatment using fluororesin is suitable for protecting the substrate from corrosion caused by chemicals in an all-around manner. 【Selected Surface Treatments (Partial)】 ■ Chemical Resistance / Corrosion Resistance - Fluororesin Coating (Teflon Coating) ■ Chemical Resistance / Corrosion Resistance / Blister Resistance - MY Lining(R) *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology: "Functional surface treatment with excellent wear resistance."

Surface treatment technology: "Functional surface treatment with excellent wear resistance."

We will introduce a surface treatment that excels in "wear resistance," suitable for countermeasures against "rough wear" and "thrust wear" among various types of wear.

Wear refers to the process in which one or both of two objects in contact and moving against each other become abraded. There are two main types of wear that can occur in manufacturing environments. One is "rough wear," which occurs when surfaces are abraded and eroded due to contact with rough surfaces or particulate matter. The other is "thrust wear," which happens when surfaces adhere due to frictional heat and are worn away by the opposing material. The appropriate surface treatment varies depending on the type of wear. [Selected Surface Treatments] ■ Wear Resistance (Rough Wear) - Urethane Coating ■ Wear Resistance (Thrust Wear) - Bi-Coat *For more details, please refer to the PDF document or feel free to contact us.

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Surface treatment technology: "Surface treatment that can improve production equipment for CFRP."

Surface treatment technology: "Surface treatment that can improve production equipment for CFRP."

Solving adhesion issues in the production process of CFRP laminated with carbon fibers and epoxy resin! Also addressing quality challenges caused by the use of release agents.

In the production equipment for CFRP, epoxy resin, which is also used as an adhesive, is primarily utilized. Release agents are used to prevent strong adhesive epoxy resin from sticking to molds and cutting blades. Additionally, by providing a "non-stick function" to the surfaces of equipment and components, such as during regular cleaning times, we can solve problems that hinder production efficiency. 【Improvement Examples through Surface Treatment Technology】 ●Reduction of cleaning work for cutting tools in CFRP autoclave molding ■Features of the optimal surface treatment coating for cutting blades - Excellent release properties for epoxy-based resins - Long-lasting effectiveness of the coating - Silicone-free treatment options available ●Improvement of release treatment during CFRP molding to reduce waste and unevenness ■Features of high-release-effect surface treatment - Minimal damage to molds and resin molds with low-temperature treatment - Particularly strong grades with non-stick (release) properties - Long-lasting effectiveness of the coating - Ability to impart tackiness (a property that makes surfaces less slippery) *For more details, please download the PDF or contact us.

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Surface treatment technology: "Thin film surface treatment with excellent hydrophilicity"

Surface treatment technology: "Thin film surface treatment with excellent hydrophilicity"

The surface treatment "Nano Process HP Series" can impart hydrophilicity through thin film surface treatment, demonstrating effectiveness in anti-fogging and dirt resistance.

The "Nano Process HP Series" excels in hydrophilicity and contributes to anti-fogging, anti-soiling, moisture resistance, and rust prevention through its thin film surface treatment. It causes almost no dimensional changes and maintains optical properties, making it possible to process "precision parts" and in fields that require "high dimensional and surface accuracy," where coating has been difficult until now. <Application Examples> - Anti-soiling for parts and equipment - Improvement of water retention by hydrophilization of water supply rollers - Anti-fogging properties through hydrophilization of glass - Condensation prevention, etc. Additionally, the Nano Process has been renewed with three other new functions, each with different features and applications. <Features of Each Series> ■ TC-10S Excellent precision, visible light transmittance, water repellency, and oil repellency ■ TLS Series Superior non-stick properties similar to adhesive tape ■ NCFPC Series Excellent liquid runoff properties for water and oil Currently, we are offering technical materials summarizing the details of each series. If you are interested in more details or are facing challenges with surface treatment in precision fields, please download the materials or contact us directly.

  • Other semiconductors
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Surface treatment technology: "1μm non-stick surface treatment"

Surface treatment technology: "1μm non-stick surface treatment"

The tape won't stick! 1μm thin film surface treatment technology. Nano process 'TLS series'.

The Nano Process "TLS Series" has achieved a non-adhesive property that allows sticky substances, like duct tape, to peel off easily with a thin film of less than 1μm. Thanks to the surface treatment technology of 1μm thin films, it can maintain optical properties with minimal dimensional changes, making it possible to process "precision parts" and in fields that require high dimensional and surface accuracy, where non-adhesive surface treatments like fluororesin coatings have been difficult. <Examples of Applications> - Non-adhesiveness for products with high adhesive strength, like duct tape - Prevention of adhesion for sealing materials in electronic components - Prevention of adhesion for hot melt adhesives - Prevention of adhesion for silicone adhesives, etc. Additionally, the Nano Process has been renewed with three other new functions, each with different features and applications. 【Features of the Series】 ■ TC-10S Excellent precision, visible light transmittance, water repellency, and oil repellency ■ NCFPC Series Excellent liquid slip properties for water and oil ■ HP Series Excellent hydrophilicity We are currently offering a technical document summarizing the details of the series. If you are interested in the details or are facing challenges with surface treatment in precision fields, please download the document or contact us directly.

  • Other semiconductors
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Surface treatment technology CHC (Ceramic Hard Coat)

Surface treatment technology CHC (Ceramic Hard Coat)

It is a surface treatment technology that maximizes "non-stick and release properties" through the combination of ceramics and fluororesin.

CHC (Ceramic Hard Coat) is a new type of fluoropolymer coating that achieves both non-stick properties equivalent to standard fluoropolymer coatings and high film hardness at elevated temperatures. ■Features - Non-stick properties equivalent to PTFE and PFA - High film hardness at temperatures above 200°C (compared to PTFE) *Based on internal testing ■Applications - Resin welding plates - Resin molding molds - Heater plates - Heat sealers *For product details, please see the link below.

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Surface treatment technology: "Technology for imparting slip properties to the surface of fluororubber."

Surface treatment technology: "Technology for imparting slip properties to the surface of fluororubber."

Surface treatment technology that imparts low friction properties to the surface of fluorine rubber, which excels in heat resistance, chemical resistance, and weather resistance.

■Characteristics of Fluoroelastomer Fluoroelastomer excels in heat resistance, oil resistance, chemical resistance, and ozone resistance, and is widely used in automotive parts, chemical plants, and semiconductor manufacturing equipment. On the other hand, due to the nature of rubber, it has a high tackiness and is less slippery. ■What is Low Friction? A well-known low-friction material is fluoropolymer PTFE. By using surface treatment technology to reduce the friction coefficient of the rubber surface, it can improve slip resistance and sliding properties. ■Surface Treatment of Rubber Materials Fluoroelastomer has the highest heat resistance among rubbers, around 200°C. However, this is lower compared to metals, making it a challenging material for fluoropolymer coating processing. In the case of O-rings that require replacement, slip properties may be necessary. Surface treatment technology is required to achieve low friction on the surface of fluoroelastomer. *For details on coatings that can be applied to rubber, please refer to the PDF document or feel free to contact us.

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