Modification Technology Product List and Ranking from 17 Manufacturers, Suppliers and Companies

Tough flat processing - Improving the transportability of food and packaging materials -

A safe and secure surface modification technology that does not form a film.

▪ Since it does not form a film, there is no risk of peeling or foreign matter contamination. ▪ It complies with the Food Sanitation Act (Ministry of Health and Welfare Notification No. 370). ▪ It can be applied to complex shapes as well as the inner surfaces of pipes. ▪ It can be applied to all materials, including metals, glass, and resins. ▪ It forms surface roughness according to the particle size and particle size distribution of the powder, helping to suppress adhesion.

Company：オカノブラスト
Price：Other

Food Processing Equipment
Food Packaging Machinery
Food Conveyor Equipment
Modification Technology

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Improved Wettability through Flame Treatment - Development Case (Surface Modification)

Instantly enhance the wettability of various surfaces! Ideal for surface treatment and coating preparation on materials that are difficult to adhere to!

Our company has established a surface modification technology that instantly improves the wettability of various materials to meet market needs, thereby enhancing adhesion, painting, and plating properties. This technology enables "printing," "adhesion," and "plating" on so-called difficult materials. By simply exposing the target object to a flame using gas, the surface is activated, allowing for improved wettability. 【Features】 ■ Instant activation of the surface and improvement of wettability by simply exposing it to a flame ■ Long-lasting surface modification effects ■ Applicable to various materials *For more details, please refer to the PDF document or feel free to contact us.

Company：友電舎本社、工場
Price：Other

Surface treatment contract service
Modification Technology

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Japan Able Corporation - Introduction to Surface Modification Technology

It is a technology that refines the metal structure, so unlike coatings, it does not peel off.

At Japan Able Corporation, we offer a surface modification technology called "SRET" that refines metal microstructures. Since the size is significantly smaller than conventional media, the injection speed increases, allowing for tremendous injection energy. Additionally, by repeatedly and rapidly colliding the media with the surface of the parts, we achieve remarkable improvements in fatigue strength and sliding properties through the refinement of metal microstructures, increased hardness, and the application of compressive residual stress. 【Features】 ■ Improved fatigue strength ■ Enhanced flowability ■ Adhesion countermeasures *For more details, please download the PDF or contact us.

Company：日本エイブル
Price：Other

Surface treatment contract service
Modification Technology

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[Data] SRET Processing

Improved resin fluidity and release properties! You can freely set the application areas with masking.

This document explains the "SRET treatment," which contributes to improving the fluidity and release properties of resins. It includes information on enhancing the fluidity of molten resin, improving the release properties of resins, methods for forming surface roughness, and surface roughness data categorized by specifications. Additionally, it presents numerous examples of improved cleaning properties of resins and cleaning effectiveness with purge materials, accompanied by photographs. [Contents (excerpt)] ■ Improvement of fluidity of molten resin ■ Improvement of release properties of resins ■ Methods for forming surface roughness ■ Surface roughness data by specifications *For more details, please refer to the PDF document or feel free to contact us.

Company：日本エイブル
Price：Other

Surface treatment contract service
Modification Technology

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[Processing Example] Surface Modification Technology 'SurmoX'

We will introduce examples of how stable processing quality has contributed to reducing defect rates and improving yield!

We would like to introduce a case study of the surface modification technology 'SurmoX' that can address the deep areas of deep drawing molds. In this case study, deep drawing processes for automotive and precision parts often face issues where friction and adhesion easily occur in the inner diameter of the mold die. Conventional coatings struggle to uniformly reach the deep inner diameter, leading to a higher likelihood of seizing during processing. By applying our technology, we successfully reduced seizing and adhesion significantly, resulting in decreased frequency of mold replacement and extended lifespan. This led to a reduction in maintenance labor and total costs, thereby improving productivity. [Challenges and Background] - In deep drawing processes for automotive and precision parts, friction and adhesion are likely to occur in the inner diameter of the mold die. - Conventional coatings have difficulty uniformly reaching the deep inner diameter, making seizing during processing more likely. - The lifespan of molds is shortened, leading to frequent maintenance and replacement costs as challenges. *For more details, please download the PDF or feel free to contact us.*

Company：瑞穂工業大阪本社
Price：Other

Processing Contract
Modification Technology

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Surface modification technology "Gas Nitriding (Multi-Nitride)"

Forming a hard and lubricative sulfur-nitride layer! A surface modification technology that improves wear resistance and more!

