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process Product List and Ranking from 81 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

process Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. 奥野製薬工業 大阪・放出、東京、名古屋など Osaka//Chemical
  2. 矢崎エナジーシステム Tokyo//Energy
  3. Siconnex Japan(サイコネックス ジャパン) Tokyo//Industrial Machinery
  4. 4 null/null
  5. 5 ネツレン　高周波熱錬株式会社 Tokyo//Machine elements and parts
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process Product ranking

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. The process of creating "cold water" from "heat." 矢崎エナジーシステム
  2. Electroless copper plating process for glass substrates for TGV surface treatment 奥野製薬工業 大阪・放出、東京、名古屋など
  3. Chitose Research Institute Co., Ltd.
  4. Mild carburizing process ネツレン　高周波熱錬株式会社
  5. 4 Ozone-based resist stripping process "SicOzone Strip" Siconnex Japan(サイコネックス ジャパン)

process Product List

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Acid Nitriding ON ・ONO ・ONOR Process

Acid Nitriding ON ・ONO ・ONOR Process

Environmentally friendly, pollution-free heat treatment that demonstrates excellent characteristics of a new type of nitriding method.

Acid nitriding is a nitriding method that differs from conventional nitriding methods by adding an appropriate amount of oxygen or air to ammonia gas. Developed by Nissan Motor Co., Ltd.'s Central Research Institute under the name NN method as a non-polluting nitriding method that does not cause cyanide synthesis in the processing atmosphere during the 1960s, when pollution became a social issue, this technology has been introduced and put into practical use by Onex Co., Ltd., which has since made its own improvements. Onex Co., Ltd.'s acid nitriding is based on the ON process and includes three types of processes: ONO and ONOR, each possessing excellent characteristics. Compared to gas soft nitriding, acid nitriding shows almost the same properties in wear resistance and fatigue strength, but it has the added features of excellent corrosion resistance, seizure resistance, compatibility, and a beautiful black appearance. For more details, please contact us or refer to the catalog.

  • Surface treatment contract service
  • process

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The process of selecting the correct respiratory protective equipment *with participation benefits!

The process of selecting the correct respiratory protective equipment *with participation benefits!

[Free Online Seminar] Introducing our process for the proper selection and operation of respiratory protective equipment!

The process of selecting the correct respiratory protective equipment is complex. Understanding the hazards and concentrations of harmful substances in the air may require specialized knowledge and support. To select and use the most appropriate respiratory protective equipment correctly, it is necessary to follow certain steps. In the upcoming online seminar, we will introduce the following steps in detail: 1. Detect: Identifying the hazards present in the workplace 2. Select: Choosing effective respiratory protective equipment 3. Protect: Implementing a respiratory protection program to maintain safety and health [Online Seminar Overview] Date: May 10 and May 17, 2022, from 11:00 AM The same content will be presented at the same time on both days. Fee: Free Special Offer: Participants will receive a "3M(TM) Gas Monitor" as a gift! *If you wish to participate in the seminar, please register using the link below (★Details and registration for the free online seminar here★).

  • mask
  • process

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Infrared heating and drying processes in the automotive field.

Infrared heating and drying processes in the automotive field.

The fourth installment of the "Things You Should Know Series" related to infrared heating and drying processes! Introducing case studies on the use of infrared heaters in automobile manufacturing!

The "Infrared Heating Technology Series" is a technical document that covers industrial special light sources ranging from vacuum ultraviolet to medium wavelength infrared. It explains various types of heating and includes case studies with photographs of actual implementations. [Contents] ■ Improvement of embossing and laminating processing lines ■ Increased production speed through deburring of glove boxes and door handles ■ Improvement of the manufacturing process for airbags ■ Enhanced productivity in powder coating drying of brake pads, among others *For more details, please refer to the PDF document or feel free to contact us.

  • Other heaters
  • Heating device
  • Interior parts
  • process

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Infrared Light Processes Contributing to Decarbonization That You Should Know About

Infrared Light Processes Contributing to Decarbonization That You Should Know About

Utilizing electric heating and drying systems in production sites contributes to decarbonization! Productivity is improved with an irradiation efficiency of 95%.

