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Fluorine resin coating Product List and Ranking from 38 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 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:Oct 29, 2025～Nov 25, 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. 東海ライニング工業 Gifu//Manufacturing and processing contract
  4. 4 YMM コーティング事業部 Osaka//others
  5. 5 null/null
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Fluorine resin coating Product ranking

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 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. Causes of Teflon coating peeling and how to address them. 吉田ＳＫＴ
  3. Fluororesin Coating: "Differences in Color and Selection Method" 吉田ＳＫＴ
  4. 4 Regulations on Teflon? Regarding the PFAS regulation proposal. 吉田ＳＫＴ
  5. 4 What is foldability? An explanation of materials with excellent slip properties and low friction. 吉田ＳＫＴ

Fluorine resin coating Product List

346～360 item / All 362 items

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[Pharmaceutical Industry Case Study] What is Coating that Reduces Workload in Pharmaceutical Manufacturing?

[Pharmaceutical Industry Case Study] What is Coating that Reduces Workload in Pharmaceutical Manufacturing?

We will introduce a coating case that facilitates the transportation of containers for administering laxatives, thereby improving productivity.

■Customer's Concern A customer who manufactures pharmaceuticals such as laxatives reported an issue where, when filling products into containers shaped like tears and sending them on trays to the next process, the trays and containers had poor sliding, requiring significant force and time to push them out. ■Solution to the Problem By adopting the Super TP Hemisphere Graphic, we formed unevenness of fluororesin on the surface of the tray, improving its slip properties. As a result, products can be slid with much less force compared to the current trays, successfully reducing the workload. ■Coating that Led to the Solution Yoshida SKT Super TP Hemisphere Graphic

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Increase Production Efficiency: Solve the Problems of Automatic Tape Application Devices!

Increase Production Efficiency: Solve the Problems of Automatic Tape Application Devices!

[Presentation of Materials] Solving the Problems of Automatic Tape Application Devices! Achieving Zero Line Stops with Non-Stick Coating.

■Customer Issues - Adhesive from the tape adheres to and accumulates on the rollers, causing entanglement. - Manual cleaning becomes necessary, forcing line stoppages. - Decrease in production efficiency. ■Solution - Apply "MRS Coating" to the surface of the feed rollers to enhance non-stick properties. - Enhance effectiveness by processing the already adopted knurled rollers. ■Implementation Effects - Suppress adhesive attachment and tape sticking, achieving zero line stoppages. - Eliminate the need for cleaning, significantly improving production efficiency. - Considering implementation in other lines as well. For details on the adopted MRS Coating, please download the materials for confirmation.

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New Possibilities of Thin Film Fluororesin Coating '10under'

New Possibilities of Thin Film Fluororesin Coating '10under'

A groundbreaking thin-film fluororesin coating that achieves thin-film technology while maintaining the performance of fluororesin coatings!

The 10under thin film fluoropolymer coating possesses non-stick properties equivalent to standard fluoropolymer coatings while being processable at a thickness of approximately 10μm. As a result, the dimensional changes due to film thickness are reduced compared to the standard type. Additionally, despite being a thin film, it minimizes transparency and prevents aesthetic defects. When compared to other fluoropolymer coating products, it is generally considered that a thickness of at least 20-50μm is required to maintain good appearance and performance. Therefore, when requesting processing with a thin film like 10under, it was common to propose a "modified type" fluoropolymer coating; however, there are challenges where the modified type may not exhibit the necessary functions. 10under addresses such challenges and is capable of demonstrating high performance while being a thin film. For specific comparisons and detailed information, please check the link.

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Static electricity prevention and friction coefficient! "Safron LF+" meets diverse needs.

Static electricity prevention and friction coefficient! "Safron LF+" meets diverse needs.

A lubricating grade that surpasses conventional antistatic fluororesin coatings and can be processed at low temperatures.

**Features of SafeLon LF+** ■ Low-Temperature Processing Conventional fluoropolymer coatings required firing at nearly 400°C, but SafeLon LF+ can be processed at temperatures below 100°C. ■ Applicability to Metals and Plastics Applicable not only to metals but also to plastics, expanding the range of applications. ■ Rich Color Variations Available in a wide range of color variations such as black, white, and gray, enhancing design possibilities. ■ High Friction Coefficient and Mechanical Strength Excellent lubricity reduces damage from wear and friction, contributing to longer lifespan. The antistatic performance is equivalent to conventional SafeLon, helping to prevent issues caused by static electricity and improving safety. *For more details, please refer to the PDF document or feel free to contact us.*

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Both metal and resin! Coating 'Safron LF+' that can be processed at low temperatures.

