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Coating Product List and Ranking from 575 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 2026
This ranking is based on the number of page views on our site.

Coating Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. 吉田SKT Aichi//Manufacturing and processing contract
  2. フロロテクノロジー Aichi//Chemical
  3. トシコ Saitama//Manufacturing and processing contract
  4. 4 日建塗装工業 Tokyo//Manufacturing and processing contract
  5. 5 トーカロ Hyogo//Manufacturing and processing contract

Coating Product ranking

Last Updated: Aggregation Period:Jun 10, 2026~Jul 07, 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. Tosical S Coating <PFAS Free> トシコ
  4. 4 Exhibition participation! Outstanding non-stick properties 'Ognas' and wear resistance 'Solnas X' 大阪ガスケミカル株式会社 奈良表面加工センター
  5. 5 Water-repellent, non-stick, anti-adhesion coating "tt-kote series" トーカロ

Coating Product List

2011~2040 item / All 2931 items

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Thin film coating: "Ultra-thin film processing with excellent water and oil repellency."

A thin film coating with excellent precision, visible light transmittance, water repellency, and oil repellency. Technical materials summarizing the new series are currently being presented.

The "Nano Process TC-10S" enables thin film coatings of less than 100μm and excels in precision, visible light transmittance, water repellency, and oil repellency. It can maintain optical properties with minimal dimensional changes, making it possible to process "precision parts" and in fields that require high dimensional and surface accuracy, where fluororesin coatings have been difficult until now. <Examples of Applications> - Sealing and water-repellent treatment for electronic devices and components - Water repellency for optical lenses - Prevention of oil diffusion in bearing components - Prevention of oil sludge in sealing components, etc. Additionally, Nano Process has been renewed with three other new features, each with different characteristics and applications. 【Features of Each Series】 ■ TLS Series Excellent non-adhesiveness to sticky substances like tape ■ NCFPC Series Excellent liquid repellency for water and oil ■ HP Series Excellent hydrophilicity Currently, we are offering technical materials summarizing the details of each series. If you are interested in more details or are facing challenges with surface treatment in precision fields, please download the materials or contact us directly.

  • Other semiconductors
  • Coating

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Thin Film Coating: "Thin Film Fluorine Coat with Excellent Liquid Slip Properties"

Super-thin film coating with excellent water and oil repellency!

The "Nano Process NCFPC Series" is an ultra-thin film fluorine coating that excels in liquid repellency, such as water and oil, compared to fluorine resin coatings, and improves liquid drainage and flow. It causes almost no dimensional changes and can maintain optical properties, making it possible to process "precision parts" and in fields that require high dimensional and surface accuracy, where fluorine resin coatings have been difficult until now. <Examples of Applications> - Improvement of liquid drainage for water and oil - Improvement of liquid flow for water and oil - Prevention of oil diffusion in bearing components, etc. Additionally, Nano Process has been renewed with three other new functions, each with different features and applications. 【Features of Each Series】 ■ TC-10S Excellent precision, visible light transmittance, water repellency, and oil repellency ■ TLS Series Superior non-stick properties against adhesive materials like tape ■ HP Series Excellent hydrophilicity Currently, we are offering technical materials summarizing the details of each series. If you are interested in more details or are facing challenges with surface treatment in the precision field, please download the materials or contact us directly.

  • Other semiconductors
  • Coating

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Thin film coating: "Thin film treatment with excellent hydrophilicity"

The "Nano Process HP Series" can impart hydrophilicity through thin film coating, demonstrating effectiveness in anti-fogging and dirt resistance.