"Gas Nitriding with Sulfur (Multinight)" is a surface modification technology that has been independently developed by our company, building on our multi-purpose gas nitriding method. The formation of a hard and lubricating sulfide-nitriding layer demonstrates excellent effects in improving wear resistance, seizure resistance, galling resistance, fatigue resistance, and corrosion resistance. 【Features】 ■ Good working environment, pollution-free processing ■ Improved seizure resistance, galling resistance, and wear resistance ■ Reduction of gear noise, deformation, and dimensional changes ■ Controllable concentrations of N and S ■ Gas consumption is about half that of gas soft nitriding *For more details, please refer to the PDF document or feel free to contact us.

Company：日本テクノ
Price：Other

Industrial Furnace
Other surface treatment equipment
Modification Technology

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Introduction to the four pillars of precision cleaning services: "Surface Modification Technology."

Improve the durability, reliability, and quality of equipment and component parts with our surface modification technology!

Introducing Crittec Service Co., Ltd.'s "Surface Modification Technology," which supports our customers' productivity by cleaning device parts that require a high level of cleanliness. At Crittec Service, we provide new properties and functions to surfaces of equipment and device parts used in the semiconductor and LCD fields through approaches such as thermal spraying, plating, and anodizing, aiming for durability, reliability, and quality improvement. 【Surface Modification Technology】 ■ Surface Modification We perform surface treatments applying cleaning technologies, such as hydrophilization of highly hydrophobic materials and roughness adjustment. ■ Electrolytic Polishing and Durability Enhancement Coating Generation As a plus-alpha technology for precision cleaning, we carry out passivation treatment of stainless steel components to prevent corrosion and enhance wear resistance. ■ Regeneration We remove deteriorated surfaces of parts using etching treatment technology based on precision cleaning techniques, restoring them to a clean surface state and re-coating as needed. *For more details, please refer to the PDF materials or feel free to contact us.

Company：クリテックサービス本社
Price：Other

Other cleaning machines
Other contract services
Surface treatment contract service
Modification Technology

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Original surface modification technology 'AP-EXμ'

New technology that enables the lightweighting of upper members with a strength and sliding ability of over 30%, as well as the miniaturization of units.

"AP-EXμ" is an original surface modification technology that reduces friction through ultra-fine particle peening surface modification techniques. The surface forms nano-dimples, which also enhance the retention of lubricating oil. Additionally, it significantly improves the coefficient of friction. 【Features】 ■ Strength and sliding properties improved by over 30% ■ Friction reduction ■ Increased residual compressive stress and surface hardness *For more details, please download the PDF or feel free to contact us.

Company：アリック.ティ.シー
Price：Other

Circuit board processing machine
Modification Technology

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Surface modification technology "Laser Hardening"

By significantly suppressing the occurrence of distortions, it is possible to shorten lead times and reduce costs.

"Laser hardening" is a new hardening technology that enables the modification of the surface layer of metal materials and localized modification, which was previously difficult to achieve. Laser light is irradiated onto the surface of the metal material, rapidly heating a thin layer of the surface. Once the laser light is no longer applied, the metal material cools rapidly due to heat diffusion and conduction into the interior. This self-cooling process forms a locally hard structure on the surface layer. 【Features】 - It is possible to improve wear resistance and extend lifespan by forming ultra-fine white martensite. - Compared to conventional heat treatment, it consumes less energy and does not require cooling oils, making it an environmentally friendly heat treatment technology. - High-precision processing using robots allows for localized hardening of complex-shaped precision parts. *For more details, please download the PDF or contact us.

Company：広島日本電子工業
Price：Other

Surface treatment contract service
Modification Technology

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Surface modification technology "DS Hard"

New surface modifications with unique properties are created by mixing various gases!

"DS Hard" is a treatment for cutting tools that suppresses the formation of compound layers while maintaining chip resistance. A hard chipping layer exhibits high wear resistance. By adopting a low processing temperature, it is possible to reduce thermal distortion and chipping distortion. In addition, you can choose from options tailored to specific applications, such as "DS Hard-L" for wear resistance and "DS Hard-F" for hot forging molds. 【Features】 ■ Improved wear resistance ■ Enhanced seizure resistance and galling resistance ■ Minimal deformation and dimensional changes ■ Capable of chipping even with difficult-to-chip materials ■ By varying the concentration of N and S, it is possible to form composite surface layers according to application needs *For more details, please refer to the PDF document or feel free to contact us.

Company：第一鋼業
Price：Other

Processing Contract
Surface treatment contract service
Modification Technology

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Surface modification technology for plastics using atmospheric pressure plasma.

Surface modification of plastics for enhanced adhesion using Openair-Plasma(R) [Open Air]!

