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 77 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:May 06, 2026~Jun 02, 2026
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:May 06, 2026~Jun 02, 2026
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. 日建塗装工業 Tokyo//Manufacturing and processing contract
  4. 4 NIPPON FUSSO CO.,LTD. Osaka//Electronic Components and Semiconductors
  5. 5 YMM コーティング事業部 Osaka//others

Fluorine resin coating Product ranking

Last Updated: Aggregation Period:May 06, 2026~Jun 02, 2026
This ranking is based on the number of page views on our site.

  1. Causes of Teflon coating peeling and how to address them. 吉田SKT
  2. Advantages and disadvantages of re-coating a non-stick frying pan. 吉田SKT
  3. A detailed explanation about Teflon lining. 吉田SKT
  4. 4 Fluororesin Coating: "Differences in Color and Selection Method" 吉田SKT
  5. 5 What is the semiconductor manufacturing process? An introduction to surface treatment that supports semiconductor manufacturing. 吉田SKT

Fluorine resin coating Product List

421~450 item / All 591 items

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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.

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.

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.

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.

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

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.

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.

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What is the flame retardancy of plastics? An explanation of flame retardant grades and material characteristics.

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

This document is intended for those who want to learn more about the flame retardancy of plastics and those interested in the flame retardancy of fluororesins. ■INDEX■ 1. What is flame retardancy? 2. The three elements of combustion 3. Flame retardancy of plastics from the perspective of oxygen index and standards 3-1. Oxygen Index 3-2. UL94 standard 4. Characteristics of flame retardant materials (fluororesin PTFE) 4-1. Strong C-C bonds 4-2. Low reactivity with oxygen 5. Applications of fluororesin flame retardancy If you would like to know more about flame retardancy, please download the document or check the related links.

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Fluororesin coating that achieves both functionality and dimensional stability with a 10μm thin film.

A revolutionary thin-film fluororesin coating that achieves thin-film application while maintaining the performance of fluororesin coatings!

Solving the challenges of fluoropolymer coatings! Conventional fluoropolymer coatings required a thickness of 20-50μm to maintain good appearance and performance. However, the thick film affected the dimensional stability of the substrate. With its unique technology, 10under has achieved processing with a thin film of about 10μm. ■Features Processable with a film thickness of less than half of conventional coatings! (10μm) Reduces dimensional changes Suppresses transparency even with a thin film, achieving a beautiful appearance Available in two types: PFA and FEP, in two colors: black and green *For more details, please download the materials or contact us.

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Eliminate static electricity troubles! Improve dirt resistance with "Safron AS+"

Suppresses static electricity and makes it easy to wipe off dirt! Anti-static fluororesin coating 'Safron AS+'.

■Losses Due to Static Electricity Troubles - Decreased productivity due to product adhesion, dust accumulation, mesh clogging, and fiber entanglement - Decreased safety due to fires, electric shocks, and equipment malfunctions - Increased running costs due to higher cleaning expenses ■Challenges of Conventional Anti-Static Coatings - Low dirt resistance - Limited color variations ■Newly Developed "Safron AS+" - Significantly improved dirt resistance while maintaining equivalent anti-static performance to conventional products - Easily wipes off magic stains - Four color variations tailored to different applications ■Benefits of "Safron AS+" - Reduces static electricity troubles, leading to increased productivity, equipment protection, and enhanced safety - Improved dirt resistance results in reduced cleaning time and lower running costs - Abundant color variations *For more details, please refer to the PDF document or feel free to contact us.

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Evolved thin film fluoropolymer coating '10under'

This is a groundbreaking fluororesin coating that has achieved thin film processing at a film thickness of 10μm, which was previously difficult.

10under is a fluororesin coating that enables thin film processing at a film thickness of 10μm, which was previously difficult to achieve. Traditional fluororesin coatings required a thickness of about 20-50μm, but 10under can be processed with a thin film of about 10μm. **Benefits of 10UNDER** - Reduction of dimensional changes The thinning of the film can reduce dimensional changes in the substrate. - Suppression of transparency Despite being a thin film, it suppresses transparency and prevents appearance defects. - Minimization of thin plate deformation It can minimize the deformation of thin plate substrates. If you want the same non-stick properties as standard fluororesin coatings while suppressing transparency and preventing appearance defects, and if you want to minimize the deformation of thin plate substrates, please consider 10UNDER. You can check specific comparisons and detailed information via the link.

