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Plating Product List and Ranking from 316 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

Plating Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
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. ウィルコ Kanagawa//Industrial Machinery
  3. オテック Osaka//Ferrous/Non-ferrous metals
  4. 4 トクシュ技研 Hyogo//Manufacturing and processing contract
  5. 5 柿原工業 Hiroshima//Automobiles and Transportation Equipment
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Plating Product ranking

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. Metal Melting Filling Machine "Pinhole Inlay" [Resistance Welder] トクシュ技研
  2. Simple type water stop sheet "Tomeppa TM" 帝人フロンティア 産資戦略マーケティング部
  3. T.K. Mark Pen for Fiber Reaction Marking トクシュ技研
  4. 4 Simple water stop sheet "Ms' Mamorita" (Water Protection Belt) ダイクレ
  5. 5 Kowa Kogyo Co., Ltd. "Company Profile" 興和工業所

Plating Product List

1411～1440 item / All 1552 items

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Technical Data: Hardness Changes of Electroless Nickel Due to Heat Treatment

Technical Data: Hardness Changes of Electroless Nickel Due to Heat Treatment

Not only does it excel in uniform electrical conductivity, but it also has excellent corrosion resistance and wear resistance.

Non-electrolytic nickel not only excels in uniform electroplating properties compared to electrolytic nickel, but also demonstrates superior corrosion resistance and wear resistance. Additionally, it has excellent hardness, exceeding approximately 550 Hv before heat treatment and surpassing 1000 Hv after heat treatment at 400°C, achieving hardness comparable to hard chrome. 【Content】 ○Sample: SPCD-SD ○Plating thickness: 20 μm ○Hardness measurement method: Vickers hardness tester ○Heat treatment conditions: Heated in an electric furnace, followed by air cooling after heat treatment (heat treatment time: 1 hour) For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Plating

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Technical Data: Content in Zinc Coating (Hexavalent Chromium, etc.)

Technical Data: Content in Zinc Coating (Hexavalent Chromium, etc.)

We will introduce the technical data on the content in the zinc-coated film.

At Kyushu Denka, we conduct surface treatment of various metals and have established a research and development department to flexibly respond to advanced order requirements through multifaceted technical research. The specialized staff who work diligently in research here are an important presence that supports the company from a technical standpoint. We continue to challenge ourselves in pursuit of cutting-edge technology that leads the plating industry. [Published Content] - Hexavalent Chromium (mg/m2) - Trivalent Chromium (mg/m2) - Total Chromium (mg/m2) - Silver (mg/m2) - Zinc (g/m2) For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Plating

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Technical data: Inventory period and degreasing time for pressed products.

Technical data: Inventory period and degreasing time for pressed products.

We will introduce the technical data on the inventory period of pressed products and the degreasing time.

At Kyushu Denka, we conduct surface treatment of various metals and have established a research and development department to flexibly respond to advanced order requirements through multifaceted technical research. The specialized staff who work diligently in research here are an important presence that supports the company from a technical standpoint. We continue to challenge ourselves in pursuit of cutting-edge technology that leads the plating industry. [Published Content] ○ Test Piece: 55×75×1.0 Tansheet For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Plating

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Technical Data: Appearance and Contact Resistance Due to H2S Exposure of Connectors

Technical Data: Appearance and Contact Resistance Due to H2S Exposure of Connectors

We will introduce the technical data on appearance and contact resistance due to H2S exposure of connectors.

At Kyushu Denka, we perform surface treatment of various metals and have established a research and development department to flexibly respond to advanced order requirements through multifaceted technical research. The specialized staff who work diligently on research here are an important presence that supports the company from a technical standpoint. We continue to challenge ourselves in pursuit of cutting-edge technology that leads the plating industry. [Published Content] [I Ag-Au (1μm)] ○Appearance 2 months: black spots / 9 months: numerous black spots ○Contact resistance before exposure: 6.2–7.0 / 9 months: 19–85 For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Plating

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Technical Data: Comparison of Contact Plating

Technical Data: Comparison of Contact Plating

We will introduce technical data comparing contact plating.