In recent years, decarbonization in production sites has become an important issue to address. The Excellitas infrared heater is coated with a gold reflective film, achieving an irradiation efficiency of 95% for the infrared radiation emitted from the heater. This irradiation efficiency is a crucial factor that significantly impacts process efficiency when using infrared heaters. The key point is "how much infrared light emitted from the light source can be directly irradiated onto the target object." This achievement rate leads to high heating efficiency and contributes to energy savings. Additionally, for use in production sites, the safety and excellent response performance inherent to electric heaters, along with Excellitas's unique quartz twin-tube shape that offers superior mechanical strength, are also notable features. The glass tube is made of high-purity transparent quartz glass, making it suitable for clean heating. There are also other advantages, such as: - High infrared transmission rate - No thermal unevenness within the effective length - Compatible with hot air use - Easy efficiency improvement through retrofitting existing hot air furnaces - Space-saving design *For more details, please download the PDF or feel free to contact us.

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  • イプロス?.jpg
  • イプロス?.jpg
  • Other heaters
  • Heating device
  • Electric furnace
  • process

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Light processes for hardening, drying, lamination, embossing, and stretching.

Light processes for hardening, drying, lamination, embossing, and stretching.

Introducing examples and benefits of converting! What are the UV (ultraviolet) curing process and infrared heating and drying process to improve productivity?

In converting processes such as preheating, drying, laminating, and embossing, the characteristics of infrared are effectively utilized in various fields. Web materials like plastics, films, paper, and non-woven fabrics require heat for processes such as coating, laminating, and drying. Excelsius's infrared heaters are high-powered and can heat materials quickly, uniformly, and appropriately. Additionally, manufacturers and coaters in the wide web converting and silicone processing sectors utilize excellent UV curing technology, which enables high productivity, functional characteristics, and coating of heat-sensitive substrates. Excelsius (formerly Heraeus Noblelight) is a manufacturer of industrial special light sources that covers the wavelength range from vacuum ultraviolet to medium-wave infrared. UV curing and infrared heating that enhance productivity are being adopted in many industries. 【Case Studies Included】 ■ Embossing and laminating using infrared ■ Coating and drying using infrared ■ Drying textiles using infrared ■ UV curing of silicone release paper and transfer paper ■ UV curing of window films

  • uv-コンバーティング.jpg
  • Other heaters
  • Heating device
  • Ultraviolet irradiation equipment
  • process

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Process of fluororesin baked lining treatment

Process of fluororesin baked lining treatment

From substrate acceptance to inspection and completion! It is necessary to thoroughly check the substrate environment.

We would like to introduce the process of fluororesin baked lining processing that we carry out. The substrate requested for processing by the customer is delivered, and the quantity, appearance, and processing conditions are confirmed. Solvent cleaning and pre-heating are performed to remove impurities such as oils, fats, and old films adhering to the substrate. After degreasing, surface treatment, and preparation of the substrate, primer coating and primary baking are carried out. Then, electrostatic powder coating is repeated until the target film thickness is achieved, along with intermediate inspections to understand the film thickness deviations, ensuring a more uniform film finish. Once all processes are completed, inspections for appearance, film thickness, and pinholes are conducted. Based on the inspection results, the coating's quality is confirmed, and the process is completed. **Features** - Equipped with blasting facilities tailored to the maximum furnace opening of 2700 and depth of 5000, accommodating large substrates. - When coating shaped objects, utmost care is taken to prevent powder coating from concentrating in certain areas or falling off. *For more details, please refer to the related links or feel free to contact us.*

  • Processing Contract
  • process

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Elekote PI Process

Elekote PI Process

It forms a uniform heat-resistant electrical insulation coating with a thin film even on complex shapes.

Uniform coating is now possible even for complex-shaped parts. It also excels in edge coverage and can be used as a heat-resistant electrical insulation film for precision parts, small electrical components, and electronic parts.

  • paint
  • process

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Ono Seiko Co., Ltd. Repair Top Process Comprehensive Catalog

Ono Seiko Co., Ltd. Repair Top Process Comprehensive Catalog

Mainly a repair method for machine parts of production equipment through partial plating called "Repair Top Process."

