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Plating Product List and Ranking from 44 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Plating Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. シルベック 本社工場 Saitama//Other manufacturing
  2. null/null
  3. トクシュ技研 Hyogo//Manufacturing and processing contract
  4. 4 オテック Osaka//Ferrous/Non-ferrous metals
  5. 5 Ohmori Chrome CO., LTD Tokyo//Manufacturing and processing contract
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Plating Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Surface treatment on aluminum other than anodizing: plating.
  2. Metal Melting Filling Machine "Pinhole Inlay" [Resistance Welder] トクシュ技研
  3. T.K. Mark Pen for Fiber Reaction Marking トクシュ技研
  4. 4 Surface treatment technology "Solderable Nickel Plating" *Test samples are also available. シルベック 本社工場
  5. 5 If you apply nickel plating over a tin-plated base, can it prevent metal diffusion? シルベック 本社工場

Plating Product List

211～225 item / All 1480 items

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Types and Characteristics of Plating Films: Composite Plating with Infinite Possibilities

Types and Characteristics of Plating Films: Composite Plating with Infinite Possibilities

Introducing the mechanism and features of alloy plating, as well as specific examples of composite plating!

Composite plating refers to a plating film that contains particles of another material within the plating layer. By combining the plating film with the particle material, a coating with new properties is created. This is one of the fields of plating that has been particularly active in research in recent years. Our company website introduces "the mechanism and characteristics of composite plating" and "examples of composite plating." For more details, please refer to the related links below. [Contents] ■ Mechanism and characteristics of composite plating ■ Examples of composite plating - Teflon composite plating (PTFE composite plating) - Diamond composite plating - Silicon carbide composite plating (SiC particles) *For more details, please refer to the PDF materials or feel free to contact us.

  • Other metal materials
  • Surface treatment contract service

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[Examples of Product Applications for Plating] Easy to do? Difficult to do? Plating on Iron

[Examples of Product Applications for Plating] Easy to do? Difficult to do? Plating on Iron

Optimization of the plating process and processing conditions is necessary! We will introduce the characteristics and application examples of different types of iron-based materials.

Since ancient times to the present, the most common material for plating has been iron-based materials. While it is easy to apply plating to iron materials, when it comes to actual products, it is not enough for the plating to simply adhere. Quality requirements for plating include good adhesion, absence of discoloration or roughness, and other appearance abnormalities. Additionally, since the composition and material conditions vary depending on the type of product, it is necessary to perform high-quality plating tailored to each specific case. To achieve this, optimization of the plating process and treatment conditions is essential. On our company website, we provide a clear table outlining the characteristics and application examples of different types of iron-based materials. Please take a look at the related links below. [Content Included] - Plating is not just about "getting it to stick" - There are many types of "iron," and for each type, there is a different plating process - Is plating on carbon steel difficult? - Characteristics and application examples of different types of iron-based materials - Structural steel / Special purpose steel / Cast and forged steel / Cast iron *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
  • Surface treatment contract service

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High nickel zinc alloy plating

High nickel zinc alloy plating

Super high corrosion-resistant surface treatment with trivalent chromium chemical treatment on an alloy plating of 85% zinc and 15% nickel.

Ultra-high corrosion-resistant surface treatment with approximately 10 times the corrosion resistance of trivalent white and trivalent black. It is common to apply this treatment to M6 to M8 bolts or M3 to M4 small screws, but our company can also process precision parts with diameters ranging from 0.8 to 2.0 mm. There are two types of finished colors: blue-black and jet black.

  • fastener
  • bolt
  • bolt

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High nickel zinc alloy plating (white)

High nickel zinc alloy plating (white)

Super high corrosion-resistant surface treatment that far exceeds stainless steel plating and zinc alloy plating.

Parts that require high corrosion resistance can achieve a level of corrosion resistance that is insufficient with standard zinc plating or zinc alloy plating. It offers ten times the corrosion resistance of standard trivalent white.