Through precise pretreatment using Openair-Plasma(R), reliable and long-term stable adhesion can be achieved even with materials that are difficult to bond. This document introduces how Openair-Plasma(R) modifies plastic surfaces and enhances adhesion and bonding properties. 【Features of Openair-Plasma(R)】 ■ Surface modification possible under atmospheric pressure ■ Plasma irradiation possible with compressed air and electricity ■ Easy to integrate into existing production lines ■ Ozone-free and environmentally friendly for the workplace ■ Solvent-free, reducing costs ■ Process improvement through automation On the day of the event, a demonstration machine will be set up at the venue, allowing you to experience enhanced adhesive strength at our booth. We invite you to visit us during this opportunity. 【Contents (excerpt)】 ■ Improvement of surface free energy ■ Applications in industrial processes ■ Cost reduction technology for home appliance manufacturing ■ Structural bonding case studies for truck containers ■ Adhesion comparison of plastics using Openair-Plasma(R) *For more details, please download the PDF or contact us.

Company：日本プラズマトリート
Price：Other

Plasma Generator
Modification Technology

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Providing new functions through surface modification using functional group modification with plasma.

Achieving "direct plating without roughening" for difficult-to-plate resins and difficult-to-bond resins, as well as "adhesive-free direct bonding" and "improved adhesion with adhesives"!

Our company's modification technology provides surface modification treatments that cannot be achieved through conventional plasma surface treatment (such as organic material removal and temporary hydrophilicity enhancement) by firmly bonding functional groups to the substrate surface. 【Features】 ○ Non-roughening direct plating technology for low dielectric materials and difficult-to-plate materials Direct copper plating without roughening and without an intervening seed layer is possible on materials such as fluororesins, LCP, COP, and polyimide resins. ○ Non-roughening adhesive-free direct bonding technology for difficult-to-bond materials Direct bonding without the use of adhesives is possible between various fluororesins, LCP, COP, and difficult-to-bond resins, as well as between copper and aluminum. ○ Adhesive strength enhancement technology using adhesives By performing surface modification on substrates (metals, ceramics, resins), the adhesive strength of various adhesives can be improved. ○ Surface modification technology for powders - Improved dispersion and adhesion of carbon particles - Enhanced filling degree of various fillers into resins, etc.

Company：電子技研
Price：Other

Plasma surface treatment equipment
Modification Technology

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Surface modification technology: "Thermal spray processing service"

Various thermal spray materials are used to process various components for specific purposes. "Thermal Spray Processing Service" excels in heat resistance, corrosion resistance, and wear resistance.

This is an introduction to the "Thermal Spray Processing Service" by Kōei Techno System Co., Ltd., which focuses on the repair, regeneration, prolongation, and maintenance of parts, aiming for high-quality parts, wear resistance, heat resistance, and anti-corrosion, similar to preventive medicine, through advanced research and development of machinery. Thermal spraying is a surface modification technique that involves blowing fine particles of molten spray material onto the surface of a substrate to form a coating and enhance surface functionality. 【Features】 - Wide selection of spray materials - Fast coating formation speed (short processing time) - Capability to coat large structures and complex shapes - Minimal impact from thermal distortion - Dry process - On-site application possible - Types of processing: High-speed flame spraying, plasma spraying, wire arc spraying, powder flame spraying, arc spraying, ceramics, cermets, resin spraying, wear-resistant coating (Magcoat processing) For more details, please download the PDF data or feel free to contact us.

Company：光栄テクノシステム
Price：Other

Processing Contract
Modification Technology

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Titanium surface modification technology "FG (Fresh Green) treatment"

Technology developed by the Central Research Institute of Electric Power Industry has been commercialized! Maximum hardness of 1600 Hv. Increases wear resistance, corrosion resistance, and hardness of titanium and titanium alloys, resolving issues!

◆ The "FG (Fresh Green) treatment" is a technology developed by the Central Research Institute of Electric Power Industry, and our company is the only one licensed to commercialize and advance the development of this titanium surface modification technology. ◆ [High Hardness] Hardness surpassing that of hard chrome plating (approximately 1600 Hv) ◆ [Wear Resistance] Capable of suppressing wear loss compared to conventional gas nitriding and WC thermal spray coatings. Exhibits high scratch resistance. ◆ [High Corrosion Resistance] Significantly improved corrosion resistance against chemicals that are typically low in corrosion resistance for titanium. Effective even in equipment handling weakly acidic liquids. ◆ [Photocatalytic Properties] Exhibits high photocatalytic performance even under visible light. Reduces Staphylococcus aureus. Also adopted in food production lines and similar applications. ◆ The possibilities of FG treatment are limitless. Surface treatments can be tailored to specific applications. *For more details, please request materials or view the PDF data available for download.

