We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Fluorine resin coating.
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Fluorine resin coating Product List and Ranking from 42 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

Fluorine resin coating Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. 吉田ＳＫＴ Aichi//Manufacturing and processing contract
  2. フロロコート Saitama//others
  3. null/null
  4. 4 竹中製作所 Osaka//Machine elements and parts
  5. 5 日本電子工業 本社 Kanagawa//Manufacturing and processing contract
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Fluorine resin coating Product ranking

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. Advantages and disadvantages of re-coating a non-stick frying pan. 吉田ＳＫＴ
  2. Fluororesin Coating: "Differences in Color and Selection Method" 吉田ＳＫＴ
  3. Causes of Teflon coating peeling and how to address them. 吉田ＳＫＴ
  4. 4 Fluororesin coating "Adron Coating in Such Places" フロロコート
  5. 5 A detailed explanation about Teflon lining. 吉田ＳＫＴ

Fluorine resin coating Product List

76～90 item / All 503 items

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What is corrosion protection? Explanation of methods to enhance corrosion resistance [Materials available].

What is corrosion protection? Explanation of methods to enhance corrosion resistance [Materials available].

Is it enough to prevent just one element of corrosion for corrosion protection?

Corrosion prevention refers to methods used to prevent corrosion. Metal corrosion is a state in which the appearance and function of an object are compromised due to chemical and biological actions. Iron is generally cited as a metal material that is prone to corrosion. These metals can undergo rust and corrosion as a result of factors that cause corrosion, such as oxygen, sulfur, nitrogen, and water vapor present in the atmosphere, combined with the inherent properties of the metal, impurities, and electrochemical reactions. ■ The three main elements of corrosion: - The flow of electricity - The presence of water - The presence of oxides To enhance corrosion resistance, it is important to prevent one of these three elements. ■ Corrosion prevention using Teflon fluoropolymer Teflon fluoropolymer is widely used as a corrosion-resistant material due to its exceptional chemical resistance among resins. This is not only because of its excellent chemical resistance but also due to its insulating properties, water repellency, and weather resistance. Additionally, advancements in processing technology have made it possible to select materials and shapes suited to specific applications. *For details on coatings and linings that enhance corrosion resistance, please download the materials for confirmation.

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  • Processing Contract

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Coating Technology: "Coating Case Studies Specialized in Adhesion Prevention for Heat Welding"

Coating Technology: "Coating Case Studies Specialized in Adhesion Prevention for Heat Welding"

CHC coating technology contributes to improving durability in high-temperature environments compared to PTFE coating.

CHC (Ceramic Hard Coat) is a new type of coating technology that achieves both non-stick properties equivalent to conventional fluoropolymer coatings and high film hardness at elevated temperatures. ■ Examples of Surface Treatment Applications - A case where high-temperature release and long-term durability were achieved in the thermal welding process of filter cases. - A case where the release effect from processing thermal welding plates lasted three times longer than PTFE coatings. - A case that resolved the "peeling" and "blistering" issues of fluorine coatings on resin welding plates. - A case that eliminated adhesive adhesion and peeling at high temperatures, which could not be resolved with PTFE coatings. *You can download a PDF summarizing detailed case studies and product information. Please contact us for more information.

  • FireShot Capture 492 - 【新開発】表面処理CHC（セラミックハードコート）のご紹介 - コーティングマガジン - 吉田SKT - www.y-skt.co.jp.png
  • Resin mold

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Information on Functional Surface Treatments

Information on Functional Surface Treatments

Increase profitability with optimal surface treatment! We offer a wide range of materials and processing methods to meet various needs. *There are numerous adoption results in other industries.

Yoshida SKT Co., Ltd. is a company that specializes in the order, design, development, manufacturing, and sales of Teflon (fluororesin) coating and surface treatment for metals. We accept consultations regarding issues such as "reduction of cleaning and maintenance work," "reduction of defect rates," "shortening of takt time," and "extending the lifespan of parts," as well as improvements in profitability. We can provide proposals based on a wide range of materials and treatment methods that are optimally customized for characteristics such as "non-stick," "slipperiness," and "chemical resistance." Our services are utilized in numerous fields, including automotive, semiconductors and LCDs, communication equipment, and chemical plants. 【Features】 ■ Teflon coating ■ Original coatings tailored to needs ■ Flexible response from single units to mass production ■ Capable of construction from fine precision equipment to large tanks ■ Proposals based on a wide range of materials and treatment methods *For more details, please refer to our catalog or feel free to contact us.