The "Nano Process HP Series" excels in hydrophilicity and contributes to anti-fogging, anti-soiling, moisture resistance, and rust prevention through its thin film coating. It causes almost no dimensional changes and maintains optical properties, enabling processing in fields where coating has been difficult, such as "precision parts" and "areas requiring high dimensional and surface accuracy." <Examples of Applications> - Anti-soiling for parts and equipment - Improved water retention through hydrophilization of water supply rollers - Anti-fogging properties through hydrophilization of glass - Condensation prevention, etc. Additionally, Nano Process has been renewed with three other new functions, each with different features and applications. [Features of Each Series] ■ TC-10S Excellent precision, visible light transmittance, water repellency, and oil repellency ■ TLS Series Superior non-stick properties similar to adhesive tape ■ NCFPC Series Excellent liquid runoff properties for water and oil Currently, we are offering technical materials summarizing the details of each series. If you are interested in more details or facing challenges with surface treatment in precision fields, please download the materials or contact us directly.

  • Other semiconductors
  • Coating

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Prevent blade troubles in production equipment! Non-stick coating

Adhesive problems with blades that occur in production equipment, such as cutting adhesive films and tapes. Solved with a non-stick coating for the blade.

Are there any issues with adhesive sticking to the "cutting blades" of production equipment, impairing cutting performance or contaminating products? ■ Obstacle to Automation For process automation, it is essential that no human intervention is required and that operations are continuous. If phenomena occur where adhesive materials adhere to the blades, it becomes difficult to automate that line. ■ Increased Cleaning Frequency If frequent cleaning of the blades is necessary, production may not be achievable within the expected time frame, leading to decreased production efficiency. Additionally, increased working hours due to cleaning can raise costs and heighten concerns about worker safety. ■ Adhesion to Products, Product Contamination If adhesive or materials stuck to the blades adhere to the next product being cut, it can result in defective products or necessitate repairs in subsequent processes. Furthermore, if the cutting blades become dull, it can disrupt the cutting shape and cause issues. Yoshida SKT offers coatings that can resolve such troubles. ▽ Click here to apply for a collection of case studies on cutting process improvements and a trial set ▽

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  • Processing Contract
  • Coating

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Surface Treatment Case Study: "Automation of Sterile Room Shoot Transport"

Reduce the frequency of maintenance access to the cleanroom! Utilizing surface treatment can solve various production challenges and troubles. Sample and case study collection available.

Troubles like the following can occur at any time on the production line: ■ Line stoppage ■ Delay in takt time ■ Increase in defects etc… While prompt responses and identifying the causes are important when such issues arise, learning preventive measures in advance can help avert emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering a free "Coating Sample Book" and "Process Improvement Case Study Collection" that have actually improved production processes. ■ Even if the conveyed items wear out, the slip is maintained, allowing for long-term maintenance-free operation. For more details on the cases, please download the "Process Improvement Case Study Collection" and check it out. You can apply for a free trial set of surface treatment samples from the "Related Links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Case Studies on Surface Treatment: "Maintaining the Aesthetics of Packaging Films and the Cleaning Durability of Blades"

Maintain the cut shape of food packaging films and sustain sharpness! Utilizing surface treatment can solve various production challenges and troubles.

In a production line, it is impossible to predict when troubles like the following will occur: ■ Line stoppage ■ Delay in takt time ■ Increase in defects ■ etc... When such problems arise, while prompt response and investigation of the causes are important, learning preventive measures in advance can help avert emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering free "Coating Sample Books" and "Process Improvement Case Studies" that have actually improved production processes. ■ Solving both the issues of preventing resin adhesion and durability of the cleaning process without compromising the sharpness of the cutting blades. For more details on the case studies, please download the "Process Improvement Case Studies" and check them out. You can apply for a free trial set of surface treatment samples from the "Related Links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Surface Treatment Case Study Collection: "Solving Equipment Downtime with Smooth Cuts"

Enabling continuous cutting of rubber products! Utilizing surface treatment can solve various production challenges and troubles.

In the production line, troubles such as the following can occur at any time: ■ Line stoppage ■ Delay in takt time ■ Increase in defects etc… When such issues arise, while prompt response and investigation of the cause are important, learning preventive measures in advance can help avert emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering a free "Coating Sample Book" and "Process Improvement Case Collection" that have actually improved production processes. ■ It also enables cutting of rubber with different hardness in specifications that excel in adhesion prevention and slip properties. For details on the cases, please download the "Process Improvement Case Collection" and check it out. You can apply for a free trial set of surface treatment samples from the "Related Links." We encourage you to apply for this opportunity.

