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Coating×吉田ＳＫＴ - List of Manufacturers, Suppliers, Companies and Products

Coating Product List

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Surface treatment on CFRP substrate: Coating on CFRP material roll.

Surface treatment on CFRP substrate: Coating on CFRP material roll.

CFRP, essential for the labor-saving and lightweighting of production equipment. Surface treatment possible even for materials with low heat resistance! Achieving non-stick properties, release properties, and wear resistance through coating.

To prevent noise in production sites and to reduce labor and weight of equipment, switching from metal to lightweight and high-strength CFRP materials is effective. However, changing materials is not always beneficial. In actual production environments, there may be challenges such as, "Once we switched to CFRP rollers, we could no longer perform the surface treatment to prevent adhesion." ■ With Yoshida SKT, improvements can be made even with CFRP rolls and jigs through coating. 【Effects of Coating on CFRP Rolls】 - Adhesive adhesion measures can be implemented, making cleaning easier. - No adhesive residue, eliminating negative impacts on products. - No line stoppages, improving production efficiency. ◆ Coatings Used ◆ ■ Super CTT Coating (Silicone-based contact area reduction coating) 【Features】 - Release properties - Cushioning properties - Tackiness ■ Super Alloy Coating (Flexible alloy coating) 【Features】 - Release properties - Slipperiness - Wear resistance; hardness: HV600 *For more details, please download the PDF or contact us.

  • Surface treatment contract service

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[Free Offer] Prevent Blade Troubles in Production Equipment! Non-Stick Thin Film Coating

[Free Offer] Prevent Blade Troubles in Production Equipment! Non-Stick Thin Film Coating

【Trial Set Offered】Adhesive troubles with blades occurring in production equipment, such as cutting adhesive films and tapes. Solved with non-adhesive and release coatings for blades.

Are there any issues with adhesive sticking to the "cutting blades" of production equipment, impairing cutting performance or contaminating products? If cutting tools are used on sticky items or items with adhesive, without implementing "anti-adhesion measures," it can negatively impact profitability. 【Specific Negative Impacts】 ■ Obstruction of Automation Automation of processes requires that human intervention is not needed and that continuity is maintained. If adhesive materials are adhering 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 completed within the expected time, leading to decreased production efficiency. Additionally, increased working hours due to cleaning can raise costs and raise concerns about worker safety. ■ Adhesion to Products and 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 lose their sharpness, it can lead to irregular cut shapes and become problematic. Yoshida SKT offers coatings that can resolve such issues. ▽ For a collection of case studies on cutting process improvements and to request a trial set, click here ▽

  • Processing Contract

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For those unsure about choosing surface treatment: Coatings for sliding properties, slip properties, and lubrication properties.

For those unsure about choosing surface treatment: Coatings for sliding properties, slip properties, and lubrication properties.

We introduce surface treatments with excellent sliding properties, featuring various functions such as self-lubricating PTFE coatings, wear resistance, and contact area control.

In manufacturing equipment, improving the sliding properties (lubrication) of areas where two objects come into contact and move is essential for ensuring smooth operation and enabling movement with less force. - PTFE, a representative of fluororesins, especially Teflon fluororesin, has a low coefficient of friction, with the static friction coefficient being smaller than the dynamic friction coefficient, allowing for smooth sliding without stick-slip phenomena. - Bycoat(R) is a super-durable fluorine-based organic coating system that combines inorganic materials with high hardness and fluororesin, resulting in high hardness and excellent sliding properties. - Super TP coating allows for unique convex surface coating with all-fluorine even on flat substrates. It is a coating with excellent sliding properties achieved through control of the contact area. 【Selected Surface Treatments】 ■ Sliding and Low Friction - Teflon(TM) fluororesin coating ■ Lubrication, Wear Resistance, and High Hardness - Bycoat(R) ■ Sliding Properties through Contact Area Control (Fluororesin-based) - Super TP - Super TP Hemispherical Graphic *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Strong against wear and film peeling! Non-stick coating

Strong against wear and film peeling! Non-stick coating

Ah, strong! Remarkable durability. An organic coating system "Bicoat(R)" suitable for applications with mechanical loads.