At Kyushu Denka, we perform surface treatment of various metals and have established a research and development department to flexibly respond to advanced order requirements through multifaceted technical research. The specialized staff who work diligently on research here are an important presence that supports the company from a technical standpoint. We continue to challenge ourselves in pursuit of cutting-edge technology that leads the plating industry. [Contents] - Contact resistance - Wear resistance - Corrosion resistance For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Plating

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Hydrophilic chrome-plated roller

Hydrophilic chrome-plated roller

Introduction of special structure rollers such as chrome plating, super chrome, and hyper chrome!

Introducing the "Hydrophilic Chrome Plated Roller." In addition to the special structure of chrome plating that has hydrophilicity due to thick plating, we also offer Super Chrome and Hyper Chrome. Additionally, we have "Ceramic Coated Rollers" available. 【Features】 ■ Chrome Plating - Special structure with hydrophilicity due to thick plating ■ Super Chrome - Special structure with anti-rust treatment applied to the iron core ■ Hyper Chrome - Special structure using SUS as the base for hydrophilic chrome plating *For more details, please refer to the PDF document or feel free to contact us.

  • roller
  • Plating

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Iron + Binding small screw nickel-plated

Iron + Binding small screw nickel-plated

Iron + bind small screw nickel-plated

The head shape is a trapezoidal shape with a rounded top. Compared to pan head screws, the head diameter is about 10-20% larger, allowing for a wider contact area, which helps prevent seat surface sinking. It is compliant with EU-RoHS standards.

  • bolt
  • Plating

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Iron + Bind B Tight, manufactured by Nitto Seiko, nickel-plated.

Iron + Bind B Tight, manufactured by Nitto Seiko, nickel-plated.

Iron + Bind B Tight, manufactured by Nitto Seiko, nickel-plated.

It is a screw that can be tightened while forming a male thread on the counterpart component, eliminating the need for thread processing or nuts. The cross-section of the screw part is shaped like a rice ball (triangular), allowing for fastening with a smaller torque compared to tapping screws. The thread pitch is the same as that of two types of tapping screws. It can be used with both metal sheets and plastic components. It enables the standardization and integration of screws during assembly manufacturing. It is compliant with EU-RoHS standards.

  • bolt
  • Plating

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Stainless steel spacer hexagonal both ends threaded diameter 5 low temperature black chrome treatment

Stainless steel spacer hexagonal both ends threaded diameter 5 low temperature black chrome treatment

Stainless steel black spacer hexagonal double-ended screw flat diameter 5 low-temperature black chrome treatment

This is a stainless steel spacer treated with low-temperature black chrome. The matte black surface is ideal for optical devices that require anti-glare properties. With a film thickness of approximately 2μm and no variation in thickness distribution, it has corrosion resistance several tens of times greater than black dyeing. It is a hexagonal column shape with a flat diameter of 5mm and both male threads. Low-temperature black chrome treatment offers excellent wear resistance, light-selective absorption, and thermal absorption, leading to increased demand in industries such as semiconductors, liquid crystal, and optical technology-related equipment. Applications include semiconductor and liquid crystal manufacturing equipment, optical inspection equipment, top covers and diaphragm parts for high-end single-lens reflex digital cameras, and precision drive components such as LM guides and gears. Standard film thickness: 5±2μm. Since there is no need to apply oil, it can be used in clean rooms.

  • nut
  • Plating

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Stainless steel spacer hexagonal double-ended screw diameter 6 low-temperature black chrome treatment

Stainless steel spacer hexagonal double-ended screw diameter 6 low-temperature black chrome treatment

Stainless steel black spacer hexagonal double-ended screw flat diameter 6 low-temperature black chrome treatment

This is a stainless steel spacer treated with low-temperature black chrome. The matte black surface is ideal for optical devices that require anti-glare properties. With a film thickness of approximately 2μm and no variation in thickness distribution, it has corrosion resistance several tens of times greater than black dyeing. It is a hexagonal column shape with a flat diameter of 6mm and both male threads. Low-temperature black chrome treatment has excellent wear resistance, light-selective absorption, and thermal absorption, leading to increasing demand in industries such as semiconductors, LCDs, and optical technology-related equipment. Applications: Semiconductor and LCD manufacturing equipment, optical inspection equipment, top covers and diaphragm parts for high-end single-lens reflex digital cameras, precision drive components such as LM guides and gears. Standard film thickness: 5±2μm. Since there is no need to apply oil, it can be used in clean rooms.