The Repair Top Process is a repair method primarily involving partial plating of mechanical parts of production equipment. The principle is almost the same as plating, but it can be performed on-site without using a plating bath and without disassembling the mechanical parts. The "Repair Top Process Comprehensive Catalog" includes numerous sections such as "What is the Repair Top Process?", "Repair of Bearing Wear on Motor Shafts", "Repair of Production Equipment Parts in Rubber Manufacturing Plants", and "Examples of Repair Top Process Applications". [Contents] - What is the Repair Top Process? - Repair of Bearing Wear on Motor Shafts - Repair of Production Equipment Parts in Rubber Manufacturing Plants - Examples of Repair Top Process Applications - Examples of Repair Work For more details, please contact us or download the catalog.

  • Repair Agent
  • Processing Contract
  • process

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Exhibition of Mechanical Element Technology! Fronius New Technology Arc TIG Process

Exhibition of Mechanical Element Technology! Fronius New Technology Arc TIG Process

~Easily and economically create high-quality beads~ At the Machine Elements Technology Exhibition, we will demonstrate automatic welding by equipping robots with the new technology arc TIG process.

■High Welding Speed - The concentrated arc creates a high energy density at the electrode tip, improving welding speed. - The narrowed arc allows for a welding speed that is twice that of conventional TIG welding. ■High Operability - The electrode can be used for a long time, and replacing and regrinding the electrode is easy. - Compared to plasma welding, there are fewer welding parameter settings, making operation simple. - Welding is possible in horizontal and vertical positions, in addition to downward. ■High Economic Efficiency - High welding quality is achieved through the TIG process. - Welding can be done without gaps, eliminating the need for backing bars. - The number of layers is reduced, significantly shortening welding construction time. - Reducing the amount of welding metal lowers costs for wire, gas, electricity, and consumables.

  • Welding Machine
  • Welding robot
  • process

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Fronius Arc TIG Process

Fronius Arc TIG Process

Easily, quickly, and economically create high-quality weld beads! New TIG welding process.

The "Fronius Arc TIG Process" is the standard for TIG welding that achieves a flat, high-quality bead without discoloration such as oxide films. Thanks to a concentrated and stable arc, it eliminates porosity, slag formation, and spatter, ensuring proper root penetration. TIG welding, suitable for all base materials and welding positions, is used in high-quality welding across various fields. 【Features】 ■ High welding speed, operability, and cost-effectiveness ■ Welding speed is twice that of conventional TIG welding ■ Standard tungsten electrodes can be used ■ Flexibility in welding positions ■ Reduction of pre- and post-welding tasks ■ Various cost reductions *For more details, please refer to the PDF document or feel free to contact us.

  • Welding Machine
  • Welding robot
  • process

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Ideal for plastic decorative plating: TOP DuNC process

Ideal for plastic decorative plating: TOP DuNC process

Introducing decorative plating additives for plastics! Perfect for improving yield! Significantly enhances work efficiency as it is less affected by previous processes!

This process is a decorative electroplating process for plastics and metals. Decorative plating on plastics involves many steps, and managing each step can be complicated, making it difficult to identify defects. Okuno Pharmaceutical Industry has solved this problem. ~ Optimal for Plastic Decorative Plating: TOP DuNC Process ~ Here’s what’s amazing! - Reviewed additive components for simplified bath management - Ideal for improving yield - Minimizes the impact of carryover from previous processes - Achieves a reduction in defect rates - Minimizes pit formation in copper sulfate plating - Realizes excellent nickel plating with superior film properties - Exceptional adhesion for chrome plating - Offers a total process including semi-gloss nickel plating, glossy nickel plating, and microporous nickel plating Our specialized sales staff will propose tailor-made processes and chemicals according to your needs. We can also introduce you to contractors, so please feel free to contact us.

  • Plating Equipment
  • Other process controls
  • Chemicals
  • process

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Aluminum casting and aluminum die casting dyeing: Top ADD process

Aluminum casting and aluminum die casting dyeing: Top ADD process

Anodizing process (alumite) exclusively for aluminum castings and aluminum die castings! Solving your concerns about dyeing cast and die-cast materials!