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Comparison of types of fluoropolymer coatings: Explanation of the differences between FEP and ETFE.

【Presentation of Materials】A detailed explanation of the differences between PTFE and PFA, as well as FEP and ETFE, which are surprisingly not well known!

The technical document "Differences Between PTFE and PFA" provides a detailed explanation of FEP and ETFE, covering everything from molecular structure to properties. It also discusses the differences in characteristics of fluoropolymer coatings at the end. With this single book, you can gain a solid understanding of the differences and features 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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Materials that are helpful when you want to correctly choose the type of fluororesin.

【Presentation of Materials】A detailed explanation of the differences between PTFE and PFA, as well as the differences between FEP and ETFE, including 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 non-stick and slippery characteristics, 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 features of each. If you are interested, please feel free to download it. [Contents (excerpt)] ■ Types and characteristics of fluoropolymers ■ Differences between PTFE and PFA / Overview of FEP and ETFE ■ Differences among four types of fluoropolymer coatings

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A perfect document for those who want to know about fluororesin lining is presented.

We are currently offering detailed materials explaining the types and processing methods of fluororesin lining.

■What is Fluororesin Lining? Fluororesin lining is one type of "resin lining." Resin lining includes those utilizing "polyethylene" and "nylon" resins, as well as "FRP lining," which combines glass fibers with resin. Among these, "fluororesin" is a material that is resistant to chemical corrosion in harsh environments. ■Types of Fluororesin Lining Types of fluororesin lining include PTFE lining, PFA lining, and ETFE lining. Each lining requires appropriate selection based on the usage environment, construction method, and application. ■Main Fluororesin Lining Methods There are three main methods: "sheet lining," "baked coating," and "rotolining." ■Various Lining Methods At Yoshida SKT, we can accommodate various processing methods according to the shape and thickness of the material, not only based on material differences but also using "sheet lining" with fluororesin sheets, "PFA lining" with baked coatings, and "rotolining" using rotational molding. *When considering lining, please check the materials and contact us for inquiries.

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Problem-solving during adhesive tape manufacturing! Super Coating Series

We introduce a coating that exhibits excellent non-adhesive properties to prevent sticking of sticky materials such as labels and adhesive tapes.

Adhesive tape often sticks to machines and other materials during the manufacturing process due to its nature. To prevent such issues, it is essential to employ coating technologies that exhibit non-adhesive properties, especially against sticky adhesives. By using appropriate coating technologies, the ease of handling materials on the production line can be significantly improved, contributing to the preservation of product quality. Introduction to Coating Technologies ■ Super TP and TP Series Composed entirely of fluororesin, these can be used in silicone-free environments. The use of fluororesin eliminates concerns about the transfer or contamination of silicone oil, and it is expected to improve non-adhesiveness by reducing contact area. ■ Super CTT Series This silicone-based series features excellent non-adhesiveness and slip resistance. Since it uses silicone, consideration must be given to the transfer to the counterpart material. ■ Super Alloy Coating Consisting of both fluorine and silicone types, it achieves a balance of flexibility and high hardness. Surface treatment of HV600 can also be applied to resins and sponge rubber, achieving high durability. *For more details, please download the PDF or feel free to contact us.

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Fluororesin coating for plating jigs for electronic substrates.

New standard for plating jigs that achieve high durability and high insulation properties.

The fluororesin coating for plating jigs provided by Yoshida SKT Co., Ltd. addresses the challenges of quality stabilization and cost reduction in the electronic circuit board manufacturing industry. To overcome the deterioration and reduced insulation properties that were difficult to manage with conventional PVC-coated jigs, we adopted a special fluororesin coating. This coating offers superior processability compared to standard PFA coatings and allows for thick film processing. This results in the following advantages: - Increased lifespan: Achieves overwhelming durability compared to PVC coatings, reducing the frequency of jig replacements. - Reduced carryover of plating solution: Excellent water repellency prevents the carryover of plating solution to the next process over an extended period. - Stable insulation properties: Minimal deterioration from plating solution allows for long-term maintenance of insulation performance. - Total cost reduction: Although initial investment is higher, the increased lifespan of jigs and reduced maintenance frequency lead to long-term cost savings. As electronic devices become smaller and more high-performance, Yoshida SKT's innovative coating technology aims to enhance the performance and efficiency of plating jigs. *For more details, please refer to the PDF document or feel free to contact us.*

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[Example] Prevention of resin adhesion in the welding heater block of the packaging bag manufacturing process.