  • Other surface treatment equipment
  • Coating

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Case Study on Surface Treatment: "Eliminating Volume Errors by Improving Powder Slipperiness"

Optimal slip properties are provided based on the type of powder and the material of the chute. Utilizing surface treatment can solve various production challenges. Samples and case studies are currently available.

Troubles such as the following can occur at any time on the production line: ■ Line stoppage ■ Delay in takt time ■ Increase in defects ■ etc… While prompt responses and identifying the causes are important when such issues arise, learning preventive measures in advance can help avert emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering free "trial sets" of surface treatments that have actually improved production processes, as well as a "case study collection on process improvement." For details on the cases, please download and check the "case study collection on process improvement." You can apply for a free trial set of surface treatment samples from the "related links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Surface Treatment Case Studies: "Speeding Up Conveyance and Preventing Tablet Discoloration"

Prevention of discoloration of tablets and pills that change color when rubbed against metal. Utilizing surface treatment can solve various production challenges. Samples and case studies are available.

Troubles such as the following can occur at any time on the production line: ■ Line stoppage ■ Delay in takt time ■ Increase in defects ■ etc... While prompt responses and identifying the causes are important when such issues arise, learning preventive measures in advance can help avoid emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering free "trial sets" of surface treatments that have actually improved production processes, as well as a "case study collection on process improvement." For more details on the cases, please download the "case study collection on process improvement" and check it out. You can apply for a free trial set of surface treatment samples from the "related links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Collection of Surface Treatment Examples: "Reducing Product Defects by Improving Demolding Properties in Vacuum Forming"

Achieve demolding without release agents. Maintain the precision of molds and enhance durability. Surface treatment can solve various production challenges. Samples and case studies are available.

In the production line, troubles such as the following can occur at any time: ■ Line stoppage ■ Delay in takt time ■ Increase in defects etc… When such problems arise, prompt response and investigation of the causes are important, but by learning preventive measures in advance, we can avoid emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering free "trial sets" of surface treatments that have actually improved production processes, as well as a "case study collection for process improvement." For more details on the cases, please download and check the "case study collection for process improvement." You can apply for a free trial set of surface treatment samples from the "related links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Surface Treatment Case Studies: "Prevention of Adhesion of Epoxy Adhesives in Aircraft Parts Manufacturing"

Silicone-free, prevents adhesive adhesion to molds with low-temperature processing. By utilizing surface treatment, various production challenges can be solved. Samples and case studies are currently available.

In the production line, we cannot predict when the following troubles will occur: ■ Line stoppage ■ Delay in takt time ■ Increase in defects etc... When such problems arise, while prompt response and investigation of the causes are important, learning preventive measures in advance can help avert emergencies. By imparting "release properties and slip properties" through surface treatment, we are currently offering free "trial sets" of surface treatments that have actually improved production processes, as well as a "case study collection on process improvement." For more details on the cases, please download the "case study collection on process improvement" and check it out. You can apply for a free trial set of surface treatment samples from the "related links." We encourage you to take this opportunity to apply.

  • Other surface treatment equipment
  • Coating

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Ceramic Coating: "Solving the Problem of Fluorine Coating Peeling"

It is a coating technology that maximizes "non-stick and release properties" by combining ceramics and fluororesins.

CHC (Ceramic Hard Coat) is a new type of fluoropolymer coating that achieves non-stick properties equivalent to standard fluoropolymer coatings while also providing high film hardness at elevated temperatures. ■Features - Non-stick properties equivalent to PTFE and PFA - High film hardness at temperatures above 200°C (compared to PTFE) *Based on internal testing ■Applications - Resin welding plates - Resin molding molds - Heater plates - Heat sealers *For case studies and product details, please see the link below.

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  • Resin mold
  • Coating

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Ceramic Coating: "Eliminating the peeling of fluorine coating at high temperatures."

It is a coating technology that maximizes "non-stick and release properties" by combining ceramics and fluororesins.