Do you have concerns about the finish, gloss unevenness, or dyeing variation of aluminum die casting materials such as ADC12? Okuno Pharmaceutical Industry will solve those issues. ~ For aluminum castings and aluminum die casting dyeing ~ ~ Top ADD Process ~ Here’s what’s amazing! - Developed specifically for aluminum castings and aluminum die castings - Developed a dedicated black dye - Proposing a total process including pretreatment, sealing agents, and lubricating agents - Compatible with various aluminum alloys, including high-silicon aluminum alloy (ADC12) - Enables uniform dyeing - Continuous processing is possible, increasing productivity - Excellent corrosion resistance, dimensional stability, and heat dissipation Our specialized sales staff will propose tailor-made processes and chemicals according to your needs. We can also introduce contractors, so please feel free to contact us.

  • Chemicals
  • aluminum
  • alloy
  • process

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Electroless copper plating on liquid crystal polymer (LCP): Top LECS process

Electroless copper plating on liquid crystal polymer (LCP): Top LECS process

Plating treatment for LCP film with excellent high-frequency characteristics and dielectric properties! Development of a process that combines surface modification ensuring high adhesion and electroless plating.

Since 2020, following 4G, 5G mobile communication services have also started in Japan. 5G not only enables ultra-high-speed communication but also features ultra-low latency that allows for smooth operation of robots and other devices even in remote locations, as well as the ability to connect multiple smartphones and computers simultaneously. Currently, high-frequency compatible substrates using low-dielectric materials such as LCP and fluoropolymer resins are attracting attention as suitable materials for high-speed transmission. In particular, liquid crystal polymer (LCP) has excellent electrical properties in the high-frequency range, low moisture absorption, and superior dimensional stability, leading to its increasing adoption for 5G and millimeter-wave applications. Our company has developed a process that combines surface modification and plating to ensure high adhesion for LCP, which is said to be difficult to achieve with copper plating.

  • Chemicals
  • process

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Plating on Polyimide (PI) Film: Top SAPINA Process

Plating on Polyimide (PI) Film: Top SAPINA Process

Plating process for polyimide (PI) film for flexible printed circuit boards (FPC)! Ideal for fine circuit formation and via hole methods!

The advancement and miniaturization of electronic devices have led to a demand for further speed and density in printed circuit boards. Particularly, polyimide is widely used as a material for flexible printed circuits (FPC) due to its excellent heat resistance and dielectric properties. However, traditional methods have had limitations in the miniaturization of wiring. Therefore, Okuno Pharmaceutical Industry has developed an optimal process for fine wiring formation. ◆ Nickel seed layer formation process on polyimide (PI) film ◆ ~ Top SAPINA Process ~ What's amazing about it! - The entire process is achieved using a wet method. - Unlike dry methods (such as vapor deposition and sputtering), it does not require large and expensive equipment. - It realizes cost reduction. - Both sides can be processed at once. - High peel strength. - Ensures high adhesion. - Enables fine nickel/gold plating.

  • others
  • process

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Environmentally friendly aluminum pretreatment process free of phosphates, boron, and nitrates.

Environmentally friendly aluminum pretreatment process free of phosphates, boron, and nitrates.

It is an aluminum treatment process that does not contain phosphoric acid, boron, or nitric acid. It achieves a uniform and smooth high-gloss appearance while reducing wastewater burden.

Aluminum is a metal that has excellent luster. In addition to physical and mechanical methods, chemical polishing is commonly used to polish aluminum. Chemical polishing is a technique that dissolves the aluminum surface chemically to achieve a polished finish, and phosphoric-nitric polishing solutions are widely used to obtain a high-gloss appearance. Okuno Pharmaceutical Industry, which aims to achieve the SDGs, has developed a high-gloss finishing process for aluminum that does not contain phosphoric or nitric acid. Please take a look at OKUNO's environmentally friendly products that are gentle on the Earth and people.

  • others
  • process

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UBM formation plating process for aluminum electrodes on a wafer.

UBM formation plating process for aluminum electrodes on a wafer.

It is the process of forming UBM. It can improve the connection reliability between the aluminum electrode and the package terminal.

