Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
91～120 item / All 242 items
![[Surface Treatment] Decorative and Corrosion Protection Resin-based Thermal Spraying](https://image.mono.ipros.com/public/product/image/693/2000617014/IPROS1577885039857934029.JPG?w=280&h=280)
Coatings made of resin materials such as nylon and PEEK are also possible.
■Spraying materials: Resin-based (nylon-based, PEEK, etc.) ■Spraying method: Gas flame spraying, LVOF ■Construction effect: Decoration and corrosion resistance (corrosion resistance)
It is possible to perform build-up repair of mechanical parts (such as shafts and bearings). Compared to build-up welding, there is less thermal distortion to the base material.
■Thermal spray material: 13 chrome stainless steel, etc. ■Thermal spray method: Wire thermal spraying ■Construction effect: Shape restoration
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
Contributing to high functionality, long lifespan, and lightweight design.
Thermal spraying is a process that rapidly forms diverse coatings such as metals, ceramics, and cermets, and is applied in a wide range of fields from aircraft to general household appliances. With the technology and know-how we have cultivated over many years, we provide coatings that meet customer demands. ■ Provided Functions Wear resistance, corrosion resistance, heat and thermal insulation, oxidation resistance, surface pressure resistance, insulation, plasma resistance, erosion resistance, build-up resistance, seizure resistance, soundproofing, vibration resistance, reaction prevention, shape recovery, and more.
It is possible to suppress dust generation from the shield during vacuum deposition for parts used in vacuum chambers related to semiconductor manufacturing equipment.
■Spraying Material: Aluminum ■Spraying Method: Arc Spraying ■Construction Effect: Prevention of dust generation from the shield during vacuum deposition
![[Surface Treatment] Heat Resistance Enhancement - ZrC (Zirconium Carbide) Thermal Spraying](https://image.mono.ipros.com/public/product/image/ef6/2000686980/IPROS66635872099855352075.jpeg?w=280&h=280)
ZrC (zirconium carbide) coatings have a melting point of about 3500°C and are characterized by electrical conductivity. Depending on the environment, high heat resistance can be expected.
■Spraying material: ZrC (Zirconium carbide) ■Spraying method: Plasma spraying ■Construction effect: Heat resistance and electrical conductivity
Conducted for corrosion prevention purposes on the inner surface of the tank using aluminum and aluminum-magnesium alloys as materials.
■Thermal spray material: Aluminum or aluminum-magnesium alloy ■Thermal spray method: Wire spray ■Construction effect: Corrosion protection ■Construction record: Tank inner surface
![[Surface Treatment] Corrosion Protection, on-site installation possible for flue ducts and more.](https://image.mono.ipros.com/public/product/image/317/2000687672/IPROS96431221744498548237.jpeg?w=280&h=280)
Using aluminum and aluminum-magnesium alloys as materials, implemented for corrosion prevention purposes such as flue ducts (can be constructed on-site).
■Thermal spray material: Aluminum or aluminum-magnesium alloy ■Thermal spray method: Wire thermal spraying ■Construction effect: Corrosion protection ■Construction achievements: Flue ducts, etc. *On-site construction possible
We have been involved in on-site construction in various locations since the early adoption of thermal spraying!
Our company uses zinc, aluminum, and their alloys as the main thermal spray materials to perform "corrosion protection thermal spraying," as well as metal thermal spraying that is effective for high-temperature corrosion prevention and wear resistance. In recent years, corrosion protection thermal spraying has been widely adopted in various infrastructure facilities such as petrochemical plant equipment, bridges, and even high-rise buildings. Our company has been involved in on-site construction in various locations since the early adoption of thermal spraying for these applications. Please feel free to contact us if you have any inquiries. *For more details, please do not hesitate to contact us.*
Solving the problems of rust and corrosion! We uphold the motto "No rust for 100 years."
At Shinmen Iron Works, we offer "on-site construction" services. For large structures that are already installed in large plants, local welding areas, corrosion spots, and processing areas where surface treatment is difficult due to land transportation, our service will solve your problems. If you are considering switching from painting to thermal spraying for long-term corrosion protection, or if you wish to remove old paint layers using blasting to check for surface roughness or corrosion conditions for painting preparation, please feel free to consult us. 【Features】 ■ Our motto is "No rust for 100 years." ■ We propose rust prevention and surface treatment that satisfy our troubled customers. ■ We solve problems related to rust and corrosion. *For more details, please refer to the external link or feel free to contact us.
Electrochemically protect the base material! We propose a long-lasting anti-corrosion coating that won't rust for 100 years.
