EC Tech Report Water-borne Epoxy Coatings
Buch in deiner Nähe kaufen
Beschreibung
The Mission
The EC Tech Report Water-borne Epoxy Coatings provides readers with in-depth knowledge of the latest developments in epoxy resin technology and their application in various coating sectors. It provides a detailed introduction to the epoxy chemistry. Special emphasis is placed on the importance of sustainable and bio-based materials, such as monomers and diluents. Other topics include innovative low temperature curing technologies, the development of PFAS-free additives and the use of anti-corrosive pigments. New solutions for improving coating properties, such as matting and anti-sag additives are presented. It gives readers practical insights into how these technologies and trends can be implemented in their own production processes to develop high-performance, sustainable coatings.
The Audience
Newcomers and career changers with a background in chemistry are given a quick introduction and overview, as well as in-depth knowledge of trending subjects in the industry. It is recommended for experts who want to keep up to date with the latest trends and be prepared for future topics.
The Value
The reader receives a quick and reliable overview of a trend topic, compiled by the specialist editorial team of the leading trade coatings technology magazine ECJ and is based on the latest articles. In addition, readers have access to exclusive presentations from the coatings specialist. As a service for the user: there is no need for lengthy research. The reader receives concrete tips and can thus master his core task, the day-to-day formulation of coatings.
Autor*in
Themen in »EC Tech Report Water-borne Epoxy Coatings«
anti-corrosion pigment anti-sagging additive Asia Pacific market reports bio-based diluents bio-based monomers curing agent technology for epoxies curing methods ECO-label requirements epoxy polymerisation epoxy resin structure, performance epoxy resins with high mechanical and adhesive properties flooring application high-solid amine hardener low-temperature curing low-VOC protective coatings