David Broere

Title: David Broere: A Patent Innovator in High Friction Surface Treatment

Introduction:

In the realm of innovative individuals, David Broere has made significant contributions to the field of road infrastructure and surface treatments. Hailing from Almere, Netherlands, Broere is recognized for his groundbreaking patents in high friction surface treatment methods. With a total of four patents under his name, his expertise has brought about advancements in road safety and durability.

Latest Patents:

One of Broere's latest patented inventions is the "High friction surface treatment method and system thereof." This method involves applying a binder composition, comprising a resin and an elastomer, to create a high friction surface roadway treatment. By heating the binder composition and subsequently applying a layer of the molten mixture, a layer comprising aggregate is then embedded into the binder composition. This system enhances road surface friction and promotes safer driving conditions.

Another notable patent is the "Pelletized road marking binders and related methods." This patent introduces a binder system for road marking formulations in the form of pellets. The pelletized binder system consists of a resin and elastomer or plasticizer, which can be mixed with fillers and heated to a molten state for easy application on road surfaces. This innovation streamlines road marking processes and offers increased efficiency and durability.

Career Highlights:

David Broere has amassed a solid career within the industry, showcasing his expertise in road infrastructure. He has worked with renowned companies such as Arizona Chemical Company, LLC, a leading manufacturer of performance chemicals, and Kraton Polymers U.S. LLC, a global provider of specialty polymers. Through his collaborations with these companies, Broere has contributed to developing cutting-edge technologies and solutions in the field.

Collaborations:

Throughout his career, David Broere has had the opportunity to collaborate with talented individuals in the industry. Notable colleagues include Adam Fasula and Dries Muller. These collaborations have fostered an environment of innovation, leading to breakthrough inventions that have had a tangible impact within the road infrastructure sector.

Conclusion:

David Broere's patent portfolio and career highlights are a testament to his contributions in the field of road infrastructure. His inventive mind has brought about advancements in surface treatment methods for safer driving conditions, along with novel approaches to road marking. Collaborating with renowned companies and industry experts, Broere has made significant strides in the pursuit of innovation within the field. As an innovator in high friction surface treatment, his patents and expertise have left an indelible mark on the industry.