  • nut
  • Plating

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Stainless steel spacer hexagon male and female screws different diameters low-temperature black chrome

Stainless steel spacer hexagon male and female screws different diameters low-temperature black chrome

Stainless steel black spacer hexagonal male and female screws different diameters low-temperature black chrome treatment

This is a stainless steel spacer treated with low-temperature black chrome. The matte black surface is ideal for optical devices that require anti-glare properties. With a film thickness of approximately 2μm and no variation in thickness distribution, it has corrosion resistance several tens of times greater than black dyeing. The screw diameters of the male and female threads are different. Low-temperature black chrome treatment offers excellent wear resistance, light-selective absorption, and thermal absorption, leading to increased demand in industries such as semiconductors, liquid crystal, and optical technology-related equipment. Applications include semiconductor and liquid crystal manufacturing equipment, optical inspection equipment, top covers and diaphragm parts for high-end single-lens reflex digital cameras, and precision drive components such as LM guides and gears. Standard film thickness: 5±2μm. Since there is no need to apply oil, it can be used in clean rooms.

  • nut
  • Plating

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Brass + small round plate screw nickel-plated

Brass + small round plate screw nickel-plated

Brass + small round plate screw nickel-plated

This is a screw with a slightly rounded head and a conical-shaped seating surface. It is necessary to perform a countersink on the material being tightened. It is compliant with EU-RoHS standards.

  • bolt
  • Plating

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Brass knurled screw with step φ8×H8 nickel plated

Brass knurled screw with step φ8×H8 nickel plated

Brass knurled screw with step φ8×H8 nickel plated

It is a screw that can be tightened by hand. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.

  • bolt
  • Plating

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Brass knurled screw with slotted stepped body, φ10×H8, nickel-plated.

Brass knurled screw with slotted stepped body, φ10×H8, nickel-plated.

Brass knurled screw, slotted and stepped, slender body φ10×H8, nickel-plated.

This is a screw that can be tightened by hand. It has a slotted head, allowing it to be tightened using a flathead screwdriver. It is suitable for securing areas that require frequent attachment and detachment, such as covers and lids. It is compliant with EU-RoHS standards.

  • bolt
  • Plating

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[Problem-Solving Case] Treatment with good release properties and high wear resistance.

[Problem-Solving Case] Treatment with good release properties and high wear resistance.

Ceramic plating is a special coating that excels in wear resistance! It improves hardness from around Hv400 to Hv900!

We would like to introduce a case where a sealer used in the sealing section of packaging machinery was required to ensure non-stick properties while also demanding high wear resistance and durability. Although a non-stick PTFE coating was used, its hardness was only around Hv400, which posed durability issues. Therefore, we adopted our "Ceramic Coating." This increased the hardness to Hv900, enhancing wear resistance. Additionally, the non-stick performance was secured by reducing the contact area through the action of fine boron nitride particles. [Key Points for Problem Solving] - Even if the counterpart is a film, the hard fillers contained in that film can wear down the counterpart metal. - PTFE coating is relatively hard at around Hv400, but wear still progresses. - The boron nitride contained in the ceramic coating is extremely hard. - Reducing the contact area also excels in wear resistance. *For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment
  • Plating

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Melted zinc-aluminum alloy coating

Melted zinc-aluminum alloy coating

Over 10,000 hours of experience in salt spray testing! Melted zinc-aluminum alloy plating.

The molten zinc-aluminum alloy coating "GALVA LEO" is a high corrosion-resistant coating that contains 5% aluminum and 1% magnesium based on molten zinc. It demonstrates excellent corrosion resistance in a wide range of fields, including salt damage, heavy industrial areas, civil engineering, construction, electricity, telecommunications, and railways. 【Features】 ■ Compliant with RoHS, JIS certified (JIS H 8643) ■ Proven performance of over 10,000 hours in salt spray tests (in accordance with JIS Z 2371) ■ Suitable for bolts, nuts, and washers ■ High adhesion, with adhesion to iron equivalent to that of molten zinc coatings *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
  • Plating

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Electroless nickel: Achieving resistance to fluorine gas and ultra corrosion resistance!