Zero resin adhesion even in high-temperature environments! Achieved 4 months of durability with our uniquely developed surface treatment.

■Issue We want to prevent the adhesion of resin films in a high-temperature environment of up to 180°C. A surface treatment that can accommodate both polypropylene bags and aluminum vapor-deposited bags is necessary. The current treatment has a short lifespan and requires frequent replacements. ■Background The heater block is an important component in the sealing process of packaging bags. When heat is applied to bond the resin film, there is a problem where the resin from the film easily adheres to the surface of the block. The customer tried surface treatments from other companies but did not achieve sufficient results, making the realization of stable non-stick properties and long lifespan urgent. ■Adopted Treatment We developed our unique "TP Coating" and applied it to the surface of the heater block. ■Features - Excellent release properties that prevent resin adhesion - Stable performance even in high-temperature environments - Selection process for the treatment ■Effects - Achieved a lifespan of about 4 months with an operating frequency of 10 times per minute - Reduced cleaning frequency and operational losses by maintaining non-stick properties - Improved operational efficiency of the production line with stable performance under high temperatures For more details, please refer to the catalog or contact us directly.

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Comparison of heat resistance of fluororesins

Fluororesin is used in various industries due to its excellent heat resistance, chemical resistance, and non-stick properties.

This comparison table summarizes the characteristics of representative fluoropolymers and their maximum operating temperatures (heat resistance). 【Comparison of Types of Fluoropolymers and Heat Resistance】  Name   Maximum Operating Temperature (Heat Resistance)  PTFE   260℃  FEP    200℃  PFA    260℃  ETFE   150℃  ECTFE   150℃  PCTFE   120℃  PVdF   150℃ 【Selection of Fluoropolymers】  Highest heat resistance (260℃): PTFE, PFA  Slightly lower heat resistance (below 200℃): FEP, ETFE, ECTFE, PCTFE, PVdF  Balance of chemical resistance and non-stick properties is important: selection according to application is necessary ▶ For details on each fluoropolymer, please download and check the "Fluoropolymer/Super Engineering Plastic Properties Summary Table."

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Food Sanitation Law Compliance and PL (Positive List) Compliant Coating Series

Balancing hygiene and efficiency in manufacturing equipment. Coating compliant with the Food Sanitation Act positive list - Download materials.

We introduce coatings that comply with food sanitation laws to enhance safety and production efficiency in food manufacturing and processing equipment. Our lineup includes coatings that meet the food sanitation law (positive list system) and can be used in applications that come into direct contact with food, covering essential functions required in manufacturing environments such as slip resistance, non-stick properties, release properties, heat resistance, anti-static properties, and high durability. 【Applications】 Our coatings are suitable for a wide range of food manufacturing environments, including bread and bakery, confectionery, meat processing, dairy products, frozen foods, noodles, seafood processing, rice and bento, side dishes and school meals, beverage manufacturing, and packaging machine components. 【Features】 ■ Coatings with slip resistance, non-stick properties, and release properties reduce line stoppages and cleaning frequency due to adhesion. ■ Multifunctional specifications including anti-static properties, heat resistance (maximum operating temperature class of 260°C), chemical resistance, and corrosion resistance. ■ We also offer the FFLC series, which is free from PFAS, demonstrating our commitment to environmental considerations. If you are considering improving the efficiency of your manufacturing line, please download our materials and contact us.

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Bi-Coat for Electronic Components: Improved Release Properties of Precision Molds

Improving the release properties of injection molding molds and achieving micron-level dimensional accuracy.

In the electronic components industry, the miniaturization and high performance of products demand precise molding of molds. Particularly in the manufacturing of electronic components with fine shapes and complex structures, the release properties of the molds become a crucial factor that affects product quality. Poor release can lead to product deformation or damage, resulting in a decrease in yield. Bycoat extends the lifespan of molds and enables stable production due to its excellent release properties, sliding properties, and wear resistance. 【Application Scenarios】 - Injection molding molds for precision electronic components - Molds requiring micron-level dimensional accuracy - Molds used in harsh environments 【Benefits of Implementation】 - Prevention of yield loss due to poor release - Extension of mold lifespan - Stable supply of high-quality products For more details, please download the materials or contact us.

