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― Compare release properties and lubricity! Free PFAS countermeasure guide for the manufacturing industry available ― In Europe, discussions are advancing regarding the strengthening of regulations on PFAS, and there is a high possibility that fluoropolymer resins will become subject to regulation in the future. At Yoshida SKT, we are currently considering PFAS-free materials and supporting manufacturers who are gathering information by offering a free "PFAS-Free Coating Experience Sample Kit." This kit is designed to allow comparisons of coatings that do not use PFAS and has been well received as a first step in product evaluation for regulatory compliance. For more details, please check the related links.

- Compare release properties and lubricity! A free PFAS countermeasure guide for the manufacturing industry is also available - In Europe, discussions are advancing on strengthening regulations regarding PFAS, and there is a high possibility that fluoropolymer resins will become subject to regulation in the future. Yoshida SKT is currently offering a free "PFAS-Free Coating Experience Sample Kit" to support manufacturers who are considering and gathering information on PFAS-free materials. This kit is designed to allow comparisons of coatings that do not use PFAS and has received positive feedback as a first step in product evaluation for regulatory compliance. For more details, please check the related link.

― Compare release properties and lubricity on the spot. For a limited time, we are also offering a free PFAS countermeasure guide for the manufacturing industry. ― Currently, discussions are underway in Europe regarding the strengthening of regulations on PFAS (perfluoroalkyl and polyfluoroalkyl substances), and there is a growing likelihood that fluoropolymer resins will become subject to regulation. In response to this trend, Yoshida SKT has started offering a free "PFAS-Free Coating Experience Sample Kit" to support manufacturers considering a switch to PFAS-free materials. This kit is designed to allow users to physically compare non-fluorinated coatings, and it has been well received as a first step in gathering information and evaluating products in preparation for regulatory compliance. ― Experience and compare six types of non-fluorinated coatings ― The experience kit includes six types of non-fluorinated coatings, such as silicone-based, graphite-based, and ceramic-based, along with a fluoropolymer coating for comparison. Using sample plates affixed to an A4-sized backing and dedicated adhesive tape, users can test the differences in release properties and lubricity on the spot. For more details, please check the related links.

Fluororesins, widely used in manufacturing sites, possess excellent properties such as low friction and non-stick characteristics, but they are classified as a type of "PFAS (per- and polyfluoroalkyl substances)." Currently, only certain PFAS substances that raise concerns about their impact on the environment and health are regulated in Japan, while in the EU, discussions are underway to expand the scope of regulation. Therefore, companies need to keep track of overseas regulatory trends and alternative technologies to continuously assess their impact on their products. In light of this background, Yoshida SKT is offering a free document titled "PFAS Countermeasures Guide for the Manufacturing Industry," which summarizes the latest trends and alternative technologies as of January 2025. This guidebook clearly explains the definition of PFAS, the regulatory situation both domestically and internationally, and provides comparative tables detailing the structures, properties, and toxicity differences of representative substances such as PTFE, PFOS, and PFOA. Additionally, it specifically introduces alternative coating technologies that do not use PFAS. For more details, please check the product page.

Fluororesins, widely used in manufacturing sites, possess excellent properties such as low friction and non-stick characteristics, and are classified as a type of "PFAS (per- and polyfluoroalkyl substances)." In Japan, only certain PFAS that raise concerns about environmental and health impacts are regulated. Among PFAS, PTFE (fluororesin) differs in nature from PFOS, PFOA, and PFHxS, which are regulated under international treaties (the POPs Convention), and it is considered non-harmful except for significant high-temperature use. However, a broad PFAS regulation proposal that includes PTFE is being considered within the EU, and if adopted, it could lead to strengthened international regulations. If regulations on fluororesins become a reality, the impact on the manufacturing industry would be immense, as there are no complete alternative technologies available, making compliance extremely challenging. In light of this background, Yoshida SKT is offering a free guide titled "PFAS Countermeasures for the Manufacturing Industry," which summarizes the latest trends and alternative technologies. This guide clearly explains the definition of PFAS, the regulatory situation, and compares the properties of PTFE, PFOS, and PFOA in a table format, while also introducing alternative coating technologies that do not use PFAS. For more details, please check the link.