When applying non-stick coatings to molds and jigs, there are applications that cannot be used due to wear or film peeling. For example, molds subjected to strong pressure and "heat sealers" in packaging machines that come into contact with metal are among them. 'Bicoat' is a coating system that achieves the ideal functions of non-stick and wear resistance by combining inorganic and organic surface treatment technologies. ◆ It offers reliable non-stick and release properties, as well as high hardness and excellent dimensional accuracy. ◆ It is also suitable for coating areas that require micron-level dimensional precision. 【Features】 ■ Incredible durability ■ High hardness and scratch resistance ■ Excellent wear resistance ■ Superior non-stick and release properties ■ Safe for use in molds requiring micron-level dimensional precision *For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment

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A non-stick coating that allows adhesive tape to be easily peeled off with a 1μm thin film.

A non-stick coating that allows adhesive tape to be easily peeled off with a 1μm thin film.

Nano Process (R) TLS-200 allows for non-stick coating while maintaining high surface precision with a thin film coating of approximately 1μm.

The "Nano Process (R) TLS-200" has almost no thickness due to the coating, so there is little need to consider the thickness of the coating, allowing for effects such as non-stick, water-repellent, and oil-repellent properties. Even with sharp substrates like blades, processing can be done while maintaining their shape, enabling surface modification of components in a wide range of industries, including production equipment transport lines and packaging processes. *For more details, please refer to the PDF materials or feel free to contact us. ▼ Here is the official Yoshida SKT website for "Nano Process (R)" ▼

  • Coating Agent

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The adhesive tape does not stick at all; silicone-based non-stick coating.

The adhesive tape does not stick at all; silicone-based non-stick coating.

In the adhesive tape release test, the force to peel off the tape is zero! The MRS coating can easily peel off sticky substances like adhesive tape and seals.

"MRS Coating" (Mold Release Silicone) is a non-stick coating that has features not found in conventional silicone coatings. It is used to prevent sticking in production processes and equipment, such as conveyor lines for adhesive films and cutter blades of automatic packaging machines, achieving improved production efficiency and reduced defect rates. [Features] - Non-stick (release) + solvent resistance → MRS-102 - Non-stick (release) + film hardness (9H) → MRS-014 - Non-stick (release) + heat resistance (300°C) → MRS-004 - Non-stick (release) + slip properties → MRS-003 - Non-stick (release) + low-temperature processability → MRS-200 Due to its smooth surface, it is easy to wipe off dirt, and there are grades that show almost no change in release properties even when cleaned with solvents. *Based on our tests *For more details, please click "PDF Download" or feel free to contact us.

  • Surface treatment contract service

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Fluororesin coating "Wear resistance for coatings!"

Fluororesin coating "Wear resistance for coatings!"

For those who want to introduce fluoropolymer coatings but are concerned about wear and peeling of the coating. Measures against peeling and wear of fluoropolymer coatings!

■Are you facing any of these issues with surface treatment? - You are using fluororesin coating to improve product slip properties, but it wears out quickly and requires reprocessing. - You want to introduce fluororesin coating for production line improvement, but you are concerned about coating wear and peeling. "We have a coating at Yoshida SKT that can address such concerns." Bicoat® is a coating that pursues a balance of [durability and strength] and [anti-adhesion and slip effect]. It reduces the possibility of troubles caused by "functional decline due to coating scratches and peeling, foreign matter contamination, and defects," which can lead to decreased production efficiency. - Provides slip properties to conveyor chutes, preventing blockages of transported items. Reduces the risk of coating peeling and foreign matter contamination. - Prevents sticking of heat sealer's bonding film and coating peeling. - Contributes to improved release properties of resin molding molds. Maintains dimensional accuracy, allows for low-temperature processing, and preserves mold quality. 'Bicoat®' samples are currently available for free. Please try the anti-adhesion and slip properties with actual materials. ▼ You can apply from the official Yoshida SKT website below.

  • Other Auto Parts

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Fluororesin Coating: "What is 'Blasting' in Surface Preparation?"

Fluororesin Coating: "What is 'Blasting' in Surface Preparation?"

Surface treatment for firmly adhering a non-stick "fluoropolymer coating" to the substrate. This explains "blasting."

■What is blasting? Blasting is a surface treatment method that involves spraying blast materials (various abrasive particles) onto the surface of a product using compressed air or similar means to remove rust and dirt from the substrate surface. The particles that collide with the surface act as "impact" or "cutting." Although the energy of a single blast particle is minimal, the continuous bombardment of countless particles results in a significant effect on the surface. ■Blasting as a pre-treatment In addition to cleaning the surface, blasting increases the surface area through roughening, which generates an anchor effect that greatly enhances adhesion during coating processes. Therefore, it is extremely effective not only for fluoropolymer coatings but also as a pre-treatment for processes such as thermal spraying and plating. Additionally, blasting can improve the wettability of liquids. To fully realize the performance of fluoropolymer coatings, pre-treatment is a crucial process. At Yoshida SKT, we select blast materials and treatment methods suitable for coatings and substrates to process fluoropolymer coatings. *For more details, please check the link below or feel free to contact us.

