We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Plasma Spraying.
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Plasma Spraying Product List and Ranking from 11 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Plasma Spraying Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 加納商事 Tokyo//Manufacturing and processing contract
  2. 大阪富士工業 Hyogo//Manufacturing and processing contract
  3. 富士岐工産 Fukuoka//Manufacturing and processing contract
  4. エアロテック Yamaguchi//others
  5. 5 null/null
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Plasma Spraying Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Plasma spraying 加納商事
  2. Osaka Fuji Industrial's thermal spraying technology - Gas Plasma Spraying 大阪富士工業
  3. [Surface Treatment] Plasma Erosion Resistance Related to Semiconductor Manufacturing Equipment 富士岐工産
  4. AeroTech Co., Ltd. "Thermal Spraying" Technology Introduction エアロテック
  5. 4 The mechanism of plasma spraying [Kanmeta Engineering]

Plasma Spraying Product List

1～15 item / All 16 items

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Plasma spraying

Plasma spraying

Plasma spraying

◆◇◆ What is Plasma Spraying ◆◇◆ Plasma spraying is a process that uses a plasma jet generated by a plasma spray gun to heat and accelerate spray materials, bringing them to a molten or near-molten state before spraying them onto a substrate. The diagram illustrates the principle of a plasma spray gun. As shown in the diagram, when a voltage is applied between the cathode and anode, a direct current arc is generated. The working gas (such as argon) supplied from the rear becomes ionized, producing plasma. Then, the spray powder material is fed into the plasma flame using the working gas (such as argon), forming a spray coating.

  • Processing Contract

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Plasma spraying

Plasma spraying

Thermal spraying on the sleeve, oil seal section of the screw shaft, and thermal spraying on the gland packing of the sleeve with flange.

This is an introduction to Kōei Techno System's "Plasma Spraying," which focuses on the repair, regeneration, extension of life, and maintenance of parts, aiming for high quality, wear resistance, heat resistance, and anti-corrosion of components, similar to preventive medicine, through advanced research and development of machinery. The plasma flame generated by the ionization of inert gas serves as the heat source. With ultra-high temperature and high-speed frames, it forms high-density, high-quality coatings on not only metals but also high melting point materials such as cermets and ceramics. Since the temperature of the plasma jet can be selected, there is great freedom in material selection, and it features high adhesion between the substrate and the sprayed coating. ● Spraying onto sleeves ⇒ Photo 1 ● Spraying onto the oil seal area of screw shafts ⇒ Photo 2 ● Spraying onto the gland packing of flanged sleeves ⇒ Photo 3 *For more details, please download the catalog or contact us.

  • Welding Machine
  • Processing Contract
  • Surface treatment contract service

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Plasma spraying

Plasma spraying

Melted particles collide with the base material at ultra-high speed for coating! Suitable for industrial machinery, scientific equipment, and more.

"Plasma spraying" can be used to spray a wide range of materials, including ceramics, cermets, carbides, metals, and alloys. Particles of the spraying material are melted with thermal plasma at over 1000°C, and the melted particles collide with the substrate at ultra-high speed to create a coating. This technology can be utilized in industrial machinery, scientific equipment, automobiles, and steelmaking machinery. 【Features】 - Capable of spraying various materials such as ceramics, cermets, carbides, metals, and alloys - Melts particles of the spraying material with thermal plasma at over 1000°C - Melted particles collide with the substrate at ultra-high speed to create a coating - Suitable for industrial machinery, scientific equipment, automobiles, and more *For more details, please refer to the PDF document or feel free to contact us.

  • Other processing machines

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"Plasma spraying" allows for the addition of functions such as insulation, contamination resistance, and heat resistance!

"Plasma spraying" allows for the addition of functions such as insulation, contamination resistance, and heat resistance!

[Nationwide Service Available] We can perform thermal spraying on a wide variety of parts! We provide careful support from proposal to thermal spraying, delivery, and aftercare in a consistent system.

With over 64 years of achievements in localized thermal spraying perfected by Nippon Coating Industry, we are able to bring out the advantages of plasma spraying and fully utilize its benefits. We have numerous accomplishments in the fields of semiconductor LCDs, energy, beverages, and food. 【Features】 - The spraying material is in powder form, offering a wide range of options, including compatibility with new materials. - Strong resistance to high melting point materials, and due to the low porosity of the coating, it has a strong adhesion to the base material. - Inert gases are used for plasma generation, allowing for the creation of coatings with minimal material changes due to oxidation. - It is possible to adjust the spraying conditions to suit the materials being sprayed. *For more details, please download the PDF or contact us.

