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Fluororesin coating "Method of reprocessing"

What is the method for reprocessing fluororesin coatings?

Fluororesin coating can experience wear and peeling depending on the application, environment, and conditions. In such cases, it is possible to strip the coating and reprocess it. Reprocessing places a greater burden on the substrate compared to the initial processing, so consultation according to the application is necessary. 【Overview of Processing Steps】 ■Receiving the Substrate ○ Inspection of the substrate is conducted. ■Preheating ○ The substrate is heated in a furnace to thermally decompose oils, dirt, and fluororesin. ■Surface Preparation ・Blasting ○ The processing surface is blasted to remove rust and dirt, and to create a moderately rough surface. ■Primer Coating ○ A primer that enhances adhesion between the substrate and fluororesin is applied. ■Baking ○ The primer is cured. ■Coating ・Powder Coating ○ Fluororesin powder is applied using a special coating machine. ・Enamel Coating ○ Fluororesin enamel is applied either by machine or manually. ■Baking ○ The fluororesin is heated and melted to form a coating. ■Inspection ○ After processing is complete, an inspection is conducted to ensure that the processing meets specifications and agreements. For inquiries regarding reprocessing, please contact Yoshida SKT.

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[Example] Surface treatment to prevent eye mucus in elastomer extrusion molding.

We will introduce examples of surface treatments to prevent eye discharge that occurs during the extrusion molding of elastomers.

An elastomer is a type of synthetic resin that possesses elasticity and can change shape, being a polymer compound that has both rubber and plastic properties. This time, we received a consultation regarding the inability to produce stable products due to the occurrence of eye mucus in the mold during the extrusion molding of elastomers. ■ Background for Coating Adoption - Without surface treatment, the elastomer adhered to the mold to the extent that almost no products could be manufactured. - By adopting our Bi-Coat, we were able to prevent adhesion to a level that allowed for production. - It was found that after about a month of mass production, defects due to the adhesion of eye mucus occurred. ■ Effects of Surface Treatment Adoption - After adopting our 'MRS-102' and starting tests, eye mucus did occur, but it did not adhere to the mold and could be easily removed, which helped suppress the occurrence of defects, allowing for continuous use for six months. *For details on the adopted 'MRS-102', please refer to the materials or contact us.

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Non-PFAS, excellent abrasion resistance release and sliding coating

We will introduce coatings that do not use PFAS.

"Bycoat Exceed HR↑" achieves improved non-stick properties, slip resistance, and heat resistance without the use of PFAS. It provides reliable release properties and durability even with molds that use strong adhesive resins. Additionally, like conventional Bycoat, it offers excellent dimensional accuracy, making it suitable for areas that require micron-level precision. 【Features of Bycoat Exceed HR↑】 - High hardness, long lifespan, dimensional stability of Bycoat × enhanced heat resistance grade *For more details, please refer to the PDF document or feel free to contact us. For coatings considering PFAS regulations, please contact our company.

Company：吉田ＳＫＴ
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[Information Presentation] A booklet summarizing the basic knowledge of lining is being offered for free.

We are currently providing materials that explain in detail the purpose and types of linings, particularly focusing on fluororesin linings that excel in chemical resistance.

Lining technology is an essential means to protect metals from the corrosive elements of "water, oxygen, and electricity" and to enhance durability. Metals are very convenient because they are easy to process and can be selected for various applications, but they have a significant drawback of being susceptible to corrosion. To solve this problem, processing linings allows metal products to be used in various environments. In particular, highly corrosion-resistant fluororesin linings are gaining attention in the field of heavy corrosion prevention due to their excellent properties. This document provides a detailed explanation of the various types of linings, especially the effects of fluororesin linings. Please take this opportunity to download and check it out.

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What is a fluoropolymer?

Here are the features of fluoropolymer.

Fluoropolymer refers to a type of polymer that contains fluorine atoms as a major component. Fluorine is a very distinctive element, and its properties are prominently reflected in the polymer. Below, I will explain the main characteristics and common applications of fluoropolymers in detail. ■Characteristics Very low adhesion Fluoropolymers are generally very smooth and have almost no adhesion, which is why they are known as "non-stick" or "non-adhesive." High chemical resistance Fluoropolymers possess excellent chemical resistance. They show resistance to many corrosive substances and solvents, and have chemically stable properties. This makes them suitable for applications such as chemical containers, piping, and gaskets. High heat resistance Fluoropolymers have the ability to withstand high temperatures. In particular, PTFE can endure very high temperatures (around 260°C or 500°F). This property makes them suitable for applications that require use under high-temperature conditions. Electrical insulation Fluoropolymers have excellent electrical insulation properties. This is one of the reasons they are widely used as insulating materials for electronic components and cables.