UBM stands for Under Bump Metal or Under Barrier Metal, and it is a film formed to join aluminum electrode pads on semiconductor chips with package terminals through wire bonding, soldering, or silver sintering. This film is composed of materials such as electroless nickel/gold plating or electroless nickel/palladium/gold plating. We offer a wide range of products that support the evolution of semiconductors and electronics, so please feel free to consult with us.

  • Chemicals
  • process

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High connectivity reliability electroless copper plating process with excellent follow-up characteristics.

High connectivity reliability electroless copper plating process with excellent follow-up characteristics.

Introducing the latest surface treatments for semiconductor package substrates all at once. We propose surface treatments and plating chemicals that support the miniaturization, high density, and high performance of electronic devices!

Electronic devices such as computers and smartphones are evolving daily. Along with this, multilayer printed circuit boards are also required to be miniaturized and made more densely packed. Our company has newly developed an electroless copper plating process that excels in coverage for the subtractive process using copper-clad laminates for printed circuit board manufacturing. Okuno Pharmaceutical Industry offers a wide variety of processing chemicals primarily for the plating process of printed wiring boards, covering all aspects of wet processes. Additionally, we propose the latest products and processes for the manufacturing processes of IC substrates and interposers produced by semi-additive processes, so please feel free to contact us.

  • Chemicals
  • process

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Process for forming an electroless nickel plating seed layer on polyimide film

Process for forming an electroless nickel plating seed layer on polyimide film

Introducing the latest surface treatments for flexible printed circuit boards used in smartphones, wearable devices, and more! Metallization using a wet process is possible.

Electronic devices such as smartphones are becoming smaller and more high-performance, and flexible printed circuit boards are used to meet the demands for lightweight and compact designs. Our company has newly developed a process that can form a nickel seed layer using a wet method, which is capable of responding to the miniaturization of circuits. This process is compatible with the semi-additive method, allowing for the formation of fine circuits.

  • Chemicals
  • process

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Superhydrophobicity is imparted to the aluminum surface, Top Algeek Process.

Superhydrophobicity is imparted to the aluminum surface, Top Algeek Process.

A process for imparting superhydrophobicity to aluminum surfaces! Okuno Pharmaceutical Industry, a specialist in aluminum surface treatment, presents a new product!

The lotus leaf is known as a surface with water-repellent properties found in nature. The surface of the lotus leaf has protrusions of about a few micrometers, and this fine uneven structure manifests its water-repellent properties. As a result, water on the surface of the lotus leaf forms droplets due to surface tension and rolls off along with dirt and foreign substances. By chemically reproducing this self-cleaning property (lotus effect), we have successfully imparted anti-fouling and self-cleaning properties to aluminum surfaces. We propose applications of this process for anti-fouling in buildings, prevention of frost on air conditioning parts, and suppression of reduced thermal conductivity due to water accumulation on cooling components.

  • Chemicals
  • process

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Plating chemicals and processes for printed circuit boards/semiconductor package substrates.

Plating chemicals and processes for printed circuit boards/semiconductor package substrates.

Okuno Pharmaceutical Industry introduces plating chemicals and processes under the theme of "OKUNO products contributing to the development of printed circuit boards/semiconductor package substrates"!

From prototype creation to introducing outsourcing partners, please feel free to consult us about any surface treatment concerns. Okuno Pharmaceutical Industry will be presenting the latest plating chemicals and processes at the 24th Semiconductor and Sensor Packaging Exhibition / Semiconductor Backend Process Specialized Exhibition (ISP), which will be held at Tokyo Big Sight from January 25 (Wednesday) to January 27 (Friday), 2023. 【Related Technology Associations】 ◆ Latest surface treatment processes and plating chemicals for semiconductor wafers https://premium.ipros.jp/okuno/product/category/62111/ ◆ Latest plating and surface treatment chemicals for polyimide, PET, LCP, and glass https://premium.ipros.jp/okuno/product/category/49378/ ◆ Printed circuit boards, printed wiring boards, and circuit formation technology https://premium.ipros.jp/okuno/product/category/61629/ A company introduction video titled "Turning Imagination into Reality" is currently available on our website. ◆ Okuno Pharmaceutical Industry Co., Ltd. website https://www.okuno.co.jp/

  • Chemicals
  • Coating Agent
  • Surface treatment contract service
  • process

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Electroless plating process for insulation circuit boards for power semiconductors.