Company：オーファ
Price：Other

Other machine elements
Steel
Non-ferrous metals
Modification Technology

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Tafurat processing - Improving the release properties of resin -

Troubleshooting for Resin Molding

▪ It can be applied to a wide range of materials used in molds and plasticized parts. ▪ It can be applied to fine and complex shapes, as well as to areas with small inner diameters and high-precision fitting tolerances. ▪ It can form smooth irregularities without causing peeling on hard chrome plating. ▪ Synergistic effects can be achieved through composite processing with nitriding, carburizing treatments, and various coatings. ▪ Since it does not form a film, there is no risk of peeling or foreign matter contamination. ▪ It controls smooth irregularities according to the target resin or rubber, achieving suppression of adhesion.

Company：オカノブラスト
Price：Other

Plastic Mould
Rubber mold
Injection Molding Machine
Modification Technology

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Surface modification of carbide composite alloys - High-performance surface modification technology -

Osaka Fuji Industrial has numerous construction achievements with its unique welding materials!

In powder plasma cladding (PTA) and laser cladding (LMD) that use powder as a filler material, various combinations of materials are possible. However, in powder plasma cladding, when there is a significant difference in density between the matrix metal material (Ni-based alloy: 8g/cm³) and WC (17g/cm³), a bias in the dispersion of WC occurs within the cladding layer. In laser cladding, even with composite alloys that have a large density difference, uniform dispersion can be achieved from the surface. Osaka Fuji Industry is advancing the development of various composite materials in addition to carbide-based composites. Furthermore, based on our experience with powder plasma cladding, we possess a variety of proprietary developed alloys and can propose the optimal materials according to the environment in which they will be used and the required characteristics.

Company：大阪富士工業
Price：Other

Processing Contract
Modification Technology

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Surface modification technology using thermal spraying (longevity, performance enhancement, cost reduction)

Wear-resistant, non-stick, and corrosion-resistant thermal spraying technology! Proposing technologies tailored to needs from various thermal spray materials and processing methods!

Our company performs surface treatment through thermal spraying, utilizing a wide variety of materials such as metals and ceramics. This processing can impart characteristics such as "wear resistance, corrosion resistance, lubricity, and self-bonding." Additionally, we conduct surface treatments that combine thermal spraying with various coatings (fluorine and ceramics), enabling us to achieve properties such as "non-stick, insulation, slipperiness, and chemical resistance," which are difficult to attain with thermal spraying alone. This also enhances the durability of the coatings. With 45 years of technology and experience in surface treatment, we propose processing that meets our customers' needs. 【Features】 ■ Capable of processing a wide variety of substrates (such as metals and ceramics) ■ Achieves excellent corrosion and wear resistance ■ Minimal distortion due to thermal effects ■ Improved non-stick properties and durability when used in conjunction with functional coatings ■ The unevenness of the coating enhances release properties and can also be utilized as a pre-treatment for painting *For more details, please download the PDF or feel free to contact us.

Company：関西ポリマー
Price：Other

Surface treatment contract service
Modification Technology

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Metal surface modification technology

Technology that maximizes the properties of metals! Solving various issues faced by metal products.

The "Metal Surface Modification Technology" that our company possesses is called OX-SFP and OX-POLISH. It utilizes various materials and hardness ranging from 1μ to 1.8mm, primarily focusing on shot peening and OX's unique polishing process. The combined processing of OX-SFP and OX-POLISH results in a low friction effect sought through texturing. Micro-particle shot peening aims to impart hardness and residual compressive stress by projecting media onto the target material at speeds close to Mach, thereby achieving high fatigue strength and wear resistance. [Effects Achieved] - Lightweight and thin product design, reduced production costs, improved production efficiency - Durability, wear resistance, reduced torque, noise reduction, and flowability measures for molds, etc. - Extremely high effectiveness as a pre-treatment for DLC and coatings *For more details, please refer to the PDF materials or feel free to contact us.

Company：オキソ
Price：Other

Surface treatment contract service
Modification Technology

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Surface modification

Improving the transportability of food and packaging materials! Introducing our coating-free modification technology.

Our company offers contract processing services for surface modification. We modify surfaces to create suitable rough or textured surfaces for hard materials and metal-based materials. This surface modification technology imparts various functions, such as preventing adhesion of powders, food, and packaging materials, as well as improving wear resistance, durability, and sliding properties of metals. Special hardening treatment enhances durability through the hardening effects of the modification technology. 【Types of Treatments】 ■ Tough Flat Treatment ■ Special Hardening Treatment ■ Chemical Cleaning ■ Lubricating Molybdenum Treatment *For more details, please refer to the PDF document or feel free to contact us.

Company：日信テクニクス
Price：Other

Processing Contract
Modification Technology

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Modification Technology Product List and Ranking from 17 Manufacturers, Suppliers and Companies | IPROS GMS

Modification Technology Manufacturer, Suppliers and Company Rankings

Modification Technology Product ranking