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A detailed explanation about Teflon lining.

We are currently providing detailed materials explaining the fluororesin lining, which is particularly excellent in chemical resistance among linings.

■What is Teflon Lining? Teflon is a trademark of Chemours, and generally refers to fluororesin lining. Fluororesin is particularly excellent in chemical stability among various lining materials. Therefore, it is widely used in fields such as chemicals, semiconductors, and pharmaceuticals, where heavy corrosion resistance and purity are required. ■One Type of Resin Lining Fluororesin lining is one type of "resin lining." Resin lining includes those using "polyethylene" and "nylon" resins, as well as "FRP lining," which combines glass fibers and resin. Among these, "fluororesin" is a material that is less susceptible to chemicals 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" - "Roto Lining" *When considering lining, please check the materials and contact us.

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[Surface Treatment Example] Prevention of Epoxy Adhesive Adhesion on Electronic Component Transport Plates

Introducing a case study of precision surface treatment that prevents adhesion of epoxy adhesives used for bonding electronic components.

■Problems We Wanted to Solve We received an inquiry from a customer who wanted to resolve the issue of epoxy adhesive used for bonding parts overflowing and sticking to the transport plate. ■Conditions for Choosing the Treatment - Heat resistance of 150°C that can withstand the curing process - A tolerance of warping of less than 1mm to maintain precision - Silicone-free - Durable and washable ■Adopted Treatment TLS-200 (Nano Process) ■Achieved Effects After testing with samples and confirming with prototypes, it was adopted for mass production processes. If you want to prevent adhesion of epoxy adhesive, want to know more about the nano process, or are struggling with surface treatment in the precision field, please download the materials or contact us directly.

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I will introduce the characteristics of different types of fluororesins.

I will explain nine types of fluororesins.

List of 9 Representative Fluororesins ■PTFE Also known as polytetrafluoroethylene or tetrafluoroethylene, it is a white fluororesin with excellent sliding properties, non-stick characteristics, chemical resistance, and electrical properties. ■FEP A melt-processable perfluoropolymer developed after PTFE, it is a copolymer of TFE and hexafluoropropylene (HFP). Although its continuous use temperature is inferior to that of PTFE, it excels in moldability and non-stick properties. ■PFA A fluororesin developed to lower the melt viscosity while maintaining heat resistance equivalent to PTFE. It is a copolymer of tetrafluoroethylene (TFE) and perfluorovinyl ether (PFVE). ■ETFE A copolymer of TFE and ethylene, it is partially fluorinated. While it has excellent processability, its heat resistance and chemical resistance are lower compared to the above three types since it is not a perfluoropolymer.

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What non-stick (non-stick) coating is

Things won't stick! What is non-stick coating?

Non-stick means that things do not stick in English. Non-stick coatings, such as fluoropolymer coatings, can be referred to as non-stick coatings. In addition to fluoropolymers, coatings like silicone are also one type of non-stick treatment. In particular, silicone coatings may be appropriate for the release of sticky substances. MRS coating is a non-stick silicone coating that exhibits excellent release properties against sticky substances and adhesive tapes. <Features> - Smooth surface that demonstrates release properties even with sticky substances - Maintains water-repellent, oil-repellent, and slip properties even after wiping with solvents* *Varies by series Yoshida SKT offers a variety of non-stick coatings. For more details, please refer to the PDF materials or feel free to contact us.

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Explanation of the molecular structures and properties of PTFE, PFA, 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. 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 book 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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Switching from cutting processing of receiving jigs is now possible! Urethane coating.

[Data Presentation] All are room temperature curing types, so they can be coated on 3D printed products. It will be possible to switch from machined products.

"Urethane coating" is a room temperature curing type of coating material that can be processed onto any material except for liquids and gases. 3D printer parts may have low strength or poor wear resistance, making them suitable for prototyping but not for use as production jigs. By applying urethane coating to 3D printer parts, it is expected to achieve strength and wear resistance suitable for mass production. [Features] - Excellent wear resistance and soundproofing - Can be applied in various locations - Protects materials and equipment with coating - Cures at room temperature, making it suitable for various materials *For more details, please refer to the PDF document or feel free to contact us.

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PFAS-free abrasion-resistant resin coating

PFAS-free abrasion-resistant resin coating! All types are processed at room temperature, and they can be applied not only to metals but also to chemical wood and plastics.

"Urethane coating" is a resin coating that does not use PFAS. It excels in abrasion resistance and soundproofing, and is a room temperature curing type that can be processed onto any material except for liquids and gases. The usable temperature range is -30°C to 100°C, and depending on the grade, there are types that can be used for surface treatment of various transport equipment, as well as types that enhance slip performance and include measures against static electricity. Additionally, if you require a specific color, we are open to consultations. 【Features】 ■ Excellent abrasion resistance and soundproofing ■ Can be processed in various locations ■ Protects materials and equipment with coating ■ Cures at room temperature, making it suitable for various materials *For more details, please refer to the PDF document or feel free to contact us.