CHC (Ceramic Hard Coat) is a new type of fluoropolymer coating that achieves non-stick properties and high film hardness at elevated temperatures, comparable to standard fluoropolymer coatings. ■Features - Non-stick properties equivalent to PTFE and PFA - High film hardness at temperatures above 200°C (compared to PTFE) *Based on internal testing ■Applications - Resin welding plates - Resin molding molds - Heater plates - Heat sealers *For case studies and product details, please see the link below.

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  • Resin mold
  • Coating

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Case study on improving mold release for molten metal: Coating that solved polyethylene stringing.

We will introduce a case where surface treatment technology solved the issue of stringing in welding molds.

■Request We want to eliminate stringing that occurs on the heating plate during the thermal welding of polyethylene containers. We aim to reduce product defects caused by stringing without changing the takt time and to decrease the frequency of replacing the heating plate. ■Criteria for Processing Selection As a result of considering cost-effectiveness, we require a lifespan that is twice that of the current coating. ■Achieved Effect By adopting CHC technology for the coating, we have successfully achieved both release effect and longevity. *You can download a PDF summarizing the product information. For more details, please contact us.

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  • Resin mold
  • Coating

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Case study on mold release for molten metal: Solving the stringing issue in battery cases through surface treatment.

We will introduce a coating case that solves the adhesion and stringing of resin that occurs during the welding process of the battery case container and lid.

■Concern In battery production, resin boxes and lids are welded together for sealing. The welding mold is made of aluminum and is heated to over 200°C for use. During this process, molten resin and stringing occur, which was addressed with a fluororesin (PTFE) coating. ■Background of Consultation with Our Company Due to the production of several thousand shots per day at temperatures above 200°C, the coating peels off in about a week. The hassle of changing setups for reprocessing and damage to the mold led to decreased production efficiency, prompting the consultation for improvements in surface treatment. ■Adopted Coating "CHC-1111CR" ■Adoption Background and Effects We proposed a newly developed "CHC-1111CR" that offers the same release properties as fluororesin coatings while maintaining high film hardness even when heated. Testing showed no stringing of the resin or peeling of the coating, allowing for use in tens of thousands of shots and achieving approximately three times the lifespan of conventional coatings. *For details on the coating, please refer to the PDF document.*

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  • Resin mold
  • Coating

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Surface treatment "Safron(R)"

Prevent "charging" of fluororesin coatings and reduce static electricity issues! It also minimizes adhesion caused by static electricity.

"SafeLon®" is a fluororesin-based surface treatment that enables static electricity prevention by allowing charges generated on the coating surface to flow to the substrate metal or ground. It reduces static electricity issues caused by fluororesin coatings and provides functions such as "preventing adhesion," "increasing slipperiness," and "enhancing corrosion resistance." Additionally, it improves production efficiency in various settings by preventing product troubles caused by material sticking and lightening the cleaning work of adhered substances. 【Features】 - Prevention of static electricity on the coating surface - Good release from adhesives, preventing or making it difficult for them to stick - Improved lubricity due to the low friction coefficient of fluororesin coatings - Prevents poor flow and clogging during transport by treating transport guides, chutes, pipes, etc. - Protects tanks and stirring blades that come into contact with chemicals, enhancing safety and durability *For more details, please refer to the PDF document or feel free to contact us.

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  • Surface treatment contract service
  • Coating

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What is "MYL-001"? It is a permeation-resistant PFA fluororesin lining.

"MYL-001" is a thick film PFA lining that can improve permeation resistance and blister resistance.

The term "MYL-001" refers to a fluororesin lining called "MY Lining," which has significantly improved permeation resistance compared to standard PFA. - It is expected to have a lifespan several times longer than conventional products (according to our coating comparison). - It is suitable for environments that could not be used before or for places where the previous lifespan was unsatisfactory. - Lining can be applied to complex shapes such as eye plates and stirrers. 【Features】 ■ Dramatic improvement in permeation resistance performance (compared to our products) ■ Thick film processing possible (MAX 2000μm) ■ Strong adhesion (vacuum resistance) ■ Seamless integrated processing ■ Lining possible for complex shapes such as eye plates and search machines *For more details, please refer to the PDF document or feel free to contact us.