Electroless plating process for insulation circuit boards for power semiconductors.

The optimal electroless plating process for the base layer when joining power modules using soldering or silver sintering.

In recent years, SiC and GaN devices have garnered attention as next-generation power semiconductors (power modules) capable of high-temperature operation, with these next-generation power modules expected to operate continuously at temperatures above 200°C. Our company has developed a sulfur-free, low-phosphorus electroless nickel plating solution, "ICP Nicoron LPW-LFN," which minimizes nickel diffusion into solder even in high-temperature environments, thereby maintaining joint reliability. Additionally, sintering bonding using silver particle paste is gaining attention as a high-heat-resistant bonding method to replace traditional solder joints. We have newly developed an electroless silver plating solution, "Top Silver ACC / Top Silver AG," which helps suppress corrosion of the base metal and contributes to improved bonding strength.

  • Chemicals
  • process

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Suzukobalt chrome alloy plating Piroalloy SC process

Suzukobalt chrome alloy plating Piroalloy SC process

Introducing the "Pilo Alloy SC Process" for Suzukobalt Chrome Alloy Plating.

Chrome plating is adopted in various industries for its color tone and corrosion resistance. The Pyroalloy SC process introduced here is an environmentally friendly surface treatment that does not contain harmful substances during the process or in the coating. Unlike chrome plating, it can be processed in a barrel, allowing for the plating of small items such as screws. In recent years, concerns have arisen regarding the use of hexavalent chromium in the chrome plating process due to environmental issues, but our product is very easy to handle. ● For more details, please download the catalog or contact us.

  • Other metal materials
  • process

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Brain Seal Co., Ltd. New Product Development Process

Brain Seal Co., Ltd. New Product Development Process

I will explain the flow of the new product development process from development to mass production.

In the new product development process, we first conduct hearings to understand our customers' requests. We select materials that meet the required specifications and propose the most suitable materials. Considering product shape, required quality, and productivity, we suggest precise and reliable molds. To evaluate not only functionality but also quality, productivity, reliability, and cost, we quickly carry out prototype molding in our own factory. After evaluating the prototypes, we provide feedback on any processing issues and customer feedback to the design team to ensure quality. Utilizing state-of-the-art vacuum forming machines and measurement and testing equipment, we deliver high-quality products. We also respond flexibly to requests for short delivery times and small production runs. Through thorough quality management, we provide products and detailed services that satisfy our customers. For more details, please contact us or refer to our catalog.

  • Other machine elements
  • Rubber
  • Other metal materials
  • process

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Presenting the data! The LIGA process challenging micro-machines.

Presenting the data! The LIGA process challenging micro-machines.

Realized by combining lithography technology, hard electroforming technology, and molding technology.

This document introduces the 'LIGA process,' which is realized by combining lithography technology, hard electroforming technology, and molding technology. Additionally, it features a variety of products in the photoelectroforming process, including "high open-area ratio mesh," "high-elastic probes," and "filters." [Excerpt from the Photoelectroforming Process] - High open-area ratio mesh - High-elastic probes - Filters - Probe sheets with bumps - Spider metal masks *For more details, please refer to the PDF document or feel free to contact us.

  • Mold Design
  • process

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Fused coating process

Fused coating process

The film alloyed and bonded strongly! A film that excels in almost all mechanical and physical properties!

In the "Fused Coating Process," after forming a coating through thermal spraying, it is remelted again using a gas torch or electric furnace. This creates an alloy layer between the base material and the coating, achieving metallurgical bonding and resulting in a stronger weld. This coating excels in most mechanical and physical properties. 【Features of Self-Fusing Alloys】 ■ The coating is alloyed. ■ The coating merges with the base material to become integrated. ■ It has wear resistance. ■ It has heat resistance. ■ It has galling resistance. *For more details, please refer to the catalog or feel free to contact us.

  • Surface treatment contract service
  • Other surface treatment equipment
  • process

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Comprehensive Catalog of Metal Surface Treatment Processes

Comprehensive Catalog of Metal Surface Treatment Processes

We provide a total solution for the "plating" that you are seeking.

