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The company partnered with researchers at the University of Queensland to develop a polymer coating that is designed to fight the spread of bacteria and viruses.

Technology has revolutionized manufacturing safety to combat injuries and illness by developing smart personal protective equipment (PPE) that integrates protective features into onsite gears. In this Industry Insights blog, learn what PPE entails, the common issues that manufacturing industries face, and how using smart PPE can help alleviate these issues. 

Nycote Laboratories Corporation explains how it uses its well-qualified, proven coating technology as a platform to add new performance features that solve present and future problems for the aerospace industry and more. 

Taken collectively, the EPA’s recent actions serve as a roadmap for the risk management rules the agency will propose for existing chemicals in the future. For paint and coatings in particular, the proposed rules will have significant implications on industry operations due to the many conditions of use and applications of these chemicals that the EPA plans to regulate.

This article outlines how a robust materials data management strategy can significantly enhance your R&D activities, streamline workflows, and even revolutionize material discovery and production processes.

Commercialization of 3D printing, the increase in popularity of electric vehicles (EVs), and climate change-related challenges are highlighted as three major global trends affecting coatings industry growth and leading innovation efforts.

Elastomeric roof coatings must show excellent adhesion to the substrate since they can be applied to several types of roofs such as metal, concrete, bitumen, and others. Fibrillated cellulose is a renewable material that delivers multiple functionalities such as rheology to stability and surface properties, as well as supporting a more sustainable lifecycle.

The selection of a suitable coalescent involves evaluating the impact on a paint’s performance and sustainable aspects related to durability, bio-based content, and environmental impact. This article shares experiment results of a newly developed bio-based, zero-VOC coalescent for improving latex film formation and paint performance.

This study introduces the use of 1,3-Propanediol (1,3-PDO) in polyurethanes as a building block component of polyester and polyether polyols, and as a chain extender. The bio-based coatings prepared in this investigation provided useful physio-mechanical properties, chemical resistance, and water resistance compared to reference commercial petroleum-based two-component PUDs.