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Electrostatic prevention fluororesin coating "Safron®" (static electricity countermeasure)

Eliminate particle and ESD defects caused by static electricity. Unique coating that achieves both static prevention and non-stick properties.

Static electricity causes many problems in semiconductor manufacturing processes, such as particle adhesion, ESD damage, and powder attachment. Yoshida SKT's unique electrostatic prevention fluororesin coating "Safron(R)" achieves both static electricity prevention and non-stick properties through the addition of conductive materials. It supports a wide range of surface resistivity from 10^5 to 10^11 ohms/sq, and custom settings can be tailored to meet process needs. Yoshida SKT is one of the few authorized processors of Teflon(TM) coatings, with over 2,000 achievements and hundreds of surface treatment technologies as specialists. Please share your desired level of static electricity prevention and usage environment. Detailed specifications, case studies, and selection guides can be found in the materials. We encourage you to download the materials and make use of them.

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Why do paints and inks stick to containers?

"There's a waste of paint left in the container" and "Cleaning during color changes is difficult." We will introduce the causes of these issues and the ideas for improvement through surface treatment.

In workplaces that handle liquid materials such as paints, inks, and adhesives, the adhesion of materials to the inner walls of containers and tanks leads to raw material loss and increased cleaning costs. ■ Why do liquid materials stick? Paints and inks contain components such as pigments, resins, and solvents. As the solvent evaporates, the concentration of the resin component increases, causing the viscosity to rise and solidify on the container walls. Once solidified, the paint film has a strong adhesion to the metal surface and cannot be easily removed. Additionally, prolonged storage and repeated use lead to the accumulation of thin layers of paint film on the inner walls of the container, further worsening the sticking issue. Yoshida SKT has a proven track record of non-stick coatings for paint and ink containers. If you are struggling with residual liquid loss or cleaning tasks, please feel free to consult us. *For detailed information about the coating, you can download the PDF or contact us at your convenience.

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Fluororesin coating for kitchens - Surface treatment by Minoru Sangyo Co., Ltd.

This is a fluororesin coating that has passed the Food Sanitation Act under Notification No. 20 of the Ministry of Health, approved by the FDA.

What is kitchen fluoropolymer? It is a fluoropolymer coating for kitchen utensils that meets the standards of the U.S. Food and Drug Administration (FDA) and the Ministry of Health's Notification No. 20 under the Food Sanitation Act, featuring abrasion resistance, corrosion resistance, release properties, and heat resistance. Characteristics of kitchen fluoropolymer coatings: - Silkware (kitchen fluoropolymer coating) Baking temperature: 360-420°C Continuous maximum usage temperature: 260°C Chemical resistance: ◎ Release properties: ◎ Conductivity: ×

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CFRP/Coating to Suppress Deflection and Improve Speed [Case Study Available]

Contributing to particle suppression in CFRP. *We will be exhibiting at the 24th Mechanical Elements Technology Exhibition!

One of the characteristics of CFRP is that it is a lightweight material that is less prone to distortion and bending. Therefore, its adoption as an alternative material to metals is progressing, but there are challenges such as the generation of particles from CFRP. By combining our fluororesin coating technology, we expect effects such as particle suppression, corrosion resistance, and non-stick properties. You can see the actual product at the "Mechanical Elements Technology Exhibition" held in Makuhari starting in February! *We have introduced our achievements in a PDF, so please download it from the link below to take a look.

  • Surface treatment contract service
  • Fluorine resin coating

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Technical Data: Types and Characteristics of Fluororesin Coatings

We will introduce the technical data on the types and characteristics of fluororesin coatings.

Kyushu Denka Co., Ltd. is a plating company, but we are not limited to just plating; we are conducting research and development aimed at various functional coatings. One of our new ventures is in the field of Teflon processing. There are different types of "Teflon," and it is necessary to select the appropriate material according to the intended application. In addition to standard Teflon processing, we also offer multi-purpose applications that combine plating and Teflon (for example, a roll body with Teflon processing and a shaft with hard chrome plating). Please feel free to consult us. Kyushu Denka Co., Ltd. will handle prototypes and other requests. [Contents] - Tape peel strength - Coating thickness - Chemical resistance For more details, please contact us or download the catalog.