This catalog provides an overview of "Metal Surface Treatment Processes." It includes a non-cyanide silver plating process, "Dain Silver EL, RD," which allows for the selection of replacement or reduction types depending on the target material, as well as various stable tin alloy plating processes such as "DAIN TINGOOD 501, DAIN TINSIL SBB VI." Yamato Kasei can propose "new plating processes" that address issues related to plating, such as environmental concerns, improvement of working conditions, and reduction of total costs. [Contents] ■ Non-cyanide silver plating process ■ Lead-free tin plating process ■ Various additives for the same plating ■ Non-cyanide indium plating ■ Zinc-nickel alloy plating and chromate ■ Nano-etching treatment agents for titanium materials ■ Palladium smut removers *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract manufacturing
  • process

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Electroless Ni-P replacement Au plating process with excellent solder wettability.

Electroless Ni-P replacement Au plating process with excellent solder wettability.

For printed circuit boards. An alternative to the electroless Ni-P/replacement Au plating process is possible.

The 'Electroless Ni-P/Replacement Au plating process with excellent solder wettability' is a plating process that uses 4Ag, which has similar characteristics to Au, making it an alternative to the electroless Ni-P/Replacement Au plating process. The solder wettability is better immediately after plating compared to the electroless Ni-P/Replacement Au plating. For more details, please contact us or download the catalog.

  • Processing Contract
  • process

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Production process

Production process

Our company produces metal press parts, plastic molded parts, and even assembly!

At Shimizu Industries, we provide the desired products through a "one-stop production system" from prototyping to mold manufacturing and mass production, ensuring single-function machines, high quality, and low cost. We are also promoting initiatives called "4M activities," which constantly incorporate cutting-edge production and quality management methods as well as IoT technology. Through our "one-stop production system" from handmade prototypes to mold manufacturing and mass production, we deliver the desired products with short lead times, high quality, and low cost. [Overview] ■ 4M Project ■ Automation Project ■ Production Management Project ■ Quality Management Project *For more details, please refer to the PDF materials or feel free to contact us.

  • plastic
  • process

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Non-dye-based copper sulfate plating process "Plymouth EX Series"

Non-dye-based copper sulfate plating process "Plymouth EX Series"

Compared to the dye-based copper sulfate plating process, the defect rate has been significantly reduced, resulting in substantial cost savings!

The "Plymouth EX Series" is a non-dye copper sulfate plating process developed by the German company Dr. Hesse (DR.HESSE). Compared to the currently mainstream dye-based copper sulfate plating processes, it significantly reduces the defect rate and contributes to substantial cost savings. We offer "Plymouth EX620-DC," which has leveling characteristics comparable to dye-based systems, and "Plymouth EX-201," which has very high resistance to scorching and excessive additives. 【Features】 ■ Reduction in cooling costs: No issues at a liquid temperature condition of -37°C ■ Reduction in production costs: Applicable with minimal air agitation or mechanical agitation ■ Reduction in defect rates: Relief from pits (bores) and edge buildup ■ Dramatic decrease in frequency of activated carbon replacement filtration: Fewer production downtime days per year, increasing operational days *For more details, please refer to the PDF document or feel free to contact us.

  • paint
  • Coating Agent
  • process

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New satin plating process "KASUMI"

New satin plating process "KASUMI"

There is no need for regular liquid updates, and management is easy, making it very cost-effective!

The 'KASUMI' handled by Murata Manufacturing Co., Ltd. is a plating process that achieves a satin-like appearance. By dividing the plating process into two stages without using surfactants or fine particles commonly used in traditional satin nickel, it is possible to obtain a unique satin-like appearance. Additionally, it does not require special equipment or management, and can be processed with general plating bath management, with no need for regular liquid updates, making it a plating process with very favorable running costs. 【Features】 ■ A plating process that achieves a satin-like appearance through a two-stage process of "nickel-nickel" or "copper-nickel" ■ Capable of obtaining a unique satin-like appearance with excellent uniformity ■ By controlling the thickness of each layer, it is possible to change the plating appearance *For more details, please download the PDF or feel free to contact us.

  • Chemicals
  • process

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