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  • Surface treatment contract service
  • Coating

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What is "TP-855"? An explanation of Yoshida SKT's coating.

TP-855" is Yoshida SKT's "contact area reduction type fluororesin coating.

There are various types of resin for fluoropolymer coatings depending on the application environment. At Yoshida SKT, we specify materials and processing based on the product number. "TP-855" is a type of fluoropolymer coating designed to reduce contact area and is one of the "TP Coatings." TP Coatings are characterized by their ability to form unique convex surfaces solely from fluoropolymer, offering excellent release properties and slip resistance against adhesives. For more details, please download the materials or contact us.

  • Secondary Cells/Batteries
  • Coating

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Explanation of the types of mold coatings, their purposes, and features.

We will introduce coatings that improve the hardness, wear resistance, corrosion resistance, and non-stick properties of mold surfaces.

**Main Purposes of Mold Coating** - To extend the lifespan of molds by improving the hardness of the mold surface. - To enhance the quality of molded products by ensuring a smooth flow of resin. - To prevent resin adhesion by providing non-stick properties. **Main Types and Features of Mold Coatings** - **Chrome Plating** Chrome plating can improve the hardness of the mold surface. It also excels in wear resistance and corrosion resistance. - **DLC Coating** By forming a thin film called Diamond-Like Carbon (DLC) on the mold surface, it can enhance the hardness and non-stick properties of the mold surface. - **TiCN Coating** By forming a thin film called Titanium Carbonitride (TiCN) on the mold surface, it can improve the hardness, wear resistance, and corrosion resistance of the mold surface. - **Teflon Coating** By forming a Teflon resin with excellent non-stick properties on the mold surface, it can prevent resin adhesion. However, there may be cases where desired functions such as release properties and durability are not met with these surface treatments. If you are having trouble with mold coatings, please consider "Bicoat."

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  • Other molds
  • Coating

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What is the efficiency of transportation? Introducing specific improvement examples utilizing surface treatment.

In engineering, transportation is considered a waste that does not produce anything. Streamlining transportation directly leads to increased productivity. *Case study collection available.

Streamlining transportation refers to optimizing the process of moving products to save time and effort. For example, it includes improving methods for efficiently transporting products between processes in a factory or after packaging finished goods for shipment. Additionally, the automation of transportation processes and the use of robots are also related to streamlining transportation. Approaches to streamline transportation include improving transportation methods and means, enhancing worker training and skills, automating transportation tasks, and strengthening tracking and management of transportation. By adopting these improvements, many industries, such as manufacturing, can enhance productivity and achieve benefits like cost reduction and increased customer satisfaction. Yoshida SKT contributes to improving your transportation processes and equipment with its unique surface treatment technology, helping to enhance operational efficiency. Yoshida SKT's convex coating will assist you in transitioning to the new normal of transportation! [We are offering a collection of case studies on improvements through coating as a gift.] If you are interested, please request the "trial set" from the related link.

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  • Conveyor
  • Coating

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What are the characteristics of fluororesin? | Textbook on Fluororesin Coating

We are currently offering a textbook filled with practical information about the characteristics of fluororesin coatings, from basic content to tips for selection.

■What are the characteristics of fluoropolymer resins? Fluoropolymer resins have unique characteristics compared to other resins. - Non-stick property A characteristic that makes it difficult for things to stick. - Low friction (slipperiness) A characteristic that has low friction resistance and is easy to slide. - Water and oil repellency A characteristic that repels water and oil. - Chemical resistance A characteristic that does not get affected or dissolve in chemicals. - Heat and cold resistance A characteristic that withstands high and low temperatures. - Electrical insulation A characteristic that insulates electricity. - Weather resistance A characteristic that is less affected by ultraviolet rays. - Purity A characteristic that is chemically inert. In "The Textbook of Fluoropolymer Coatings," we will explain in detail why it possesses such a diverse range of characteristics. [Contents (excerpt)] ■What is fluoropolymer? ■Explanation of the characteristics of fluoropolymer ■Processing methods for fluoropolymer coatings ■Tips for selecting fluoropolymer coatings ■Suitable substrates for fluoropolymer coatings ■Case studies of fluoropolymer coatings If you are interested, please download the materials from the link below.

