Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
1291～1305 item / All 1480 items
Can nickel plating be done on complex-shaped SUS304 (stainless steel) parts using barrel plating?
Q: Can barrel plating be done for complex-shaped SUS304 (stainless steel) parts? A: Yes, barrel plating can be done. Barrel plating for products that are prone to entanglement or bending is one of our specialties. Please feel free to consult with us.
Electroindium plating solution
Indium (In) is a metal that easily diffuses into various metals and has excellent alkali resistance, with characteristics such as a low melting point (156°C). In plating has good corrosion resistance against organic acids in lubricating oils, and its load-bearing capacity, wear resistance, and seizure resistance are outstanding, making it widely used for surface treatments such as bearings. DAIN IN-161PL is an electroplating solution based on organic sulfonic acid. It produces a uniform and fine-particle white coating. The stability of the plating solution over time is also good, and bath management is easy.
Electroplated tin
Gold-tin alloy shows a eutectic point at an Au/Sn composition of 80/20 (wt%), with a melting point of 280°C. This alloy is non-oxidizing, has good solderability, low resistivity, and improved creep characteristics, lubrication, and wear resistance, making it suitable as a high-temperature joining material for high-frequency devices such as mobile phones, optoelectronic packages, mounted components, optical communication components, as well as for protective element materials, sliding parts, and decorative items. Many gold-tin alloy materials are produced in the form of ribbons or pellets metallurgically, but issues have arisen that make them difficult to apply to narrow pitches associated with high-density mounting. This plating bath allows for barrel plating of micro parts, enabling the production of a uniform eutectic composition plating film.
DAIN TINGOOD 105 is an additive for high-speed organic acid tin plating. It offers excellent reflow properties and is suitable for high-speed plating on wires and other materials!
■ Compatible with high-speed organic acid tin plating ■ Good reflow characteristics
From matte to high gloss, from acidic to alkaline! There is a wide range of options available!
The non-cyanide silver plating proposed by Yamato Kasei is entirely cyan-free and of the non-cyanide type. We offer a wide range of options from matte to high gloss, allowing you to choose according to your application. 【Acidic】 "Dine Silver GPE" Series - Direct plating on resist patterns is possible without dissolving the resist. Matte: Dine Silver GPE-PL Semi-gloss: Dine Silver GPE-SB Gloss: Dine Silver GPE-HB High gloss: Dine Silver GPE-HB2 【Neutral】 "Dine Silver AG-PL30, Dine Silver Bright PL50" - Direct silver plating on copper and copper alloys is possible. Matte: Dine Silver AG-PL30 Gloss: Dine Silver Bright PL50 【Alkaline】 "Dine Silver BPL, Dine Silver HKR" - Excellent uniform electrodeposition, stability, and heat discoloration resistance. Matte: Dine Silver BPL Gloss: Dine Silver HKR *For more details, please refer to the related links below.
Cyan Cu Strike Plating Alternative 'DAIN COPPER PSR-SZ'
- Non-cyanide strike Cu plating as an alternative to cyanide Cu strike plating - No copper replacement deposition occurs on zinc die-cast materials, forming a well-adhered plating film - Weakly acidic to neutral plating solution - Monovalent copper type (colorless and transparent) similar to cyanide baths
Silver plating can be formed by immersion without the need for an external power source.
◆Replacement Type (Dine Silver EL Process) - A silver plating film with good adhesion can be deposited on Cu and electroless Ni-P. - The bath life is long at 3 turns, with good stability over time. - It is an acidic plating process that can accommodate surface treatment of registry substrates. - Thick films of 0.5μm or more can be achieved. ◆Reduction Type (Dine Silver RD Process) - Can be deposited on non-conductive materials (resin, glass, etc.) with a catalyst applied. - A silver plating film of approximately 0.5μm can be formed in 1 hour. - Usable at temperatures below 60°C.
Vacuum plating is similar to painting, but fundamentally different!
"Vacuum plating" refers to a plating technique where, after applying a coating to the object, metals or metal oxides are evaporated in a vacuum state to form a "thin metal film" on the surface of the object. Vacuum plating is also known as deposition plating or vacuum deposition. ■ Coating: "Applying and drying/hardening a resin + pigment" ■ Vacuum plating: "Physically depositing inorganic materials that have been evaporated" Our company widely engages in this process for reflective mirrors, toys, Buddhist implements (crafts), cosmetics, miscellaneous goods, and industrial parts. For more details, please download our catalog or contact us.