  • Surface treatment contract service

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Surface treatment examples: Precision and release surface treatment applicable to polyester mesh.

Surface treatment examples: Precision and release surface treatment applicable to polyester mesh.

We will introduce examples of release surface treatments that can be processed using fixtures made of polyester mesh.

We received an inquiry from a customer whose business is designing automatic machines regarding measures to prevent adhesive from sticking out from laminated films. ■Inquiry Details In a lamination device for films used in automotive parts, the adhesive that protrudes was sticking to the positioning jig, hindering automation. ■Background for Selection To prevent adhesive from sticking, surface treatment of the jig was considered, but due to the use of polyester mesh for the jig, "low-temperature processability" and "precision" became necessary. ■Coating Adopted 'Nano Process TLS-200' ■Adoption Background and Effects We proposed a nano process that combines precision of about 1μm, low-temperature processability below 100°C, and excellent adhesion prevention. The adhesion of the adhesive material was eliminated, allowing products that pass the user's quality inspection to be produced by the automatic machine. *For more details, please refer to the materials or contact us directly.

  • Surface treatment contract service

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Chemical resistance of Teflon, fluoropolymer, PTFE, and PFA.

Chemical resistance of Teflon, fluoropolymer, PTFE, and PFA.

I will explain the chemical resistance of Teflon, fluoropolymer, PTFE, and PFA.

PTFE (polytetrafluoroethylene) and PFA (perfluoroalkoxy alkane) are types of fluoropolymer that both exhibit excellent chemical resistance. PTFE and PFA are resistant to chemical substances and are stable against acids, alkalis, organic solvents, and corrosive gases. They do not react with most substances and do not corrode or degrade. As a result, they are widely used as chemical containers, piping, gaskets, and sealing materials. PFA has a lower melt viscosity compared to PTFE, making it relatively easy to mold and process. Therefore, it expands the range of applications, especially for coatings that require chemical resistance or for thick film processing. *For more detailed information on chemical resistance, please download the materials or contact us.*

  • Surface treatment contract service

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[Example] Adhesion prevention coating for a device that automatically applies adhesive tape.

[Example] Adhesion prevention coating for a device that automatically applies adhesive tape.

Introducing examples of coatings that prevent adhesive from sticking, enabling the transport of duct tape.

■Problems We Wanted to Solve We received a consultation regarding the accumulation of adhesive on the feed roll of a device that automatically applies tape, which caused line stoppage issues that needed to be resolved. ■Background / Conditions for Choosing Treatment Initially, a knurling process was implemented as a countermeasure, but it was not very effective. Therefore, we proposed a coating that prevents tape adhesion. ■Adopted Treatment MRS Coating ■Achieved Effects After processing and testing with a prototype roller, there was no longer any adhesive accumulation or tape sticking, and they are considering expanding this solution to other lines. For detailed information on the surface treatment, please download the materials or contact us.

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  • Surface treatment contract service

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Does fluoropolymer dissolve in hydrochloric acid? Explanation.

Does fluoropolymer dissolve in hydrochloric acid? Explanation.

Does fluoropolymer, which has excellent chemical resistance, dissolve in hydrochloric acid?

Fluororesin is a material that exhibits excellent chemical resistance to almost all chemicals. Hydrochloric acid is a strong acid that can dissolve many metals, but fluororesin does not dissolve in hydrochloric acid. Fluororesin is generally not affected by hydrochloric acid on its own; however, caution is necessary when used as linings or coatings intended to protect metals. Hydrochloric acid can penetrate fluororesin linings or coatings depending on its concentration and temperature. This penetration can lead to blistering, which impairs corrosion resistance. Additionally, thin fluororesin coatings may leave pinholes, allowing hydrochloric acid to infiltrate and directly corrode the substrate. If you want to protect metals from chemical solutions like hydrochloric acid, please consult us when considering measures involving fluororesin.

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What is the difference between lining and fluororesin (Teflon) coating?