Both metal and resin! Coating 'Safron LF+' that can be processed at low temperatures.

Addressing the disadvantages of conventional antistatic fluoropolymer coatings! Lubrication grade suitable for low-temperature processing.

■Disadvantages of Conventional Antistatic Fluororesin Coatings - Requires high-temperature sintering (around 400°C) - Applicable only to metals - Limited color options - Low mechanical strength ■Features of Safron LF+ - Can be processed at low temperatures (below 100°C) - Applicable to both metals and resins - Rich color variations - High friction coefficient and mechanical strength - Antistatic performance equivalent to conventional Safron ■Customer Case Study for Problem Solving 【Antistatic Coating for Aluminum Parts in Semiconductor Equipment】 Challenge - Distortion of thin aluminum parts Solution - Low-temperature sintering with Safron LF+ Effect - Provision of antistatic performance and resolution of distortion issues *For more details, please check the detailed page and PDF materials via the link, or feel free to contact us.

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Achieve low-temperature processing and high lubricity! Newly developed 'Safron LF+'.

Achieve low-temperature processing and high lubricity! Newly developed 'Safron LF+'.

Solving the disadvantages of anti-static fluororesin coating! Newly developed Safron LF+ enables low-temperature processing and achieves high lubricity.

The new series "Safron LF+" of the antistatic fluororesin coating developed by Yoshida SKT achieves low friction and allows for low-temperature processing. This expands the options for color tone, film thickness, and processability. Additionally, the antistatic performance remains unchanged from the conventional Safron, and due to its high mechanical strength, it excels in film hardness and wear resistance. It can also accommodate applications that were not possible with previous Safron series, and the variety of colors has increased. For specific performance details, please refer to the property comparison table linked. Moreover, there are specific case studies addressing challenges such as antistatic coatings for flow paths of special inks used in organic EL and antistatic coatings that reduce distortion due to firing. If you have any questions about detailed information or other products, please feel free to contact us.

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An explanation of the fluoropolymer PTFE, which has excellent gas barrier properties and high chemical resistance.

An explanation of the fluoropolymer PTFE, which has excellent gas barrier properties and high chemical resistance.

PTFE is a rare resin that excels in chemical resistance, heat resistance, and gas barrier properties.

PTFE (polytetrafluoroethylene) has a very stable molecular structure and excellent chemical resistance. It is also known for its particularly high gas barrier properties among fluoropolymers. This is because PTFE has very low permeability, making it difficult for gases and vapors to pass through. Therefore, it is suitable for use under harsh chemical conditions, such as in chemical plants and semiconductor manufacturing processes. Furthermore, PTFE has high heat resistance and can be used in a temperature range from -200°C to +260°C. This allows it to maintain its properties even under extreme temperature conditions. However, it is important to select the appropriate usage environment, as it may react with fluorine (gas) or alkali metals (sodium, potassium, lithium) under certain conditions. Fluoropolymer lining can form a lining with high gas barrier and chemical resistance properties on the substrate. For more detailed information on chemical resistance, please download the materials or contact us.

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The best study material for fluororesins! What are the differences between PTFE and PFA?

The best study material for fluororesins! What are the differences between PTFE and PFA?

[Presentation of Materials] A detailed explanation of the differences between fluororesins PTFE, PFA, FEP, and ETFE, including molecular structure 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 types and differences. This single volume allows you to thoroughly understand 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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Ideal for those who want to know the differences between PTFE and PFA, as well as between FEP and ETFE.

Ideal for those who want to know the differences between PTFE and PFA, as well as between FEP and ETFE.

【Presentation of Materials】A detailed explanation of the differences between PTFE and PFA, which are surprisingly not well known, including molecular structure 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. It is an ideal resource for those who want to understand the differences between PTFE and PFA, as well as FEP and ETFE. With this single document, you can gain a solid understanding of the differences and characteristics of each. If you are interested, please feel free to download it. [Contents (excerpt)] ■ Types and properties of fluoropolymer resins ■ Differences between PTFE and PFA / Overview of FEP and ETFE ■ Differences among four types of fluoropolymer coatings

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Presentation of materials for those who do not understand the benefits of fluororesin and cannot utilize it.