真空装置部品やクリーンルーム内で使用可能！付着したフィルムや塗料を剥がしやすくなり、生産性・メンテナンス性向上
『二ポリン』とは、無電解ニッケルめっきとPTFEの両機能を持ち合わせた 当社オリジナルのめっき技術です。 ポリテトラフルオロエチレン(PTFE:テフロン)を複合粒子として含有させる ことで、金属や合金が単独では持ち得なかった新しい機能が引き出されます。 摩擦係数が無電解ニッケルの最大1/5以下（当社比）とすべり性が良好となります。 【採用事例】 1．梱包用ヒーター 容器梱包フィルムがヒーター（180℃）に貼り付き、生産効率が落ちていた ⇒ヒーターにフィルムが貼り付くことが無くなり、生産効率UP ２．塗装用冶具 冶具に付着した塗料が剥がれにくく、メンテンスに時間がかかっていた ⇒冶具から塗料が剥がれやすくなり、メンテナンス性向上 ３．半導体製造装置 クリーンルームで油分を使用できない ⇒油分を使用しなくても硬度及びすべり性があるため、コンタミの発生減が減少 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
![[Case Studies of Plating Solutions] Plating on Difficult Materials](https://image.mono.ipros.com/public/product/image/d06/2000696866/IPROS89025081192026733214.png?w=280&h=280)
Introducing examples of plating on difficult materials, such as gold plating on brass alloys and gold plating for astronomical observation equipment!
We will introduce case studies related to plating and surface treatment challenges for difficult materials, based on Mitsuya's plating technology and management system. In the case of electronic component materials company XX, we received an inquiry about wanting to "improve the solderability of circuits formed by copper sputtering." Through the development of the plating process, we processed copper plating and submitted a prototype, successfully meeting the required performance. Additionally, we have published examples such as "matte silver plating for heat resistance" and "plating for oil drilling tools" in the related links below. Please take a look. [Plating and Surface Treatment for Difficult Materials (Partial)] ■ Tin-Antimony Alloy Plating ■ Gold-Tin Alloy Plating ■ Matte Silver Plating for Heat Resistance ■ Plating for Oil Drilling Tools ■ Nickel Plating for Seals *For more details, please refer to the related links or feel free to contact us.
A substitute for chrome plating with high corrosion resistance and high hardness.
Ni-W alloy plating is said to be an alternative to chrome plating, possessing high corrosion resistance and high hardness. It has corrosion resistance that is not affected by hydrofluoric acid or nitric acid, with a hardness of Hv 600 to 700, and a high hardness of Hv 1300 after heat treatment. We have developed a plating solution in which tungsten (W) precipitates stably (35-40%). ● For more details, please contact us.
High dimensional accuracy allows for fine metal processing.
Metal fine processing with high dimensional accuracy has become possible, and compared to the melting method, it allows for the production of metal products with superior mechanical properties. Therefore, Ni electroformed products such as metal masks and ferrules are used as materials for electronic and communication devices. It prevents the deterioration of solder wettability due to the aging of Sn and Sn alloy plating films. There is no occurrence of stains or unevenness after processing. It does not affect Au or Ni plating films other than Sn plating. ● For more details, please contact us.
Lineup for stationary and rotating use! A treatment agent with a black coating that has almost no interference colors and no drips.
Taiho's "Power Coat 912 Series" is a black trivalent chromium treatment agent for zinc plating. "Power Coat 912T" is for stationary use, has excellent heat resistance, and features a black film with almost no interference colors, with no drips or flow stains. "Power Coat 912M" is for rotating use, has high liquid stability, and reduces the frequency of liquid replacement. 【Features (912T: Stationary Use)】 ■ A black film with almost no interference colors, with no drips or flow stains ■ Corrosion resistance (neutral salt spray test) is equivalent to conventional phosphoric acid-based hexavalent black chromate agents ■ Heat resistance is better than conventional hexavalent black chromate agents ■ Excellent wastewater treatment properties, sufficient with normal neutralization treatment *For more details, please refer to the PDF document or feel free to contact us.
![[Proposal Example] KOMORI × Partner Company](https://image.mono.ipros.com/public/product/image/b2e/2000803498/IPROS61457746252474443107.png?w=280&h=280)
Hard chrome plating in 1μm units! Suitable proposals tailored to the material, including hardening and surface treatment.
We are constantly collaborating with over 70 partner companies. We perform anodizing and electroless nickel plating on aluminum products, separating the areas. After nitriding treatment, we apply electroless nickel plating to the workpieces, digitizing thermal changes for each material and conducting appropriate heat treatment. 【Features】 ■ Anodizing and electroless nickel plating on aluminum products are performed separately by area. ■ Electroless nickel plating is applied to workpieces after nitriding treatment. ■ Hard chrome plating in units of 1μm. ■ Thermal changes are digitized for each material, and suitable heat treatment is conducted. *For more details, please refer to the PDF materials or feel free to contact us.
Improvement of low friction, non-stick, lubricating, and release properties! Prevention of seizure and welding due to reduced friction coefficient.
We would like to introduce "FS Plating," which we handle. This technology forms a surface that combines the hardness of metals with the properties of organic and inorganic coatings by applying an electroless nickel plating on a substrate after adjusting the surface condition, resulting in a coating with low friction and non-stick characteristics. It is suitable for packaging machine parts, pharmaceutical machine parts, food machine parts, and electronic machine parts. 【Specifications (partial)】 ■ Applicable materials - Iron, stainless steel, copper, aluminum, and their alloys in their raw form (machined surfaces), polished surfaces, and blast-treated surfaces. ■ Film thickness - The coating thickness can be processed in the range of 5 to 40 μm, but generally, 10 to 20 μm is used. *For more details, please refer to the PDF document or feel free to contact us.