If you are looking for a longer lifespan than conventional painting, we recommend a process that combines thermal spraying and painting. Thermal spraying is a technique that involves melting metals such as zinc or aluminum (JIS H 8300), which are less noble than iron, and spraying them onto a surface to create a coating. Unlike painting, which protects by blocking air, this method provides electrochemical protection to the base material. Additionally, it is possible to apply an effective metallic coating of any thickness to any location without causing distortion from heat, and on-site work can also be performed. 【Features of Thermal Spraying】 ■ More resistant to peeling from bending and vibration compared to painting ■ Significantly reduces the generation of VOCs ■ Allows for the application of effective metallic coatings of any thickness to any location ■ No distortion from heat ■ On-site work can also be performed *For more details, please refer to the external link or feel free to contact us.
Rust prevention! Corrosion resistance! Wear resistance! It is a coating technology that minimizes material deformation due to thermal effects.
Thermal spraying technology is a technique that melts metals or ceramics and sprays them to coat products and equipment for extending their lifespan and longevity. It can form coatings on various substrates made of materials such as metal, glass, paper, and stone, and can be applied on-site for immovable objects. Additionally, due to its longer service life compared to other coating technologies, it can significantly reduce running costs. 【Features】 ■ On-site application is possible. ■ Minimal impact from thermal distortion on the substrate. ■ Coating is possible on large structures such as bridges and transmission towers. ■ Coating thickness can be freely controlled (from several tens of micrometers to several millimeters). ■ Film formation speed is extremely fast, resulting in shorter construction time. *For more details, please download the PDF or feel free to contact us.
The film formation speed is extremely fast, resulting in a short construction time! Here are many benefits of anti-corrosion thermal spraying.
WILL Co., Ltd., which specializes in surface processing and treatment, will introduce the benefits of "anti-corrosion thermal spraying." Thermal spraying technology can create coatings on a variety of materials, not just metals, with properties such as wear resistance, corrosion resistance, and heat resistance. These functions not only contribute to the longevity of equipment and products but also demonstrate effectiveness in regeneration. 【Benefits】 ■ On-site construction is possible ■ Minimal impact from thermal distortion on the substrate ■ Coating can be applied to large structures such as bridges and transmission towers ■ Coating thickness can be freely controlled (from several tens of micrometers to several millimeters) ■ Film formation speed is extremely fast, resulting in shorter construction time *For more details, please refer to the PDF document or feel free to contact us.
Surface treatment technology aimed at extending the life of products and equipment! Here are some examples of applications.
"Thermal spraying" is a technique that involves heating coating materials such as ceramics, metals, and cermets, and then colliding them with the substrate surface at high speeds in a molten or semi-molten state to form a coating. By thermally spraying materials like ceramics and cermets (composite materials of ceramics and metals), it is possible to dramatically increase resistance to wear. Additionally, it is possible to enhance corrosion resistance, improve grip, impart non-stick and electrical insulation properties, and perform buildup repairs without thermal distortion. [Examples of Applications] ■ Wear Resistance - By thermally spraying materials such as ceramics and cermets, it is possible to dramatically increase resistance to wear. ■ Corrosion Resistance - It is possible to protect substrates from thermal oxidation corrosion at high temperatures and various corrosive environments. *For more details, please refer to the PDF document or feel free to contact us.
Extending life and longevity through ceramic thermal spraying.
"Thermal spraying" refers to a technology that involves heating materials such as metals or ceramics, turning them into fine particles, and spraying them onto the surface of a substrate using a high-temperature, high-pressure gas flow or plasma. This process allows for the imparting of properties such as wear resistance, corrosion resistance, heat resistance, and thermal insulation to the surface of the substrate. Broadly, thermal spraying can be divided into two categories: one aimed at "high functionality," such as wear resistance, corrosion resistance, heat resistance, and rust prevention, and the other aimed at "repair and regeneration" of worn parts. Thermal spraying has a wide range of applications as a surface treatment technology and contributes to the enhancement of product functionality and the extension of service life. Plasma thermal spraying - ceramic thermal spraying is a type of thermal spraying technology that generates high-temperature plasma gas using electrical energy, melting or softening the material within it and spraying it onto the substrate. It is particularly suitable for coating high-melting-point materials such as ceramics, forming coatings with high adhesion and durability.
What is ultra-high-speed frame thermal spraying (HP-HVOF spraying) - cermet spraying?