What is the difference between lining and fluororesin (Teflon) coating?

I will explain the differences between fluororesin (Teflon) coating and lining.

■Difference Between Lining and Coating Lining is a method that protects the substrate with a relatively thick film, enhancing its corrosion resistance. The differences from coating include the thickness of the film, the presence of pinholes, and the intended use. There are no clear standards, but thick films used for corrosion protection are referred to as lining. ■What is Fluororesin Coating? Coating is a surface treatment technology that can impart the properties of fluororesin to the surface of a substrate, primarily using a baking paint method. The film thickness is generally around several tens of micrometers. ■What is Fluororesin Lining? Fluororesin lining can be processed using the same method as coating. It is particularly used for corrosion protection applications that leverage chemical resistance, and the film thickness is several hundred micrometers, making it thicker than coating. Additionally, to enhance corrosion resistance, processing without pinholes is possible. *You can download a document summarizing information about lining. *For more details, please click on "PDF Download" or feel free to contact us.

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What is the heat resistance temperature of fluorine coatings? An explanation of the varying heat resistance by type.

What is the heat resistance temperature of fluorine coatings? An explanation of the varying heat resistance by type.

I will explain the heat resistance of fluororesin coatings.

There are various types of fluorine coatings, even if we refer to them simply as such. Typical examples include PTFE, FEP, PFA, and ETFE. In practice, the heat resistance varies depending on the application, but the continuous use temperatures for fluororesins are defined. ■ Continuous Use Temperatures - PTFE: 260℃ - FEP: 200℃ - PFA: 260℃ - ETFE: 150℃ For example, when used as an anti-corrosion coating, the practical heat resistance will be at a much lower temperature. Additionally, when considering applications that involve friction or physical contact, further considerations are necessary. Fluorine coatings (fluororesin coatings) possess various properties such as non-stickiness, low friction, chemical resistance, electrical characteristics, and weather resistance, and it is essential to consider the type and thickness according to each application. *For more details, please click on "PDF Download" or feel free to contact us.

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Regulations on Teflon? Regarding the PFAS regulation proposal.

Regulations on Teflon? Regarding the PFAS regulation proposal.

The regulation of Teflon resin explains the proposed PFAS regulations.

Teflon is a trademark of Chemours and refers to fluoropolymer. Fluoropolymers include types such as PTFE, PFA, and FEP, but currently, the use of fluoropolymers like PTFE, PFA, and FEP is not regulated in Japan. On the other hand, within the EU, regulatory proposals are being considered to minimize the emissions of PFAS. The following substances are also mentioned as targets: - Fluorinated surface treatment agents: water and oil repellents, release agents, fluoropolymer-containing coatings, etc. - Coatings: PTFE, PFA, FEP, ETFE, and other fluoropolymers (for applications such as corrosion lining, non-stick, lubrication, etc.) - Molding and processed products: PTFE, PFA, FEP, ETFE, and other fluoropolymers (such as lining sheets, fabric sheets, etc.) - Fluorinated surfactants, fluorinated oils, low molecular weight PTFE, fluorinated molding aids, etc. The regulatory proposals include fluoropolymers, which are considered to be extremely stable and pose no toxicological or environmental concerns. For more details, please download the materials or check our website through the related links.

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Understand the differences between PTFE, PFA, FEP, and ETFE! Technical materials available.

Understand the differences between PTFE, PFA, FEP, and ETFE! Technical materials available.

A detailed explanation of the differences between PTFE and PFA, which are surprisingly not well known, including their molecular structures and properties!

The technical document "Differences Between PTFE and PFA" provides a detailed explanation of PTFE, PFA, FEP, and ETFE, covering everything from molecular structure to properties. Fluoropolymers are well-known for their functionality, such as being non-stick and slippery, but many people may not be aware of their various types and differences. This single volume allows for a thorough understanding of the differences and characteristics of each. If you are interested, please feel free to download it. [Contents (excerpt)] ■ Types and properties of fluoropolymers ■ Differences between PTFE and PFA / Overview of FEP and ETFE ■ Differences among four types of fluoropolymer coatings

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Introducing the features and types of non-stick coatings.

Introducing the features and types of non-stick coatings.