Presentation of materials for those who do not understand the benefits of fluororesin and cannot utilize it.

[Presentation of Materials] An explanatory document that addresses the voices of those who do not understand the characteristics and advantages of fluororesin, making it difficult to select appropriate materials.

The technical document "Differences Between PTFE and PFA" provides a detailed explanation of the differences in characteristics between PTFE and PFA, as well as information on FEP and ETFE, covering everything from molecular structure to properties. With this single volume, you can gain a solid 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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Explaining the features, advantages, and disadvantages of ETFE coating.

Explaining the features, advantages, and disadvantages of ETFE coating.

ETFE coating is a coating technology that uses ETFE, a copolymer of tetrafluoroethylene and ethylene.

ETFE coating is a type of fluoropolymer coating that is primarily processed using techniques such as powder coating and rotational molding. ■ What is ETFE Coating? ETFE is a type of fluoropolymer, specifically a copolymer of tetrafluoroethylene and ethylene. It is mainly processed using powder coating technology and is considered a relatively thick coating among fluoropolymer coatings. Therefore, it is commonly referred to as ETFE lining. ■ Advantages of ETFE Coating ETFE has a low melting point and excellent processability, allowing for thick coatings on various substrate shapes. ■ Disadvantages of ETFE Coating On the other hand, because its molecular structure contains hydrogen (H), its heat resistance and chemical resistance are inferior compared to PTFE. ETFE coating requires the selection of materials and methods according to the application, environment, and substrate shape. Yoshida SKT offers ETFE coating services through powder coating and rotational molding (rotolining). *If you are considering ETFE coating, please feel free to contact us. For those considering various linings, please also check the "Basic Knowledge of Lining" PDF.

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Methods to solve release defects in injection molding.

Methods to solve release defects in injection molding.

The astonishing durability that surpasses fluoropolymer coatings, "Bicoat," is a surface treatment suitable for applications subjected to mechanical stress. *Product and case materials are available.

**Main Causes of Release Failure in Injection Molding** Release failure is a common issue in the injection molding process. It often arises from excessive adhesion between the mold surface and the resin. This problem particularly occurs with complex shapes or thin-walled parts, where the resin strongly adheres to the mold surface. Surface roughness and insufficient draft angles can also worsen release properties. Additionally, high temperatures of the resin during release can contribute to release failure. "Bycoat® NYK-01" is a high-performance surface treatment that suppresses resin adhesion and wear in injection molding, thereby improving productivity. Its special coating, designed for use in high-temperature environments, achieves approximately double the lifespan compared to conventional surface treatments. This reduces the frequency of replacements and contributes to lower running costs. It has a proven track record with automotive motor parts manufacturers and has led to regular requests due to its reliable coating technology. **Features** ■ Incredible durability ■ High hardness, resistant to scratches ■ Excellent wear resistance ■ Outstanding non-stick and release properties ■ Safe for use in molds requiring micron-level precision *For more details, please refer to the PDF document or feel free to contact us.*

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Add water and oil repellency with a fluororesin coating.

Add water and oil repellency with a fluororesin coating.

Water and oil repellency refers to the property of a substrate surface that repels water and oil. Water does not spread and wet the surface of the material, but instead forms into droplets, which is the state of water repellency.

When a water-repellent coating is applied to fibers, it is coated with a thin film and does not cover all the fabric's weave, which is an advantage in terms of breathability. However, when high pressure is applied to the water, it may seep through the fabric's weave to the backside. The difference between water-repellent and waterproof To briefly explain the difference between water-repellent and waterproof, water-repellent means repelling water as described above, while waterproof means not allowing water to pass through. In other words, a state where water does not pass through is "waterproof," and a state where water is repelled on the surface is "water-repellent." Advantages and disadvantages of water-repellent processing - Advantages The advantage of water-repellent processing is that it does not fill the gaps in the material, allowing for breathability. Therefore, it is often used in down jackets and coats when one wants to avoid getting wet from a small amount of rain without compromising comfort. - Disadvantages Since water-repellent processing is only superficial, as mentioned above, during heavy rain, water pressure may cause water to seep into the material's interior.

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