Company Filing History:
Years Active: 2011
Title: Al Beatty - Innovator in Heat Reflectivity Coatings
Introduction
Al Beatty, based in Monticello, Georgia, is an inventive mind known for his significant contribution to the field of heat reflectivity. With a focus on enhancing metal substrates' performance, his innovations have the potential to revolutionize heat management applications.
Latest Patents
Al Beatty holds a patent for an innovative composition known as "Amorphous silica coating for heat reflectivity and heat resistance." This unique patent describes a coating composition that combines a latex resin containing acrylic polymers, silica, and various fire retardants such as phosphated pentaerythritol ammonium salt and magnesium salt. The primary function of this silica coating is to improve heat reflectivity and heat resistance. By insulating the resin from heat and reflecting it away, this patented composition raises the decomposition temperature of the resin, enhancing its ability to maintain a strong bond with the substrate, even under high-temperature conditions. Remarkably, the coating prevents easy brushing or rubbing off, maintaining its protective capabilities for extended periods in extreme heat.
Career Highlights
Al Beatty's achievements are closely associated with his work at Envirotrol, Inc., where he has focused on developing advanced materials that enhance performance in various applications. His commitment to innovation and quality has established him as an influential figure in the field of materials science.
Collaborations
Throughout his career, Al has collaborated with talented colleagues, including James Joseph Knocke and Thomas R. Sharp. This teamwork has undoubtedly contributed to the innovative ideas and research that led to the successful development of his patented technologies, showcasing the power of collaboration in driving advancements.
Conclusion
Al Beatty's exploration and innovation in the realm of heat reflectivity coatings underscore his role as a prominent inventor. His valuable contributions to the industry pave the way for more efficient heat management solutions, reflecting his dedication to enhancing material performance through science and innovation.