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[Pharmaceutical Industry Case] Non-stick Coating to Improve the Productivity of Topical Medications

Introduction of a case that prevented the adhesion of analgesic and anti-inflammatory drugs and improved productivity.

We will introduce a case where a problem that occurred in the production process of topical ointments was resolved. ■Issue A problem arose where the ointment components of the topical medication were sticking to the equipment. The cause of the problem was the adhesive nature of the ointment components. ■Background To resolve this issue, a highly non-adhesive coating was adopted. Specifically, a silicone-based MRS coating was used. ■Adopted Coating The MRS coating is so non-adhesive that it does not stick even to adhesives like tape. ■Effect of Adoption By adopting this coating, the sticking problem was resolved, leading to a reduction in defective products, an increase in the good product rate, and a decrease in maintenance time associated with line stoppages.

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[Surface Treatment Case] MRS Coating Solves Challenges in Adhesive Tape Transport

We will introduce examples of how it has become possible to prevent the adhesion of paste and the wrapping of tape.

■Issues to be Resolved The adhesive from the packing tape was adhering and accumulating on the tape transport rollers, causing tape entanglement. As a result, manual cleaning was necessary, leading to unavoidable line stoppages. ■Solution MRS coating was applied to the surface of the rollers to improve their non-stick properties. ■Effects Adhesion of the adhesive and tape sticking were eliminated, resolving the line stoppages. The effort required for cleaning was significantly reduced, leading to improved production efficiency. ■Summary of the Case MRS coating is a coating technology that excels in non-stick properties for adhesive tapes. In this case, by applying MRS coating to the packing tape transport rollers, we successfully prevented adhesive accumulation and tape sticking, resolving line stoppages and improving production efficiency.

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Fluororesin lining for stainless steel tanks

This explains the benefits of fluororesin lining that enhance the convenience and durability of stainless steel tanks.

Benefits of Fluororesin Lining for Stainless Steel Tanks ■ Chemical Resistance Fluororesin has strong resistance to chemicals such as acids and alkalis. It prevents corrosion and deterioration of the tank, allowing for safe use when handling chemicals and substances. ■ Non-Stick Properties Fluororesin has a property that makes it difficult for liquids like water and oil to adhere. This facilitates the cleaning and discharge of liquids within the tank. Additionally, the reduced contact area between the liquid and the tank can also help prevent corrosion and deterioration. ■ Durability Fluororesin has excellent heat resistance. The lining film is thick, providing the advantage of maintaining performance even after long-term use. 【Applications】 - Food Processing Safely store acidic and alkaline foods. - Chemical Industry Safely store highly corrosive chemicals. - Medical Field Hygienically store liquids such as blood and pharmaceuticals. In this way, fluororesin lining for stainless steel tanks demonstrates high effectiveness across various fields. *Please download the document summarizing the details of the lining for your reference.

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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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Innovation in the manufacturing line! Measures to improve slip properties and enhance work efficiency.

Challenges in the manufacturing site: Improving the slip resistance of external medication containers!

In the manufacturing process of tear-shaped laxatives, when sending the products to the next stage by hand after filling, the sliding of the trays and containers was poor, requiring significant force and time. Therefore, a new surface treatment technology called "Super TP Hemisphere Graphic" was introduced. As a result, it became possible to slide the products with much less force. The workload was significantly reduced, allowing even workers with less strength to easily send out the products. This technology has already been adopted for improving the sliding properties of eye drop bottles, and its effectiveness has been confirmed. For those aiming to enhance efficiency in manufacturing sites, we encourage you to consider this. *For more details, please refer to the catalog or contact us directly.*

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Solving line stoppages occurring in pharmaceutical manufacturing with non-stick coatings.

We solve line stoppages and defective products caused by the adhesion of patches to the transport equipment in pharmaceutical manufacturing with a non-stick coating!

Case Study of Solving Adhesion Problems in External Drug Manufacturing! ■Customer's Challenge Adhesive patches for pain relief and anti-inflammatory agents were sticking to the transport equipment, causing line stoppages and product defects. ■Solution Applying a highly non-stick silicone-based "MRS Coating" to the transport equipment. ■Benefits of Implementation Reduction in defective products due to the resolution of adhesion issues, improved product quality rate. Increased production efficiency due to reduced line stoppage time. Cost reduction due to decreased maintenance time. Please feel free to contact us for more information.