  • Surface treatment contract service

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Fluororesin Coating: "What is the 'Air Baking' in the Degreasing Process?"

Fluororesin Coating: "What is the 'Air Baking' in the Degreasing Process?"

A degreasing process to ensure strong adhesion of the non-stick "fluororesin coating" to the substrate. This explains "pre-baking."

■ What is the degreasing process? It is the process of removing oils, fats, and dirt that are attached to the surface to be coated. ■ Issues arising from insufficient degreasing It can lead to problems such as the coating material repelling, poor adhesion of the paint film, and the occurrence of appearance defects like stains. ■ Types of degreasing methods - Air roasting - Solvent cleaning ■ Air roasting process The substrate is heated in a roasting furnace to a temperature above the coating processing temperature, allowing oils and other substances to be oxidized and burned off. Typically, roasting is performed for several hours at temperatures exceeding 400°C. ■ Advantages of air roasting - No toxic gases are generated during the decomposition of oils, which are broken down into water and carbon dioxide. - It can completely decompose all organic components that could cause problems during the coating firing process. - It can accommodate large products as long as they fit into the roasting furnace. Fluoropolymer coatings, which excel in non-stick properties, adhere firmly to the substrate and perform effectively when a proper degreasing process (surface preparation) is carried out. * For an overview of the fluoropolymer coating process, please download the PDF or feel free to consult us.

  • Surface treatment contract service

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Fluororesin Coating: "What is the Lubricity of PTFE?"

Fluororesin Coating: "What is the Lubricity of PTFE?"

[Presentation of Information] What makes fluoropolymer excellent in lubrication? We will introduce the characteristics of fluoropolymer PTFE, focusing on its lubrication and low friction properties.

■Types of Lubrication Lubrication can be broadly divided into liquid lubrication using liquids and solid lubrication using solids. A representative example of liquid lubrication is lubrication with oil. On the other hand, lubrication with fluororesin falls under the category of solid lubrication. ■Characteristics of Solid Lubrication Solid lubrication is used in cases where liquids cannot be used or when liquids evaporate or detach in a vacuum. For example, when sliding products, solid lubrication is useful in cases where liquid lubricants would dirty the products. ■Lubricity and Low Friction of Fluororesin (PTFE) Fluororesin has a low coefficient of friction and is used as a solid lubricant. Fluororesin PTFE is structured such that fluorine atoms surround carbon atoms without gaps. The free energy of the fluorine atoms on the molecular surface is low, and the molecules have a very small polarity due to their symmetrical structure. The low coefficient of friction of PTFE is believed to be influenced by this type of molecular structure. ■Reasons for the Low Coefficient of Friction of Fluororesin PTFE → For more details, please check the basic information section.

  • Other Auto Parts

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Coating that controls the contact area - "Non-stick coating"

Coating that controls the contact area - "Non-stick coating"

Prevention of sticking for sticky materials such as molten resin plastic, labels, adhesive tape, and raw rubber. This is a coating that exhibits excellent non-stick properties.

We have prepared a series that exhibits excellent non-stick properties, particularly against sticky substances, molten resins, adhesives, and adhesive tapes. ■ Series Composition - Super TP/TP Series (composed entirely of fluororesin) - Super CTT Series (composed of surface treatment + silicone-based materials) - Super Alloy Coating (composed of fluorine type and silicone type) ■ Super TP/TP Series (composed entirely of fluororesin) This series can be used in silicone-free environments. Additionally, since it is made entirely of fluororesin, there is no concern about transfer or contamination from silicone oils. Improved slip properties can also be expected due to reduced contact area. ■ Super CTT Series (convex surface + silicone rubber-based) Due to the use of silicone, this series exhibits excellent non-stick properties and low tackiness. Consideration for transfer to the counterpart material is necessary during use. ■ Super Alloy Coating A convex release coating that balances flexibility and high hardness. Surface treatment of HV600 can also be processed onto resins and sponge rubber. *For more details, please download the PDF or feel free to contact us.