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  • Surface treatment contract service
  • Coating

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List of surface treatments with excellent release properties.

This surface treatment is effective when you want to reduce adhesion, such as in mold release or heat plate release! We will introduce a surface treatment with excellent release properties.

"Release properties" refer to the ability of a mold to release from the cast, and it is often used with a similar meaning to non-stick properties. Non-stick properties refer to the characteristic of not adhering to or being difficult to adhere to strongly adhesive substances. Surface treatments with excellent release properties often use materials such as fluororesin and silicone, which have low surface free energy and, due to their molecular structure, possess properties that make them difficult to wet. Surface treatments that utilize such functions are effective for release applications, applications where adhesion needs to be minimized, and for simplifying cleaning. 【Selected Coatings (Partial)】 ■ Non-stick, slippery, heat-resistant - Fluororesin coating ■ Release properties, high hardness, dimensional stability (durable parts, molds) - Bi-Coat ■ Resin release at high temperatures - FSR coating ■ Prevention of adhesion of high-viscosity substances - Adhesive release coating - CTT fabric sheet - MRS coating (silicone-based coating) ■ Release properties, precision, water repellency, oil repellency, liquid runoff (precision parts, precision molds) - Nano process *For more details, please refer to the PDF document or feel free to contact us.

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  • Processing Contract
  • Coating

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PFAS-free corrosion-resistant coating "Cerashield"

PFAS-free corrosion-resistant coating! It can be used for corrosion prevention and permeation prevention against gases and chemicals.

The organic-inorganic oxyalkylene oligomer coating system "Cerashield" is a corrosion-resistant coating material that reduces the frequency of updates for industrial equipment such as tanks by preventing corrosion and permeation. It is a hardening type paint with excellent corrosion prevention effects, forming a coating film with high crosslink density. Additionally, it can be applied to a wide range of substrates including metals, plastics, wood, concrete, and ceramics, demonstrating excellent adhesion. There are two types available: the room temperature curing type "Cerashield CST-1108" and the heat curing type "Cerashield CST-1508." 【Features】 ■ Reliable corrosion resistance ■ All-around chemical resistance (heat curing type) ■ Room temperature processing available (room temperature curing type) ■ Excellent hardness ■ Electrical insulation ■ Advantageous for aftercare *For more details, please refer to the PDF document or feel free to contact us. For coatings considering the use of PFAS, please contact our company.

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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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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.

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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.*

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[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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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?

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 delamination? Introducing surface treatments that excel in delamination resistance.

[Presentation of Materials] What is release property? We will introduce methods to improve release property and coatings that are particularly excellent in release property.

Release properties refer to the characteristic of materials or products that allows them to be easily removed from molds or forming tools without sticking. This property is important in the manufacturing process and affects product quality and production efficiency. ■ Methods to Improve Release Properties By applying a release agent to the surface, a thin film is created between the mold and the product, preventing adhesion. Silicone and fluorine-based release agents provide excellent release properties for many materials. ■ Resin Coating Applying a resin coating to the surface exhibits non-stick properties, making it easier to remove the product. Fluororesin coatings are commonly used. ■ Metal Plating For example, chrome plating has high hardness and is less reactive with other substances, aiding in product removal. Fluororesin-containing types of plating also exhibit non-stick properties. ■ Surface Roughness Adjustment By designing the surface with fine uneven structures, the contact area is reduced, thereby decreasing adhesion. As mentioned above, there are various methods, but we will introduce surface treatment technologies and coatings that are particularly effective in enhancing release properties, reducing product defects, and improving productivity. For more details, please download the PDF document or feel free to contact us.

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