Electroless nickel: Achieving resistance to fluorine gas and ultra corrosion resistance!

Electroless nickel: Achieves a uniform plating film without pinholes or pits, even on complex shapes. *Materials with performance comparison graphs available.

Electroless nickel plating. If you are troubled by rust or corrosion, please leave it to us. Our electroless nickel 'NAC-S1000' can provide a plating film that excels in resistance to fluorine gas and corrosion on the substrate. Additionally, it allows for uniform plating that is free from pinholes and pits, which helps improve the durability of molds for resins such as PTFE, PFA, and FEP. ★ We are currently offering materials that include performance comparison data with Hastelloy and SUS. 【Features】 ■ Plating film without pinholes or pits is possible ■ Excellent corrosion resistance and fluorine gas resistance ■ Uniform plating is possible even on complex shapes ■ Lower cost compared to Hastelloy * For more details, please refer to the PDF document or feel free to contact us.

  • Surface treatment contract service
  • Other metal materials
  • Plating

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Trivia: "What is the difference between decorative chrome plating and industrial chrome plating?"

Trivia: "What is the difference between decorative chrome plating and industrial chrome plating?"

The difference between decorative chrome plating and industrial chrome plating can be simply described as a significant difference in their applications and the thickness of the coating.

Chrome plating has a beautiful shiny silver appearance and is a highly durable coating, with many chrome-plated products around us. Chrome plating is used in a wide variety of items, including faucets, accessories, and parts for cars, motorcycles, and bicycles—there are countless examples. However, chrome plating can be broadly divided into two categories: "decorative chrome plating" and "industrial chrome plating." The main purpose of decorative chrome plating is aesthetic appeal and corrosion resistance, typically applied at a thickness of about 0.1 to 0.5 μm. It is usually applied over a base layer of nickel plating or copper-nickel plating. Most of the chrome plating we encounter in our daily lives falls into this decorative category. On the other hand, the purpose of industrial chrome plating, in addition to corrosion resistance, includes wear resistance and scratch resistance, with thicknesses ranging from about 10 μm to as much as 200 μm. Utilizing the hardness and smoothness of chrome plating, it is widely used in sliding and moving parts such as cylinders, pistons, molds, rolls, and machine components. Since aesthetic appeal is not a primary concern, it is often applied directly to the material, especially when aiming to enhance corrosion resistance.

  • Extrusion Machine
  • Sealing machine
  • Beverage Production Equipment
  • Plating

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Practical Examples of Ultra-Large Electroless Nickel Plating - Vacuum Chamber -

Practical Examples of Ultra-Large Electroless Nickel Plating - Vacuum Chamber -

Practical Example of Ultra-Large Electroless Nickel Plating - Vacuum Chamber -

Here are practical examples of ultra-large non-electrolytic nickel plating. Vacuum Chamber Size: 2000×2000×1000mm Weight: 3000kg Plating Thickness: 10μm *We also accept prototypes, so please feel free to consult with us.*

  • Surface treatment contract service
  • Plating

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Electroless Nickel Plating - Corrosion Resistance of Plated Coatings

Electroless Nickel Plating - Corrosion Resistance of Plated Coatings

Electroless Nickel Plating - Corrosion Resistance of Plated Coatings

We will answer frequently asked questions regarding our specialty, electroless nickel plating! Q: Can you tell me about the corrosion resistance of the plating film? A: Generally, electroless nickel plating is said to have excellent corrosion resistance. However, when products coated with 5 to 8 μm of electroless nickel plating are subjected to salt spray tests, defects may appear at sharp edges. This issue occurs when there are defects such as cracks in the electroless nickel film. To improve corrosion resistance, a sufficient plating thickness is necessary. Please consult with our representative regarding the plating thickness. *We also accept prototypes, so feel free to consult with us.*

  • Processing Contract
  • Surface treatment contract service
  • Plating

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Non-electrolytic nickel plating - black plating film -

Non-electrolytic nickel plating - black plating film -

Non-electrolytic nickel plating - black plating film -

We will answer frequently asked questions regarding our specialty in electroless nickel plating! Q: Can you achieve a black plating finish? A: We do offer black plating as well. However, our black plating is achieved through alloying the plating layer, resulting in an interference color that appears black. It does not have light-blocking properties. *We also accept prototypes, so please feel free to consult with us.*

  • Processing Contract
  • Surface treatment contract service
  • Plating

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Electroless Nickel Plating - What Materials Can Be Plated?

