Mario Pinton

Title: The Innovative Mind of Mario Pinton

Introduction

Mario Pinton, an accomplished inventor based in Marghera-Venezia, Italy, has made significant contributions to the field of acrylic materials. With two patents to his name, Pinton specializes in processes that enhance the properties of acrylic fibers, particularly for outdoor applications. His work is indicative of the future of material science, merging innovation with practical utility.

Latest Patents

Pinton's most recent patents showcase his expertise in developing water repellent acrylic materials. The first patent, titled "Process for the preparation of water repellent materials made of acrylic fiber," outlines a two-step method for treating acrylic fibers. The process begins with plasma treatment in the presence of a reactive gas, followed by a waterproofing step using either traditional resin finish or plasma treatment with fluorinated compounds. This innovative process results in acrylic fiber materials that possess a waterproofing degree greater than 25 cm of water column, offering flexibility in usage for items such as covers and sun shields.

Another notable patent is "Process for the preparation of acrylic end-products for external use," where Pinton details a method for creating durable end-products by joining sheets with a copolyamide adhesive that resists solar light. This technique involves melting the adhesive on an acrylic matrix and applying pressure to achieve a strong bond. Such advancements underscore Pinton's commitment to enhancing the durability and functionality of acrylic products for external environments.

Career Highlights

Mario Pinton is currently associated with Montefibre S.p.a., where he utilizes his expertise in acrylic innovations. His role at the company highlights his ongoing dedication to research and development in polymer materials. Pinton's contributions have not only improved product offerings but have also positioned Montefibre as a leader in the acrylic market.

Collaborations

Throughout his career, Pinton has collaborated with notable colleagues including Raffaele Tedesco and Serafina Pane. These partnerships have facilitated the exchange of ideas and enhanced the innovative processes he has pioneered. Working alongside such talented individuals has enriched Pinton's work and expanded the possibilities for acrylic material applications.

Conclusion

Mario Pinton's advancements in the field of acrylic fiber technologies represent a blend of creativity and scientific rigor. His patented processes demonstrate a significant leap forward in creating water repellent and durable materials suitable for various external uses. As he continues to innovate at Montefibre S.p.a., the impact of his work will likely be felt across industries reliant on high-quality acrylic products.