"Thermal spraying" is a technique that involves heating materials such as metals or ceramics, turning them into fine particles, and spraying them onto the surface of a substrate using a high-temperature, high-pressure gas flow or plasma. This process allows for the imparting of properties such as wear resistance, corrosion resistance, heat resistance, and thermal insulation to the surface of the substrate. Broadly, thermal spraying can be divided into two categories: one aimed at "high functionality" such as wear resistance, corrosion resistance, heat resistance, and rust prevention, and the other aimed at "repair and regeneration" of worn components. Thermal spraying has a wide range of applications as a surface treatment technology and contributes to improving product functionality and extending lifespan. "HP-HVOF thermal spraying" is one type of thermal spraying technology that utilizes a high-speed, high-temperature gas flow generated by mixing oxygen and fuel and combusting it under high pressure, primarily used for spraying coating materials such as cermets. Therefore, it is also referred to as cermet spraying. It is particularly used to form high-density and high-strength coatings, making it suitable for imparting properties such as wear resistance, corrosion resistance, and heat resistance. It is widely used in fields that require precise and high-performance coatings, playing a crucial role especially in components and structures used in harsh environments.
It is a composite material coating that uses various ceramics as the base material and combines them with super engineering plastics.
The excellent heat resistance, hardness, far-infrared effect, and radiation resistance inherent in ceramics are enhanced by adding the non-stick and slip properties of super engineering plastics (such as fluoropolymers and PBI). We achieve surface treatments that effectively bring out the desired characteristics according to the application. *For more details, please refer to the PDF document or feel free to contact us.
Comprehensive proposals for coatings that are not limited by membrane types or methods!
Do you have any of these troubles? We propose membrane types and methods suitable for your challenges and applications (wet, dry (CVD, PVD, thermal spraying, etc.)) ● There is a theme of "extending the lifespan of equipment components" and "extending the lifespan of production consumables." ↓↓↓↓↓↓↓↓↓↓ ● There are costs and risks associated with switching the components themselves, so we want to consider coatings. ↓↓↓↓↓↓↓↓↓↓ ● There are many coating manufacturers, and it's difficult to know where to consult. It’s challenging to consider the level of precision each manufacturer can achieve.
High-speed jet frame spraying using oxygen and fuel.
◆◇◆ What is HVOF Thermal Spraying ◆◇◆ It stands for High Velocity Oxygen Fuel. It refers to thermal spraying using a high-speed jet flame created by oxygen and fuel. A mixture of high-pressure oxygen and fuel gas is burned in a combustion chamber. The combustion flame is constricted by a nozzle, and the moment it exits into the atmosphere, a rapid gas expansion occurs, resulting in a supersonic jet. The thermal spray material accelerated by high kinetic energy forms a high-density coating with minimal oxidation or compositional changes.
Decompression thermal spraying is a plasma spraying method conducted in a controlled inert gas atmosphere.
◆◇◆ What is Vacuum Plasma Spraying ◆◇◆ Vacuum plasma spraying is a plasma spraying method conducted in a controlled inert gas atmosphere. As the substrate's residual heat temperature and the temperature during spraying increase, the flight speed of the particles also becomes very fast, resulting in higher coating density and stronger bonding. Due to the high temperatures of both the substrate and the spraying process, the melted particles do not solidify rapidly upon contact with the substrate in a vacuum. Compared to atmospheric spraying, the molten state of the particles lasts longer, allowing for seamless spraying on substrates with irregular shapes.
A method for forming a welded coating on the surface of a substrate.
◆◇◆ What is Self-Fusing Alloy Thermal Spraying ◆◇◆ It is a method of forming a fused coating on the substrate surface by heating self-fusing alloy powder after thermal spraying to the melting point of the material (fusing). Self-fusing alloys are alloys of nickel-based, cobalt-based, or nickel-chromium-based alloys with the addition of boron and silicon.
Oxide ceramics such as aluminum oxide, zirconium oxide, and chromium oxide can be sprayed.
◆◇◆ What is Localized Thermal Spraying (Rod-Type Frame Spraying) ◆◇◆ Ceramic rods are continuously supplied and melted in an oxygen-acetylene flame, and then atomized into fine particles by compressed air and continuously sprayed. Oxide ceramics such as aluminum oxide, zirconium oxide, and chromium oxide can be sprayed. Since only fully melted materials are sprayed, the sprayed coating does not contain unmelted particles, resulting in a high bonding strength between particles, which leads to a relatively tough coating.
This is an example of thermal spraying processing.
