[Technical Documentation] A Comprehensive Guide to Embossing! An Explanation of the Basics of Embossing.
"What are the achievements of embossing and the materials used? What are the effects of embossing?" A book you want to read before requesting embossing. *Currently available for free.
Our company specializes in embossing plastic films. Embossing is a processing method that creates designs and textures on the surface of plastic films. By using heat and pressure, patterns and text are pressed onto the film's surface, forming the desired textures. This allows us to change the appearance and tactile feel of the film, which can be used for decorative or functional purposes. Additionally, our company focuses on embossing "stretch films," which are considered difficult to mold, and by utilizing the strength of the material, we can achieve added value that cannot be realized with other materials. What are the effects of embossing? ■ Improved tactile feel The creation of textures on the film's surface enhances the tactile experience. In specific applications, it can provide anti-slip effects and improved grip. ■ Enhanced functionality Certain embossing patterns can improve functionality. For example, in food packaging, embossing can enhance breathability, helping to maintain the freshness of the food. Currently, we are offering a simple document summarizing the effects of embossing, starting with familiar examples.
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【Frequently Asked Questions (Excerpt)】 Q. Is it possible to emboss on wide substrates? A. Our line can process materials up to 1700mm wide. *There may be restrictions depending on the pattern. Q. What kind of materials do you emboss? A. We primarily process biaxially oriented PET. Additionally, we can also emboss films that have release coatings such as silicone or hard coatings. Q. Do you have film samples? We have various samples of 80 types of embossed films. Please contact us if you are interested. Q. What kind of materials do you emboss? A. We primarily process biaxially oriented PET. We also have experience embossing PP, PE, polyimide, and acrylic. *For more details, please refer to the PDF document or feel free to contact us. 【Contents】 ■ What is embossing? ■ Embossing and materials ■ Effects of embossing ・Functionality ・Design ■ Embossing on films ■ Frequently Asked Questions about embossing ■ Company Overview
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We have compiled frequently asked questions regarding embossing processing. Q: Is it possible to emboss on wide substrates? A: Our line can process substrates up to 1700mm wide. *Note: There may be restrictions depending on the embossing pattern.* Q: Is it possible to mold continuously? A: Our embossing products are processed using a roll-to-roll continuous molding method, allowing for continuous embossing on film. Q: What materials are embossed? A: We emboss plastic films, primarily focusing on biaxially oriented PET. We also have a track record of embossing PP, PE, PBT, polyimide, and acrylic. Q: Can you handle treated substrates? A: We can accommodate a wide range of treated substrates, including printed materials, release-treated substrates such as silicone and fluorine coatings, and hard-coated substrates. *Note: There may be cases where we cannot accommodate certain treatment methods.* *For more details, please refer to the PDF document or feel free to contact us.*
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Company information
Our company specializes in embossing plastic films. We excel in embossing "biaxially oriented PET," which is considered difficult to mold among film materials, and it is used in a wide variety of applications. **Benefits of Embossing (Creating Texture) in Film Processing** Embossing increases the surface area, reducing surface contact rates and preventing adhesion, which cannot be achieved with flat films. Embossed films are utilized in various applications by leveraging the performance and functionality of embossing. They are used for transfer applications to resins that take advantage of surface texture design, light diffusion through reflection and refraction effects, and preventing contact and adhesion with objects, among many other scenarios.