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Plating - メーカー・企業44社の製品一覧とランキング

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Platingのメーカー・企業ランキング

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  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
企業ランキングへ

Platingの製品ランキング

更新日： 集計期間:Sep 24, 2025～Oct 21, 2025
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  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の製品一覧

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[Free Sample Available] Functional Coating 'Tef-Lock'

[Free Sample Available] Functional Coating 'Tef-Lock'

Prevention of scratches, prevention of resin adhesion, prevention of blocking! Increased production speed for improved productivity.

"Teff Rock" is a special surface treatment technology that impregnates PTFE into microcracks of hard chrome plating. Are you experiencing reduced operating rates due to adhesion on rolls? Like hard chrome plating, it can also be peeled and reprocessed. The heat resistance temperature is 250°C, but please consult us if you are using resins with even higher melting points. There is also a heat-resistant version that can be used at temperatures above 300°C. 【Features】 ■ Compared to Teflon coating, it does not wear out in a short period. ■ The hardness of hard chrome plating helps prevent scratches on the roll surface. ■ Since it is impregnated with PTFE, it has an excellent effect in preventing resin adhesion. ■ It can prevent blocking of films and sheets. ■ Like hard chrome plating, it can be peeled and reprocessed. *For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment
  • Surface treatment contract service

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Case Study of Teflock Adoption No. 1 [Scratch Prevention in the Canning Line]

Case Study of Teflock Adoption No. 1 [Scratch Prevention in the Canning Line]

[Free Sample Available] Reduce friction resistance with "Tef-Lock" to prevent product scratches!

We would like to introduce a case where we prevented scratches on cans in the canning line. We received an inquiry from a can manufacturing machine manufacturer regarding a component called a forming flap, which transports and shapes cans just before the welding process. It was reported that scratches were occurring on the steel plates due to the resistance when passing through this component. While fluorine coating could improve sliding, it was also necessary to have wear resistance because the steel plates were sliding. In response, we introduced our "Tef-Lock." This reduced the friction resistance between the component and the steel plate, preventing scratches on the steel plate. Additionally, since it has hardness equivalent to hard chrome plating, the durability of the component itself was also significantly improved, which pleased our client.

  • Other molds
  • Press Dies
  • Welding Machine

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Case Study of Teflock No. 2 [Surface Treatment Ideal for Conveyance Guides]

Case Study of Teflock No. 2 [Surface Treatment Ideal for Conveyance Guides]

[Free Sample Available] A case where delamination occurred after using a guide for transporting paper and other materials for three days has been resolved with "Teflock"!

We would like to present a case where a guide for transporting paper and other materials delaminated after three days of use. [Issue] A manufacturer consulted us about a guide for transporting paper that had previously used Teflon coating before processing with Teflock. However, it delaminated after just three days (with a lead time of two weeks), requiring them to apply adhesive tape each time as a workaround. [Proposal] We introduced our "Tef-Lock." [Result] The wear resistance was significantly improved, and what used to delaminate after three days now lasts over a year. It has a good compatibility with non-woven fabrics, offers superior durability compared to Teflon coating, and has reduced maintenance frequency, leading to customer satisfaction.

  • Other molds
  • Press Dies
  • Welding Machine

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Case study of hard chrome plating part 2: [Reduction of repair costs]

Case study of hard chrome plating part 2: [Reduction of repair costs]

A case that was troubling due to high costs when requesting Company A through the manufacturer for a repair issue was resolved with "hard chrome plating"!

We would like to introduce a case where we were troubled by high costs while requesting repairs from Company A through the manufacturer. 【Issue】 We received a consultation from a certain manufacturer, who was having trouble with the costs incurred while requesting surface treatment repairs from Company A through the manufacturer. 【Proposal】 We proposed "hard chrome plating," which can be done directly without going through the manufacturer. 【Result】 By being able to do it directly, the costs were reduced, and the finish was problem-free, successfully reproducing the same treatment as Company A's surface processing.

  • Other molds
  • Press Dies
  • Welding Machine

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Case Study of Tephlock No. 3 [Prevention of Striations During Extrusion Molding]

Case Study of Tephlock No. 3 [Prevention of Striations During Extrusion Molding]

Free samples available! Prevents streaks during extrusion molding with the lubricity of 'Tef-Lock'.

We received an inquiry from a manufacturer engaged in the extrusion molding of resin pipes, who reported that vertical stripes were inevitably appearing on the products when passing through the sizing process to cool and solidify the extruded pipes. While they had tried general Teflon coatings and other surface treatments containing Teflon to improve slip and release properties, they were somewhat satisfied with the hardness and wear resistance of hard chrome plating. However, they were looking for a surface treatment that would maintain hardness and wear resistance while providing a bit more lubrication and release properties. In response, we introduced our "Tef-Lock." Thanks to the excellent slip properties of polytetrafluoroethylene (PTFE), we successfully eliminated the vertical stripes that were occurring during the sizing process. Additionally, the previous plating company they had used for hard chrome plating had caused significant bulging at the entrance edge, which was crucial for regulating the dimensions of the resin pipes and negatively affecting quality. They were pleased to find that our plating improved this issue as well.