  • Surface treatment contract service
  • Fluorine resin coating

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Fluororesin coating slip properties examples [gasket] catalog now available.

Achieving a fluororesin coating that follows the stretch and shrinkage of rubber with wear resistance!

This is a coating designed for one of the excellent features and functions of fluoropolymer resin: "slipperiness." Fluoropolymer coatings demonstrate excellent slip and lubricity without the need for oil or grease supply. Furthermore, unlike other lubricants, fluoropolymer coatings possess characteristics such as chemical resistance, electrical insulation, and non-adhesion, making them suitable for use in various environments. Additionally, coatings can be applied not only to metals but also to rubber and plastic surfaces! They can be applied in applications where slip is required on the surface while maintaining rubber elasticity.

  • Surface treatment contract service
  • Fluorine resin coating

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PFAS-free coating for pharmaceuticals "Nano Coat-S"

Contributing to contamination prevention! Coating technology that enhances the durability of sliding parts.

In the pharmaceutical industry, it is essential to thoroughly prevent contamination (foreign matter intrusion) to maintain product quality. In particular, the generation of wear particles and foreign matter from sliding components used in the manufacturing process poses a significant risk to product quality. The PFAS-free coating "Nano Coat-S" suppresses wear on sliding components and reduces the risk of contamination. This contributes to maintaining product quality. 【Application Scenarios】 - Pharmaceutical manufacturing equipment - Sliding components in clean rooms - Environments where contamination is not permitted 【Benefits of Implementation】 - Reduced risk of contamination - Improved product quality - Extended equipment lifespan

  • Other pumps
  • Fluorine resin coating

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Prevent ink adhesion with ADLON coating for the printing industry!

Solve ink adhesion and cleanability issues in printing environments with ADLON coating!

In the printing industry, ink adhesion and contamination are significant challenges that lead to a decline in quality and a decrease in work efficiency. Particularly in areas where ink is difficult to dry or tends to stick, cleaning can be labor-intensive, potentially reducing productivity. ADLON coating addresses these issues by preventing ink adhesion and improving cleanability. ADLON coating contributes to enhancing the quality of printed materials and improving work efficiency. 【Usage Scenarios】 - Rollers of printing machines - Ink supply areas - Inside dryers 【Effects of Implementation】 - Suppression of ink adhesion - Reduction of cleaning time - Improvement in print quality - Increase in productivity

  • Coating Agent
  • Fluorine resin coating

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High Abrasion-Resistant Coating for Food Processing: "Hard A"

Improving wear resistance! Tough support for food processing sites.

In the food processing industry, the durability of coatings becomes a challenge due to cleaning processes and contact with ingredients during manufacturing. Particularly in environments where squeegees and cleaning brushes are used, the wear of the coating accelerates, potentially leading to a decline in product quality and hygiene issues. The high wear-resistant coating "Hard A" addresses these problems by enhancing wear resistance while maintaining release properties, contributing to the longevity of food processing equipment. 【Application Scenarios】 - Oven bands, baking molds, rolling mills, and other food processing components - Areas with high cleaning frequency - Areas with direct contact with ingredients 【Benefits of Implementation】 - Prevents wear of the coating and reduces maintenance workload - Maintains product quality

  • Coating Agent
  • Other molds
  • Fluorine resin coating

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ADLON Coat for Semiconductor Manufacturing

Achieving improved sliding performance and increased durability of precision parts!

In the semiconductor manufacturing industry, precise component operation and high durability are required. In particular, components that repeat fine movements can suffer from performance degradation and product defects due to wear from friction and foreign matter contamination. ADLON coat addresses these challenges by improving sliding properties and reducing friction. In semiconductor manufacturing processes that require precise movements, ADLON coat contributes to enhancing product reliability. 【Application Scenarios】 - Sliding parts of precision machinery - Moving parts of semiconductor manufacturing equipment - Micro-machined components 【Benefits of Implementation】 - Improved sliding properties - Reduced wear - Extended product lifespan - Decreased risk of foreign matter contamination

  • Coating Agent
  • Fluorine resin coating

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