  • Coating Agent
  • Plasma surface treatment equipment

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Osaka Fuji Industrial's thermal spraying technology: water plasma spraying

Osaka Fuji Industrial's thermal spraying technology: water plasma spraying

The thermal spraying technology of Osaka Fuji Industries, active in a wide range of industrial sectors.

The mechanism of this device is designed so that the high-pressure water flow supplied to the torch creates a cylindrical over-water flow inside. In this state, when a voltage is applied between the carbon cathode and the iron rotating anode, a direct current arc is forcibly generated, causing the water on the inner surface of the over-water flow to evaporate and become plasma after decomposition, continuously generating a plasma arc. This plasma arc is constricted by the swirling cylindrical water flow, increasing energy density, and due to the rapid thermal expansion of the plasma, a stable plasma jet flame at high temperature and high speed is ejected from the nozzle. The maximum temperature of the plasma jet flame can reach approximately 30,000°C, making it easy to spray even high-melting-point ceramics. ● For more details, please download the catalog or contact us.

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Osaka Fuji Industrial's thermal spraying technology - Gas Plasma Spraying

Osaka Fuji Industrial's thermal spraying technology - Gas Plasma Spraying

The thermal spraying technology of Osaka Fuji Industrial, active in a wide range of industrial fields.

In an operating gas such as argon or helium, a voltage is applied between a tungsten cathode and a copper nozzle anode, generating a direct current arc that dissociates and ionizes the operating gas, continuously producing a plasma arc. This is then constricted by a cooled nozzle, ejecting a high-temperature, high-speed jet of over 15,000°C. By feeding powder into the plasma jet and accelerating it while melting, it is possible to spray high melting point materials such as ceramics. Furthermore, the plasma jet stream can blow molten particles onto the material at high speed, allowing for the formation of high-quality spray coatings compared to other spraying methods, and there is a wide variety of spray materials available. ● For more details, please download the catalog or contact us.

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Atmospheric plasma spraying

Atmospheric plasma spraying

Due to the ability to perform thermal spraying at low temperatures around 100℃, there is no thermal impact or distortion on the base material!

"Atmospheric plasma spraying" is a spraying method that can spray all materials, including high melting point tungsten carbide and ceramics, which were difficult to spray using metallizing and thermal spray. Since the plasma flame itself is inert, it is possible to obtain pure and low-oxidation coatings even with low melting point metals like aluminum and copper. Please feel free to contact us when you need our services. 【Features】 ■ Capable of spraying high melting point materials ■ The sprayed coating is extremely dense ■ A hard and dense coating that can sufficiently resist hard plating, etc. is obtained ■ There is almost no thermal impact on the base material *For more details, please refer to the related links or feel free to contact us.

  • Technical and Reference Books

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Surface treatment: Inner diameter application, plasma spraying

Surface treatment: Inner diameter application, plasma spraying

Even with a φ60 substrate, a specialized device can use a wide range of thermal spray materials, from metal-based to high-melting-point ceramic-based.

■Spraying materials: Metal-based, Ceramic-based ■Spraying method: Plasma spraying ■Construction effects: Some examples are as follows 　Alumina... Wear resistance, Insulation 　Zirconia... Heat shielding, Thermal insulation, Insulation ■Minimum inner diameter for construction: φ60 ■Possible construction range in length direction: Approximately 400 mm

  • Processing Contract

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Reduced pressure plasma spraying method

Reduced pressure plasma spraying method

Film formation without compromising material properties! - Introduction to surface treatment and thermal spraying technology -

▶ For surface treatment, thermal spraying, and coating, trust Tocalo! Vacuum Plasma Spraying (VPS) The plasma spraying method conducted in a low vacuum atmosphere after evacuating the air inside the chamber to a high vacuum is called Vacuum Plasma Spraying (VPS). This spraying method has the following characteristics: - Coatings with properties as designed can be obtained without compromising material characteristics. - It allows for the deposition of active metals such as titanium. - The flight speed of molten particles is faster than that of plasma spraying in the atmosphere, resulting in coatings that are denser and have higher bonding strength. This spraying method is essential for forming high-performance coatings that are deeply related to advanced fields. 【Application Examples】 Gas turbine rotors for power generation Applications in the energy sector Applications in the medical field, etc. 【For a list of technical materials, click here】 https://www.tocalo.co.jp/contact/download/?source=ipros

  • Processing Contract

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Company Information: Tokaro Co., Ltd.