  • bolt
  • fastener

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Black high-nickel zinc alloy plating

Black high-nickel zinc alloy plating

Achieves 2 to 3 times the corrosion resistance of trivalent black! Significantly improves the shortcomings of trivalent black, such as "poor color tone" and "weak against scratches"!

Commonly known as "High Nickel Black," this surface treatment is achieved by applying a chemical conversion treatment to an alloy plating of 15% nickel and 85% zinc, resulting in corrosion resistance that is 2 to 3 times greater than trivalent black. This surface treatment significantly improves the shortcomings of trivalent black, such as "poor color tone" and "vulnerability to scratches."

  • bolt
  • Surface treatment contract service

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Ceramic composite plating technology

Ceramic composite plating technology

Optimal for delivery mechanisms! Patented non-slip surface treatment technology with electroplated spherical ceramics.

The composite plating technology of Tokyo Electric Power Company (TEPCO) enhances friction resistance by electrostatically depositing large spherical ceramics, resulting in a surface treatment that possesses water repellency and electrical conductivity. Since the ceramics are spherical, they cause minimal damage to the contacting counterpart and generate little static electricity, which reduces contamination adhesion. Additionally, applying a Teflon treatment over the spherical ceramics that are fixed to the material fills the gaps between the ceramics with Teflon, improving wear resistance. 【Features】 - The contact surface is made of ceramics, providing excellent wear resistance. - Being made of metal, it has good electrical conductivity and is less affected by static electricity. - The surface is coated with PTFE, offering good lubricity and water repellency. - The distribution of ceramics is random. - Resistant to solvents. *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
  • Ceramics

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Non-slip surface treatment

Non-slip surface treatment

Are you having trouble with "grip"? Our technology provides the friction surface you desire.

The "non-slip surface treatment" is a technology that fixes particles of materials (such as ceramics and abrasives) onto a surface through plating, causing those materials to protrude from the surface. It allows for the selection of frictional force and the control of aggressiveness against the counterpart. Grip strength can be achieved with a weaker force. Additionally, since it involves plating, it has good conductivity, which reduces the adhesion of dust due to static electricity. 【Features】 ■ Grip strength can be achieved with a weaker force ■ Low treatment temperature (below 60°C) ■ Renewable (peeling → reprocessing) ■ Conductive (prevents static electricity and charging) ■ Frictional force has no directionality *For more details, please refer to the PDF document or feel free to contact us.

  • Surface treatment contract service

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Low-foam neutral tin plating DAIN TINGOOD 314

Low-foam neutral tin plating DAIN TINGOOD 314

This is a neutral tin plating process for barrels with low foaming and a pH of 7.

■ DAIN TINGOOD 314 bath has a pH of 7, so it does not damage materials such as ceramic chips. ■ It has almost zero foaming and excellent plating workability. ■ It suppresses the generation of precipitates from tetravalent tin and has excellent bath stability.

  • Chemicals

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Organic acid high-speed glossy tin plating DAIN TINGOOD 207

Organic acid high-speed glossy tin plating DAIN TINGOOD 207

DAIN TINGOOD 207 is an organic acid bath designed for high-speed plating, providing a glossy tin plating solution. It results in a uniformly glossy appearance on the surface.

■ Organic acid, high-speed plating compatible glossy tin plating bath ■ Standard composition (Sn2+: 45 g/L), at 25 °C and around 12 A/dm2, a uniform glossy appearance of the coating can be obtained. ■ Compared to typical tin plating baths, it has lower foaming, which improves workability.

  • Automotive Connectors
  • Other machine tools

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Lead-free low melting point solder plating

Lead-free low melting point solder plating

Low-temperature mounting is possible for weak heat-resistant materials such as PET.

By using low melting point solder, energy consumption during reflow can be reduced, thereby lowering environmental impact. 【Sn-Bi Alloy Plating】DAINTINGOOD 503 - Low melting point (approximately 140°C) Sn-Bi alloy. - The Bi content (20-60 wt%) can be controlled by changing the usage conditions. - Plating can be performed with relatively high current efficiency. 【Sn-In Alloy Plating】Dainting Alloy I - Low melting point (approximately 120°C) Sn-In alloy. - A white, non-glossy film with an In content of 50-70% can be obtained. - Plating can be performed with relatively high current efficiency.