  • Food Packaging Machinery
  • Food Conveyor Equipment
  • Filling and bottling machines

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Surface treatment: hydrophilic treatment chrome plating

Surface treatment: hydrophilic treatment chrome plating

This is a specification with improved hydrophilicity.

This treatment improves hydrophilicity by widening the microcracks in hard chrome plating. Compared to standard hard chrome plating, it has better water affinity. It is an ideal treatment for applications aimed at retaining lubricants and coating liquids. Widening the microcracks also carries the risk of accelerating corrosion compared to standard chrome plating, so please consult us first.

  • Printing Machinery

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Case study of hard chrome plating application No. 3 [Plating on coating bars]

Case study of hard chrome plating application No. 3 [Plating on coating bars]

High-precision plating of thin films to maintain the groove shape of coating bars.

We received an inquiry from a film manufacturer who wanted to apply hard chrome plating to grooved bars as uniformly and accurately as possible. The primary requirement was the uniformity of the plating thickness. Variations in plating thickness directly lead to variations in the volume of the grooves, which in turn affects the amount of coating applied. After numerous prototypes, we successfully achieved hard chrome plating with a thin film of approximately 5 to 10 μm, maintaining a range of ±1 μm for 5 μm and ±2 μm for 10 μm. Regarding the type of grooves, we can accommodate both types: those made by rolling and those made by wrapping wire around a round bar. We were pleased to hear that we were able to maintain the wear resistance of hard chrome plating while preserving the groove shape, ensuring a stable coating amount and stabilizing quality.

  • plastic
  • Engineering Plastics
  • Composite Materials

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Surface treatment: Hard chrome plating on rollers

Surface treatment: Hard chrome plating on rollers

Rollers are treated with hard chrome plating on the rolls.

From the production of rolls and rollers to finishing, including plating. We will perform plating treatment on the rollers you provide. We also accept repairs for existing rolls. For various types of rolls used in extrusion molding machines, coaters, printing machines, and stretching machines for shaping and secondary processing of films and sheets, you can entrust us with everything from production to surface treatment! We can sketch, CAD model, and manufacture rolls currently in use. We will also investigate and reproduce surface treatments. 【Features】 ◆ Capable of processing micron-level G polishing required for coater rolls and others ◆ Vertical polishing with a super mirror finish of 0.05S or less is also possible ◆ Surface treatments such as Tef-Lock treatment to prevent dirt adhesion and Cro-Amol treatment requiring high hardness are also available.

  • roller

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Acquiring hardness above HV900 and wear resistance simultaneously [hard chrome plating].

Acquiring hardness above HV900 and wear resistance simultaneously [hard chrome plating].

By applying hard chrome plating to the surface without using expensive materials, excellent wear resistance, corrosion resistance, and other functions can be achieved, making cost reduction possible. *Samples are currently available.

Hard chrome plating is a technique known as electroplating, which uses electrical power to reduce metal ions in a solution and form a new coating (chromium metal) on the surface of the material. This allows for functionality to be applied only to the necessary areas, enabling the use of materials with minimal required functions instead of expensive high-performance materials. By applying hard chrome plating to the surface, it is possible to fully utilize the functions while keeping material costs low. Additionally, we also offer a coating called "Tef-Lock," which incorporates Teflon for excellent release properties, and "Cloamore," which enhances hardness and achieves crack resistance by incorporating carbon into the chrome plating. *Currently, we are introducing processing solution case studies on Ipros! Please take a look. 【Features】 ★ Hardness With a high hardness of over Hv900, it is significantly harder than heat-treated steel and nitrided steel. ★ Wear Resistance As the hardness of the coating increases, the amount of wear decreases. ★ Heat Resistance Even when heated to over 400°C, the hardness does not rapidly decrease... *For more details, please feel free to contact us.

  • Surface treatment contract service

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Case Study of Croamore No. 2: Wear Prevention for Parts Using Powder

Case Study of Croamore No. 2: Wear Prevention for Parts Using Powder

Solve wear of SUS parts caused by powder with "Cloamore"! Double the lifespan when used without surface treatment! The hardness of HV1800 protects the parts!

[Issue] A manufacturer of automatic powder dosing machines requested to improve the wear resistance of the auger, a rotating part that conveys powder, in order to extend its lifespan. [Proposal] We introduced our product "Cloamore." [Result] Thanks to the high hardness and excellent wear resistance of "Cloamore," the lifespan of the parts dramatically increased! When using SUS material without surface treatment, the lifespan was 3-4 years, which has now doubled to 7-8 years, resulting in great satisfaction.

  • Other electronic parts
  • Resin mold
  • Powder Molding Machine

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Double plating for improved corrosion resistance.

Double plating for improved corrosion resistance.

The multilayering of hard chrome plating improves corrosion resistance by reducing the penetration of microcracks. It is effective when you want to keep costs down.

