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Bonding Plating - List of Manufacturers, Suppliers, Companies and Products

Bonding Plating Product List

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The Role of Plating: Functional Plating - Joint Plating

Introducing "functional plating," which adds functionality and is one of the advantages of plating!

The bonding function is commonly used in electronic and electrical devices. When it comes to bonding, some of you may have the image of pulling out solder in a reel and using a soldering iron to melt the solder and attach components. Plating is a metallic film, and the properties vary depending on the metal used. On our company website, we introduce "functional plating," which is one of the advantages of plating that utilizes the properties of the metal to impart functionality. For more details, please refer to the related links below. [Content Included] ■ "Bonding" plating that connects metals together *For more details, please refer to the PDF materials or feel free to contact us.

  • Other metal materials

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Joint plating

Introducing Mitsuya's recommended joining coatings!

■Gold-Tin Alloy Plating Gold-tin alloy plating, composed of 80% gold and 20% tin eutectic, is the optimal alloy plating for high-temperature lead-free solder materials with a melting point of 280°C. ■Tin-Antimony Alloy Plating Compared to regular tin plating, it excels in preventing tin pest and has superior heat cycle durability. ■Indium Plating Indium has a very soft, dull white appearance and is prone to scratching. Its hardness is below Hv5, and its melting point is 156.6°C. It has also proven effective in preventing contact failure as a joining tool for bundling similar vessels.

  • Wafer
  • Sensors
  • others

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Plating for dissimilar metal bonding

It is a plating for brazing different metals such as titanium and stainless steel, superelastic alloys, and copper alloys. Of course, no special equipment or technology is required.

If you apply nickel plating to the material you want to solder, it will allow for easy soldering using standard soldering equipment, as it will be nickel soldering. This nickel plating must be heat-resistant and should allow silver solder to flow easily. Regular shiny nickel plating can become hard and crack under temperatures as high as 1000°C due to the effects of the shiny material during soldering. Of course, even with metals that are difficult to plate or bond, such as titanium, superelastic materials, and stainless steel, proper pre-treatment for each material can result in good adhesion of the plating.

  • Special Steel
  • Welding Machine
  • Rare metals

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