  • Chemicals
  • Solder

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Non-cyanide copper and copper alloy plating

Non-cyanide copper and copper alloy plating

Non-cyanide Cu strike plating for zinc die casting, Ni-free compatible Cu-Sn alloy plating.

【Cyan Cu Strike Plating Alternative 'DAIN COPPER PSR-SZ'】 - Non-cyanide strike Cu plating alternative to cyan Cu strike plating - No copper replacement precipitation occurs on zinc die-cast materials, forming a well-adhered plating film - Weakly acidic to neutral plating solution - Monovalent copper type (colorless and transparent), same as cyan bath 【Ni-Free Copper-Tin Alloy Plating 'Dain Specular'】 - Uniform film composition and silver-white high gloss appearance across a wide current density - Acidic plating solution - Thick plating possible (5μm) - Compatible with rack plating, hoop plating, and barrel plating - Proven track record in mass production for decorative applications

  • Chemicals
  • Other metal materials

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Non-cyanide AgSb plating "Dine Silver HDX"

Non-cyanide AgSb plating "Dine Silver HDX"

New lineup of non-cyan silver plating.

This product is a completely cyan-free type of silver alloy plating that is environmentally friendly and safe for humans. For electric vehicle (EV) charging connectors, it is necessary to carry a large current to shorten charging time, which requires a metal plating coating with excellent wear resistance. This product has a contact electrical resistance comparable to that of pure silver plating and provides a silver-antimony alloy plating coating (Sb = 1-2%) with excellent wear resistance and a hardness of over 150 Hv (measured value around 180 Hv). Therefore, it can be applied to various contacts and switch components, including EV charging connectors.

  • Chemicals
  • Automotive Connectors
  • switch

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Non-cyanide electroless silver plating

Non-cyanide electroless silver plating

No external power supply is needed; a silver plating film can be formed by immersion!

【Self-Catalytic (Reduction) Silver Plating: Dain Silver RD2】 - Can be deposited on non-conductive substrates (resin, glass, etc.) with the addition of a catalyst. - A silver plating film of approximately 0.5μm can be formed in 1 hour. - Usable at temperatures below 60°C. 【Replacement Type Silver Plating: Dain Silver EL Series】 - 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. - Compatible with acidic plating processes for surface treatment of resist substrates. - Thick films of 0.5μm or more are possible, increasing productivity! ■ Cost reduction for gold-plated substrates such as ENIG is possible.

  • Chemicals
  • Other electronic parts

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Lead-free low melting point solder plating

Lead-free low melting point solder plating

Low-temperature mounting on weak heat-resistant materials such as PET is possible.

By using low melting point solder, energy consumption during reflow can be reduced, thereby lowering environmental impact. Plating allows for implementation on patterns and small components. 【Sn-Bi Alloy Plating】DAINTINGOOD 503 - Low melting point (approximately 140°C) Sn-Bi alloy. - By changing the usage conditions, the Bi content (20-60 wt%) can be controlled. - Plating can be performed with relatively high current efficiency. 【Sn-In Alloy Plating】DAINTINGOOD 511 - Low melting point (approximately 120°C) Sn-In alloy. - A white, non-glossy film with an In content of 50-70% can be obtained. - Plating can be performed with relatively high current efficiency.

  • Chemicals
  • Solder
  • Other electronic parts

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Nickel plating alternative copper-tin alloy plating "Dine Specular"

Nickel plating alternative copper-tin alloy plating "Dine Specular"

There is a track record of mass production using nickel alternatives for gold plating substrates.

【Features】 - When used as a base for gold plating, it suppresses corrosion compared to using nickel plating as a base. - It is a non-cyanide sulfuric acid bath. - A uniform glossy appearance can be achieved over a wide range of current densities. - Thick films are possible. - Compatible with rack plating, barrel plating, and hoop plating.

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  • Other electronic parts

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