Hard chrome plating is not only excellent in wear resistance but is also sometimes applied to protect the surface of iron from rust; however, its corrosion resistance is not perfect. This is due to the presence of microcracks, which are tiny cracks that are not visible to the naked eye, on the surface of the hard chrome plating. Some of these microcracks penetrate all the way from the surface to the base material. Therefore, while hard chrome plating does not corrode when exposed to humid environments that are prone to condensation or environments with strong corrosive gases, corrosion factors can reach the base material through the cracks, and once corrosion begins in the base material itself, it can ultimately lead to the plating peeling off from the base material. For this reason, there are cases where the use of chrome plating for rust prevention is abandoned due to the usage environment; however, there are actually methods to improve corrosion resistance. One such method is to create a multilayered hard chrome layer. By reapplying plating after the chrome plating finish, the number of microcracks that penetrate to the base material can be reduced, thereby enhancing corrosion resistance. Nickel plating is also a method to improve corrosion resistance, but it is not suitable for environments that corrode nickel, such as those with ozone; thus, the technology of multilayering chrome plating is adopted as a countermeasure.

  • plastic

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The heat resistance of Teflon-containing chrome plating has been significantly improved "Tef-Lock α".

The heat resistance of Teflon-containing chrome plating has been significantly improved "Tef-Lock α".

The durability and heat resistance of non-stick, high-release plating Tef-Lock have been significantly improved, making it possible to use it at 300℃!

- Our unique high-performance composite surface treatment combines the high hardness, wear resistance, and electrical conductivity of hard chrome plating with the non-stick properties, lubricity, low friction, and release properties of fluororesin. - Tef-Lock α maintains a stable surface without decomposition of the resin component even in high-temperature environments of 300°C, demonstrating excellent durability (conventional Tef-Lock has a heat resistance temperature of around 250°C). - In friction tests at high temperatures of 300°C, Tef-Lock α shows 2.4 times the durability of conventional Tef-Lock and approximately 7 times the durability compared to typical nickel plating combined with fluororesin.

  • Resin mold
  • Food Conveyor Equipment
  • Filling and bottling machines

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High corrosion-resistant plating "Hybrid Chrome" (under prototype development)

High corrosion-resistant plating "Hybrid Chrome" (under prototype development)

We have successfully achieved high corrosion resistance that significantly exceeds 24 hours in the Cass test through the hybridization (composite) of plating films and inorganic materials!

Hybrid chrome is a technology that enhances the functional properties of chrome plating by hybridizing (compositing) chrome plating films with inorganic materials. Our company has successfully achieved corrosion resistance that significantly exceeds 24 hours in the Cass test through hybridization with glassy materials. By sealing the micro-cracks, which are a weakness of chrome plating, corrosion resistance has been greatly improved, and at the same time, it also prevents the intrusion of foreign substances into the cracks.

  • plastic

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Trivia: "What is the difference between plating and painting?"

Trivia: "What is the difference between plating and painting?"

The materials and construction methods for plating and painting are completely different. Here is a simple explanation of the differences between plating, including hard chrome plating, and painting.

○ Plating This is a technique that forms a thin metal film on the surface of a material to prevent rust, improve appearance, or impart functionality. Plating can be broadly divided into wet plating and dry plating, with hard chrome plating classified as wet plating. Wet plating involves forming a film in a solution of dissolved metal and is further classified into electroplating, which uses a power source, and electroless plating, which does not. Dry plating, on the other hand, forms a film in a vacuum or similar environment and is called dry plating because it does not involve immersion in a solution. Dry plating is further divided into physical vapor deposition (PVD) and chemical vapor deposition (CVD). ○ Painting, Coating This is a technique that forms a coating film by applying or spraying paint onto the surface of a material, with similar purposes as plating, such as preventing rust, improving appearance, and imparting functionality. Painting methods range from simple manual application using brushes to high-pressure spraying of paint, methods that heat and cure the paint, powder coating where powdered paint is electrostatically adhered and then heated to melt, and electrodeposition painting, where electricity is passed through a solution of dissolved paint to form a coating film.

  • Plastic Mould
  • Resin processing machine

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Micro crack plating "Clo-Fine" achieves high hardness and high corrosion resistance!

Micro crack plating "Clo-Fine" achieves high hardness and high corrosion resistance!

Further improve the hardness and corrosion resistance of hard chrome plating with micro-crack plating!

Typically, hard chrome plating is performed using a bath made of anhydrous chromic acid and sulfuric acid, referred to as a "Sargent bath," dissolved in water. Its hardness ranges from HV750 to 900, which is quite excellent, but even so, under harsh usage conditions, wear of the plating is unavoidable. Additionally, the cracks (fine fissures) present in the hard chrome plating layer can expand when heat is applied, which can be problematic depending on the application. However, our company has developed "CRO-FINE," which solves these issues by improving the components of the plating bath. 【Features】 ■ Hardness is excellent at HV950 to 1000 ■ Compared to typical hard chrome plating, the extent of crack expansion due to heating is smaller ■ Although there are many cracks, they are narrow and shallow, resulting in minimal penetration to the substrate and excellent corrosion resistance ■ Not only is it excellent in wear resistance, but it also reduces the wear amount of the opposing material *For more details, please refer to the related links or feel free to contact us.

  • Other metal materials

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