Company Information: Tokaro Co., Ltd.

A comprehensive manufacturer specializing in surface treatment centered around thermal spraying. Leave your surface treatment (thermal spraying/coating) to us!

▶ For surface treatment, thermal spraying, and coating, please leave it to Tocalo! This is the comprehensive catalog of Tocalo Corporation. It includes a list of the thermal spraying technologies we possess, as well as information on coatings other than thermal spraying and applicable fields. <Excerpt> ● What can be achieved with surface modification ● Surface modification technologies provided by Tocalo ● Problem-solving flow ● Classification and characteristics of main thermal spraying methods ● Technologies other than thermal spraying ● Case studies ● Tocalo's research system ● Global network For more details, please download the materials or contact us. 【Download the materials here】 https://tocalo-download.satori.site/tts001-00?source=ipros

  • Other surface treatment equipment

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Thermal spraying method "Plasma spraying"

Thermal spraying method "Plasma spraying"

It has characteristics such as high adhesion between the substrate and the thermal spray coating.

The thermal spraying method "plasma spraying" is a process that involves passing an inert gas through an electric current to form a plasma jet, into which powdered thermal spray material is introduced to create a coating. It can spray almost all materials, including high-melting-point metals, cermets, and ceramics. Additionally, it has characteristics such as high adhesion between the substrate and the thermal spray coating. 【Features】 - Can perform thermal spraying on a wide range of substrates, allowing for a broad selection of thermal spray materials - Does not affect the substrate with heat - No dimensional limitations on the substrate - Can process only the required areas - On-site construction is possible For more details, please contact us or download the catalog.

  • Processing Contract

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Plasma spraying is "Spraying Processing.com"

Plasma spraying is "Spraying Processing.com"

A group of specialists in thermal spraying processing. We handle various processes from pre-treatment to finishing!

It is a thermal spraying method that forms a high-temperature, high-speed plasma jet in a gas such as argon through a high-current direct current arc discharge, and performs melting and acceleration by introducing powdery thermal spray materials into this plasma jet to create a coating. Due to the extremely high energy density of the plasma jet, temperatures exceeding 10,000°C can be achieved, allowing for the thermal spraying of most materials, including high-melting-point metals, cermets, and ceramics. Additionally, since the temperature of the plasma jet can be selected based on the generation conditions, there is a high degree of freedom in material selection, and it has characteristics such as high adhesion between the substrate and the thermal spray coating.

  • Surface treatment contract service
  • Other machine elements

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AeroTech Co., Ltd. "Thermal Spraying" Technology Introduction

AeroTech Co., Ltd. "Thermal Spraying" Technology Introduction

We provide high-quality thermal spraying processing with a wealth of thermal spraying experience!

AeroTech Co., Ltd. possesses various thermal spraying technologies. We offer solutions including "plasma spraying," which can be applied in a wide range of fields, as well as "arc spraying," "flame spraying," and "self-fusing alloy spraying." With our extensive experience in thermal spraying, we can respond appropriately and swiftly to diverse needs such as wear resistance, heat resistance, and corrosion resistance. 【Thermal Spraying Examples】 ■ Rotor regeneration (hard alloy spraying) ■ Pump shaft regeneration ■ Guide liner wear-resistant spraying ■ Cyclone contamination (metal powder) prevention ceramic spraying ■ Carrier sieve wear-resistant spraying, etc. *For more details, please refer to our catalog or feel free to contact us.

  • Other Machine Parts
  • Other contract services

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Those struggling with surface treatment: Plasma spraying

Those struggling with surface treatment: Plasma spraying

【Technical Data Presentation】A wide range of thermal spray materials is available! Ceramics that provide diverse functions.

Plasma spraying is a process that uses a plasma jet generated by a plasma spray gun to heat and accelerate powder-like spray materials, bringing them to a molten or near-molten state, and then spraying them onto a substrate to form a coating. The plasma jet, which serves as the heat source, is a high-temperature and high-speed gas flow ranging from 5000 to 16000°C, allowing for a wide variety of spray materials to be used, from metallic to high-melting-point ceramics. It is suitable for applications requiring corrosion and wear resistance, such as printing machine parts, furnace rollers, and pump sleeves. 【Spray Materials (Partial)】 ■ Metals ■ Alloys ■ Ceramics ■ Carbides ■ Cermets *For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment

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