  • Surface treatment contract service

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Teflon Coating: "Three Key Points for Implementation"

Teflon Coating: "Three Key Points for Implementation"

A must-see for those considering the introduction of Teflon coating! We will introduce the three essential points needed for implementation, comparing them with actual case studies.

Do you have any concerns when choosing Teflon coating? - I don't really know where to start... - I'm not very familiar with Teflon coating in the first place... For those who are not well-versed in Teflon coating or want to learn more, we have prepared a "Teflon Coating Introduction Guide." Based on actual requests, we clearly explain what to consider in advance when choosing a coating and what you should be aware of. [Overview of the Guide] 1. Purpose of implementation 2. Coating targets 3. Usage environment and conditions As a result of properly selecting Teflon coating, we have received various feedback such as "paint adhesion has become difficult," "cleaning time has been reduced," and "defective products have decreased, improving productivity." If you are interested, you can download the guide from the link below or contact us through our website.

  • Surface treatment contract service

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Teflon Coating: "What is the method to enhance corrosion resistance with Teflon resin?"

Teflon Coating: "What is the method to enhance corrosion resistance with Teflon resin?"

What is the method to protect metal from corrosion with Teflon coating? Can corrosion be prevented by just preventing one single factor?

■Corrosion of Metals Corrosion refers to a state in which the appearance or function of an object is impaired due to chemical or biological actions. Iron is generally cited as a metal material that is prone to corrosion. These metals can develop rust and corrosion as a result of factors that cause corrosion, such as oxygen, sulfur, nitrogen, and water vapor in the atmosphere, along with the inherent properties of the metal, impurities, and electrochemical reactions. ■Three Elements of Corrosion - The flow of electricity - The presence of water - The presence of oxidants By preventing any one of these elements through coating, metal corrosion can be prevented. ■Prevention of Metal Corrosion by Teflon Coating 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 superior chemical resistance but also due to its properties such as heat resistance, cold resistance, weather resistance, non-stick properties, purity, low friction, and processability. It can be said that advancements in both the development of Teflon resin varieties and processing technologies have allowed for the selection of materials and shapes suitable for various applications. *For more details on Teflon coating, please refer to the catalog or contact us.*

  • Processing Contract

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Surface treatment technology Ultra-durable fluorine-based organic coating 'Bicoat'

Surface treatment technology Ultra-durable fluorine-based organic coating 'Bicoat'

Amazing durability that surpasses fluoropolymer coatings! Surface treatment suitable for applications with mechanical loads. *Product and case materials available.

Super Durable Fluoropolymer-based Organic Coating System 'Bicoat(R)' "Surface treatment of inorganic materials with hardness and wear resistance, such as metals and ceramics" + "Surface treatment of organic materials with release and slip properties, such as fluorine and silicone" With our unique surface treatment technology, we have achieved an ideal durability of "sliding + release + wear resistance" in our coating system. It withstands harsh usage areas such as injection molds, providing reliable release and sliding properties. Additionally, due to its excellent dimensional accuracy, it is suitable for areas requiring micron-level precision. 【Features】 ■ Incredible durability ■ High hardness and scratch resistance ■ Excellent wear resistance ■ Outstanding 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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Fluororesin Coating: "Differences in Color and Selection Method"

Fluororesin Coating: "Differences in Color and Selection Method"

We will introduce the differences in color and how to choose coatings that encapsulate fluororesin, such as fluorine processing and fluororesin coatings.

■What color is fluoropolymer? The fluoropolymer coating commonly seen on household frying pans is often a dark color, but PTFE, which is frequently used for frying pan coatings, appears milky white under sunlight. ■Colors of fluoropolymer coatings Fluoropolymer coatings come in various colors, including green and gray, in addition to dark colors. This is because the coating materials are colored to enhance aesthetics and allow for differentiation based on purpose. ■Differences by color The differences in color of fluoropolymer coatings are not closely related to the type or characteristics of the resin. For example, green does not necessarily indicate PFA, nor does black indicate PTFE. Since fluoropolymer coatings are functional films, it is essential to choose them appropriately based on their intended use and environment. In such cases, it is important to consult a reliable processing company rather than selecting based solely on color. ■Fluoropolymer coatings for specific applications Fluoropolymer coatings demonstrate various functions depending on the type of resin, film thickness, and processing methods, across different applications and environments. It is crucial to select the appropriate coating based on the intended use, such as for non-stick purposes or corrosion resistance.

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