- Textile machinery - Paper machinery - Printing machinery - Petrochemical plants - Plastic manufacturing machinery - Film manufacturing machinery - Rubber manufacturing machinery - Ceramic and stone products manufacturing machinery - Steelmaking machinery - Canning machinery - Wire and cable drawing machinery - Metal products manufacturing - General-purpose machinery and equipment manufacturing - Steam engines, turbines, and hydroelectric power devices - Pumps and compressor manufacturing machinery - Food machinery - Paper and pulp machinery - Film converting machinery - Machine tools - Semiconductor manufacturing equipment - Pump machinery - Electronic machinery - Generating machinery - Internal combustion engines - Plastic processing machinery - Automobiles - Ships - Aircraft - Industrial vehicles - Industrial pumps - Production machinery and equipment - General industrial machinery and equipment - Various manufacturing machinery
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
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
Improving the weaknesses of CFRP with thermal spraying to achieve longer lifespan! -Surface treatment and coating technology-
▶ Please leave surface treatment, thermal spraying, and coating to Tocalo! 【Technical Overview】 CFRP (Carbon Fiber Reinforced Plastic) is a lightweight material with superior strength compared to iron and aluminum. Its application is expected to expand with the aim of reducing carbon dioxide emissions through the lightweighting of various mobility solutions, but it has weaknesses in wear resistance and oxidation resistance. Our company possesses technology to directly form coatings on CFRP, which has traditionally been considered difficult, allowing us to improve the material's weaknesses and extend its lifespan. 【Content of the Materials】 - Overview / Appearance photos after construction (super hard coating, ceramics coating) / Types and properties of representative thermal spray coatings / Suga-type wear test results / CO₂ reduction measures ■ Other wear-resistant coating lineup - Ultra-dense WC coating: Achieving further densification of conventional ultra-hard thermal spraying - Environmentally friendly coating [EF-JET Coating]: Low Cr, high hardness thin film Please feel free to consult us about the feasibility of applying coatings to the components you are considering. 【Download the materials here】 https://tocalo-download.satori.site/tpr004-00?source=ipros
Forming insulating and decharging coatings through thermal spraying! - Surface treatment and coating technology -
▶ For surface treatment, thermal spraying, and coating, leave it to Tocalo! It is possible to impart insulation and static electricity dissipation properties to the surface of the substrate with a thermal spray coating. We will propose the optimal materials according to your desired performance, so please feel free to contact us. 【Features】 - Coating thickness can be selected according to the desired insulation breakdown voltage - Control of volume resistivity and surface resistivity, etc. 【Aim of this technology】 - Various insulating rolls - Bearings - Electrode materials - Semiconductor manufacturing equipment parts, etc. 【Contents of the materials】 ● Insulating coatings and static dissipation coatings (3 types) ● Various data - Surface resistivity - Volume resistivity - Relationship between coating thickness and breakdown voltage ● What is thermal spraying? - Characteristics of thermal spraying - Thermal spraying process 【Download the materials here】 https://tocalo-download.satori.site/tpr017-00?source=ipros
Introducing what can be done with thermal spraying! - A presentation of the functional lineup of a comprehensive manufacturer specializing in surface modification centered around thermal spraying.
If you need surface treatment, thermal spraying, or coating, please leave it to Tocalo. 【Overview】 Tocalo is a comprehensive manufacturer specializing in surface modification, primarily through thermal spraying. For those considering thermal spraying for the first time or wanting to envision what functions can be added, we have compiled an overview of thermal spraying technology and the lineup of functions that our coatings can provide. Please feel free to take a look at the materials. 【Download the materials here】 https://tocalo-download.satori.site/tpr028-00?source=ipros
If you're thinking that thermal spraying might be good, first come to Tokaro! We will propose adjustments to maximize the functionality according to your purpose!
For surface treatment, thermal spraying, and coating, please leave it to Tocalo! 【What is Thermal Spraying?】 Thermal spraying is a surface modification technology widely used in the industrial sector. It involves melting or softening materials such as metals and ceramics, which have been adjusted to maximize their functionality according to the intended purpose, and spraying these molten particles onto the surface of the workpiece using various heat sources. The sprayed molten particles cool and solidify instantly, forming a coating. 【When Consulting…】 We will select the optimal specifications for your company from over a hundred different options with varying thermal spraying methods and material compositions! Prototyping is also possible, so please feel free to consult with us first. 【Download Company Introduction Materials】 https://tocalo-download.satori.site/tts001-00?source=ipros The materials are not available on this site. We apologize for the inconvenience, but please download them from the page above.
Thermal spraying onto φ500 rolls! The thickness of the thermal spray coating can be selected over a wide range (0.1 to 10mm).
This is an introduction to Kōei Techno System's "Wire Arc Thermal Spraying," which focuses on the repair, regeneration, extension of life, and maintenance of parts, aiming for high-quality parts, wear resistance, heat resistance, and anti-corrosion, similar to preventive medicine, through advanced research and development of machinery. It is a type of representative gas thermal spraying method, where wire-shaped spraying materials are continuously fed into a combustion flame generated by oxygen-acetylene or oxygen-propane, melting them, and forming a film by projecting the atomized molten particles with compressed air. As spraying materials, metals that can be processed into wire shapes range from low melting point materials like zinc and aluminum to carbon steel, stainless steel, and molybdenum. Ceramics and cermet materials, which are difficult to wire shape, are filled into flexible tubes and sprayed. ● Thermal spraying on φ500 rolls ⇒ Photo 1 *For more details, please download the catalog or contact us.