Electroless Nickel Plating - What Materials Can Be Plated?

Electroless Nickel Plating - What Materials Can Be Plated?

We will answer frequently asked questions regarding our specialty, electroless nickel plating! Q: What materials can be plated? A: The materials that can be plated by us include iron, stainless steel (SUS), copper and brass products, aluminum materials, as well as ceramic and glass materials. However, the treatment for ceramics varies depending on the manufacturer and type, so please consult us in advance. *We also accept prototypes, so feel free to consult us.*

  • Processing Contract
  • Surface treatment contract service
  • Plating

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Electroless Nickel Plating - Maximum Coating Thickness

Electroless Nickel Plating - Maximum Coating Thickness

Electroless nickel plating - maximum film thickness

We will answer frequently asked questions regarding our specialty, electroless nickel plating! Q: What is the maximum thickness that can be achieved in μm? A: It varies depending on the size of the product, but we have a track record of electroless nickel plating up to a maximum of 200 μm. *We also accept prototypes, so please feel free to consult with us.*

  • Processing Contract
  • Surface treatment contract service
  • Plating

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Plastic plating / resin plating [weather resistance]

Plastic plating / resin plating [weather resistance]

Achieving durable plastic products that are resistant to ultraviolet rays and wind and rain!

Heiwa Kogyo Co., Ltd. is a comprehensive processing manufacturer that applies plating to plastic products. Lightweight and aesthetically pleasing plastic is highly valued in various industrial products, but it has the issue of being prone to deterioration when left untreated. By applying plating, it is possible to dramatically extend the lifespan of the products. 【Improvement of Weather Resistance】 Plastics that are weak against ultraviolet rays can have their weather resistance improved through plating, preventing deterioration from sunlight and wind and rain. Products used outdoors can maintain their beautiful condition for a long time. 【Main Advantages of Plastic Plating】 - Electromagnetic Wave Shielding Effect: Blocks electromagnetic waves and protects electronic devices. - Static Electricity Prevention Effect: Reduces the generation of static electricity, ensuring safety. - Heat Resistance and Dust Resistance: Achieves products that are strong against high temperatures and dust. - Impact Resistance and Scratch Resistance: Enhances the durability of products, making them strong for everyday use. Please make use of Heiwa Kogyo's plating technology, which enhances the weather resistance of outdoor products while balancing design and functionality. *For more details, please download the PDF or contact us.

  • plastic
  • Plating

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Plastic plating / resin plating [corrosion resistance]

Plastic plating / resin plating [corrosion resistance]

Corrosion-resistant plastic plating that does not rust even in harsh environments.

Heiwa Kogyo Co., Ltd. is a comprehensive manufacturer specializing in plating processing for plastic products. By applying plating to lightweight and highly designed plastic products, we not only enhance their decorative appeal but also add excellent functionality. 【Improvement of Corrosion Resistance】 With high corrosion-resistant plastic plating, products can withstand environments exposed to wind, rain, and humidity for extended periods without corroding, maintaining their beautiful appearance and performance over time. This makes them safe to use even in harsh environments such as outdoor settings or coastal areas. 【Advantages of Plastic Plating】 - Electromagnetic Wave Shielding Effect: Blocks electromagnetic waves and protects electronic devices. - Static Electricity Prevention Effect: Prevents the generation of static electricity, enhancing safety. - Heat and Dust Resistance: Strengthens resistance to high temperatures and dust. - Impact and Scratch Resistance: Protects products from everyday impacts and scratches, increasing durability. Heiwa Kogyo's plastic plating supports the creation of long-lasting products with corrosion resistance, delivering high-quality products that can withstand any environment. *For more details, please download the PDF or contact us.

  • plastic
  • Plating

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Plastic plating and resin plating that block electromagnetic wave noise.