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A coating that does not exceed the heat resistance temperature of rubber and follows the elasticity of rubber.

The GLC series achieves a coating that does not exceed the heat resistance temperature of rubber and follows the elasticity of rubber.

The GLC series is a "low-friction coating for rubber" that imparts low friction (slipperiness) to rubber materials with grip properties. The coatings in the GLC series are designed to suit the heat resistance and characteristics of various types of rubber. The coating processing temperatures are selected to not exceed the heat resistance of the rubber materials. Therefore, it is possible to apply the coating without compromising the physical properties of the rubber. Additionally, due to the nature of rubber, it can stretch and shrink with even small forces. The coatings in the GLC series can follow this elasticity of rubber, maintaining stable functionality even when the rubber deforms. *For more details, please download the materials and check.

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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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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+'.

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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Electrostatic discharge prevention fluororesin coating that reduces strain in semiconductor device components.

Electrostatic discharge prevention coating for thin aluminum parts used in semiconductor devices! Electrostatic discharge prevention fluororesin coating that can reduce distortion caused by firing.

■Concerns to be resolved and goals to be achieved We received an inquiry about wanting to apply an anti-static coating to thin aluminum parts used in semiconductor equipment. The conventional fluorine-based anti-static coatings required high firing temperatures, which raised concerns about distortion in the aluminum parts. We were looking for a coating that could provide anti-static properties and was less prone to distortion even for thin aluminum parts. ■Coating adopted Saflon LF+ ■Effects achieved Among the Saflon series, Saflon LF+ has a low minimum firing temperature of below 100°C, which is expected to reduce distortion caused by firing, so we proposed it. We confirmed the provision of anti-static properties and resolution of distortion issues through tests and prototypes, leading to its adoption for product coating. The newly developed Saflon LF+ is an anti-static fluororesin coating that can accommodate various environments and applications of our customers. 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.

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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Fluororesin lining that protects materials weak to corrosion and chemicals from corrosion.

We are currently providing detailed materials explaining fluororesin lining, which is particularly excellent in chemical resistance among linings.

Fluororesin lining is an important technology for protecting materials from damage caused by corrosion and chemicals. The main types of fluororesin lining include PTFE, PFA, and ETFE, each possessing specific properties suitable for particular applications and environments. Types of fluororesin lining: - PTFE lining: Excellent non-stick and heat resistance, with resistance to almost all chemicals. - PFA lining: Offers more options for processing methods compared to PTFE, accommodating various shapes of substrates. - ETFE lining: Combines strength and chemical resistance, with a wide range of substrate shapes that can be processed similarly to PFA. Fluororesin lining methods: - Sheet lining: A method of adhering fluororesin sheets to substrates, allowing for thicker linings. - Powder coating: A method of applying fluororesin as a powder coating and forming a film in a sintering furnace. - Rotolining: A method of applying lining material while rotating, forming a uniform film. It is suitable for use under harsh chemical conditions, such as in chemical plants and semiconductor manufacturing processes, and can protect materials over a long period. Please check the materials and contact us for further consideration.

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Ensures abrasion resistance and non-stick properties! A coating that facilitates the release of adhesive materials.

Fluorine-based and siloxane-based coating systems suitable for applications with mechanical loads.

"Bycoat(R)" is a coating system that achieves the ideal functions of "release properties" + "sliding properties" + "wear resistance" by combining inorganic and organic surface treatment technologies. It withstands harsh usage areas such as the shoots and guides of injection molds and food packaging machines, providing reliable release and sliding properties. Additionally, due to its excellent dimensional accuracy, it is suitable for areas requiring micron-level precision. 【Features】 ■ Extraordinary durability ■ High hardness and scratch resistance ■ Excellent wear resistance ■ Superior non-stick and release properties ■ Safe for use in molds requiring micron-level dimensional accuracy *For more details, please refer to the PDF document or feel free to contact us.

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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.

【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

Company：吉田ＳＫＴ
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GLC series coatings that meet the need to slide over rubber materials.

Introducing the GLC series, featuring a rubber material with grip properties and a coating that achieves low friction (slipperiness).

The GLC series is a "low-friction coating for rubber" that imparts grip to rubber materials while providing low friction (slipperiness). It reduces the friction coefficient of rubber materials and improves their slip properties. 【Features】 - The surface of the rubber material is treated with a coating of fluorine, silicone, or inorganic films. - It reduces friction on the rubber surface. Depending on the product number, water repellency and non-stick properties can also be expected. - It is a low-temperature coating that can be applied to rubber with low heat resistance. - It has a high degree of adherence that makes it difficult to peel off, even on flexible rubber. *For more details, please download the materials and check.

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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

Company：吉田ＳＫＴ
Price：Other

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coating

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