Non-stick means that things do not stick. Non-stick coatings can prevent the sticking and adhesion of items.

"Non-stick" can be rephrased as non-adhesive. By processing a non-stick coating, it becomes easier to release from strongly adhesive substances, resulting in surfaces that either do not adhere or are difficult to adhere to. Such properties can be achieved through fluoropolymer coatings or silicone coatings. Not only for household frying pans but also for improving the release properties and reducing adhesion of jigs and component parts used in production environments. Here are some examples of non-stick coatings. 【Selected Coatings (Partial)】 ■ Non-adhesive, slippery, chemical-resistant - Fluoropolymer coating ■ Release properties, high hardness, dimensional stability (durable parts, molds) - Bi-coat ■ Resin release at high temperatures - FSR coating ■ Prevention of adhesion of high-adhesion substances - Adhesive release coating - MRS coating (silicone-based coating) ■ Release properties, precision (precision parts, precision molds) - Nano process *For more details, please refer to the PDF materials or feel free to contact us.

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[Data Download] Surface Treatment "By Application" Chosen in the Semiconductor and Electronics Field

[Data Download] Surface Treatment "By Application" Chosen in the Semiconductor and Electronics Field

We will introduce surface treatment technologies chosen for semiconductor manufacturing and electronic component manufacturing.

■Applications such as plating jigs, soldering jigs, and semiconductor manufacturing lines - Selected surface treatment 'TEFLON (TM) fluoropolymer coating' ■Applications such as precision molds - Selected surface treatment 'Bicoat (R)' 'Nanoprocess (R)' ■Applications such as wafer and glass handling - Selected surface treatment 'Saflon (R)' 'PBI, PI coating' ■Applications such as precision nozzles, MEMS components, and optical lenses - Selected surface treatment 'Nanoprocess (R)' ■Applications such as chemical supply tanks - Selected surface treatment 'TEFLON (TM) fluoropolymer coating' 'Saflon (R) AP+' 'MY Lining (R)' ■Applications such as clean room walls, experimental equipment, and various jigs - Selected surface treatment 'SeraShield F' *You can download the PDF of the introduced surface treatment products. Please download the materials and contact us for more details.*

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Solve vacuum forming release defects with super TP coating.

Solve vacuum forming release defects with super TP coating.

We would like to introduce a coating that improves release defects caused by vacuum forming of films.

■Customer's Issue In vacuum forming of films, the formed film was difficult to detach from the mold, resulting in release failure. ■Background / Conditions for Choosing Treatment The cause was uneven heating and poor air release due to inadequate adhesion between the mold and the film. ■Adopted Coating Super TP Coating ■Achieved Effects The Super TP Coating forms a smooth convex surface with fluororesin. The convex surface of the coating created an appropriate gap between the mold and the film, improving air release and resolving the issue of uneven heating, resulting in better release properties. For details about the coating, please download the materials or contact us.

  • Secondary Cells/Batteries

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What is flame-retardant plastic? An explanation of flame resistance!

What is flame-retardant plastic? An explanation of flame resistance!

We will provide a detailed explanation of the elements of combustion, the flame retardancy of plastics, and flame-retardant materials made from plastics.

Flame retardancy refers to the property of being difficult to ignite, primarily when plastics are directly exposed to flames, indicating their resistance to combustion. Plastics are widely used in products such as electrical appliances, automotive parts, and medical components. Flame retardancy is one of the very important evaluation criteria for ensuring the safety of these products. The flame retardancy grades of plastics are evaluated in six levels according to the UL94 standard, listed from lowest to highest as HB, V-2, V-1, V-0, 5V-B, and 5V-A. HB indicates that the material is slow-burning and does not have self-extinguishing properties. Grades V-2 and above have self-extinguishing properties, and the classification is based on combustion time. Fluoropolymer (PTFE) is cited as the material with the highest flame retardancy. These materials do not contain hydrogen atoms in their molecular structure, and the C-F bonds within the molecular structure are strong, making them difficult to ignite. Flame retardancy is an important indicator for enhancing the safety of plastics. It is crucial to select materials with appropriate flame retardancy grades according to the product's application and usage environment. If you would like to learn more about flame retardancy, please download the materials or check the related links.

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