Plastic plating and resin plating that block electromagnetic wave noise.

Adding shielding functionality to lightweight resin. Plating process that suppresses noise from electronic devices, enhances signal stability, and improves operational reliability!

In electronic devices and automotive parts, electromagnetic waves (noise) generated from circuits pose a significant challenge as they can lead to malfunctions and decreased reliability of other signals and devices. The "plastic plating and resin plating (electromagnetic wave shielding)" offered by Heiwa Kogyo incorporates a metallic shielding mechanism through plating into lightweight and highly designed resin parts, providing a solution that directly contributes to noise elimination. In this process, plating that blocks and absorbs electromagnetic waves is applied to resin housings and exterior and interior parts of electronic devices, imparting the following functions: 【Features】 ■ Electromagnetic wave shielding effect: Reduces noise in electronic devices, supporting signal quality and stable operation of peripheral devices. ■ Electrostatic prevention function: Reduces the generation of static electricity, enhancing the safety and reliability of devices and parts. ■ Heat resistance, dust resistance, impact resistance, and scratch resistance: Achieves reliable parts that can withstand harsh operating environments. ■ For those facing the following challenges: - Experiencing "malfunctions due to noise" or "communication failures" in electronic devices. - Wanting to balance decorative and functional (shielding) aspects. - Seeking to further enhance reliability with heat resistance, dust resistance, impact resistance, etc. *For more details, please download the PDF or contact us.

  • plastic
  • Plating

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Pure zinc plating "Solder Silver Top"

Pure zinc plating "Solder Silver Top"

A steel plate for lead-free soldering that possesses all the characteristics required for electronic components!

We would like to introduce our pure zinc plating product, "Silver Top for Solder." It possesses excellent solder wetting properties compatible with lead-free solder and non-active flux, resistance to whiskering, and high shielding performance due to high surface conductivity, meeting all the required characteristics for electronic components. Please feel free to contact us if you have any inquiries. 【Specifications】 ■ Function: Eco type / Conductive / Solderable ■ Zn coating amount: 3–20g/m2 ■ Thickness range: 0.15–1.2mm *For more details, please download the PDF or feel free to contact us.

  • Steel
  • Plating

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Copper plating

Copper plating

Features of Silvec's copper plating

Characteristics of Silvec's Copper Plating 1. It excels in electrical conductivity, thermal conductivity, antibacterial properties, and electromagnetic wave shielding, making it widely used as a base plating for various types of plating. 2. Particularly due to its excellent electrical conductivity, it has become an indispensable plating in the electronics field. 3. Both jig use (static plating) and barrel plating (rotating plating) methods are possible.

  • Other electronic parts
  • Plating

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Chrome plating

Chrome plating

Features of Silvec's Chrome Plating

Features of Silvec's Chrome Plating 1. The appearance of the underlying nickel plating is directly reflected in the appearance after chrome plating. For example, applying chrome plating to a product with glossy nickel plating that has been buff-polished will yield a mirror-like finish. Similarly, if the material is buff-polished and then chrome plated over velour nickel plating, the velour's matte texture will remain visible. 2. Compliant with the RoHS directive. (Although hexavalent chromium is used in the plating solution, it precipitates as metallic chromium in the product, allowing compliance with the RoHS directive.) 3. Hexavalent chromium plating is difficult to apply to areas such as weak electrical components, which may result in exposed nickel on the backside of complex shapes. Due to this characteristic, barrel plating is not permitted. In some cases, fine screws may be plated at the back with mesh attachment, but currently, our company only performs stationary plating using jigs. (Trivalent chromium plating can be done using a barrel.) 4. Method: Jig use (stationary plating)

  • Optical Connector
  • Plating

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Electroless nickel plating

Electroless nickel plating

Features of Silvec's Electroless Nickel Plating

Characteristics of non-electrolytic nickel plating: 1. The plating thickness is uniform regardless of product shape, allowing for high-quality requirements with dimensional accuracy (5-10% tolerance). 2. Lead-free and compliant with RoHS directives. 3. Corrosion resistance and wear resistance are superior to electroplated nickel. 4. Friction resistance is lower than that of electroplated nickel.

  • Other Auto Parts
  • Plating

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