This article discusses a unique, biobased solution designed for thermoplastic road marking formulations. The new technology improves two critical performance characteristics in a rosin ester - initial light color and oxidative stability.
There are important advantages related to the latex properties that can be achieved with a semi-batch process, and more specifically a starve-fed process, which is simply a semi-batch process where the monomer concentration inside the polymer particles is kept very low by keeping the monomer feed rate to the reactor low.
OH-functional acrylic emulsions can be designed with a wide range of hydroxyl values and performance characteristics to address the needs of many different applications in plastic, wood, automotive, and construction coatings.
Managing color can be challenging, but with a comprehensive digital color management system in place, it is possible to achieve accurate color quickly, sustainably and cost efficiently.
Water-based epoxy resin and curing agents have been developed that can used together as a system to provide corrosion protection coatings with low VOC content, less than 100 grams per liter.
A new binder for water-based wood trim paints is based on a heterogeneous acrylic polymer structure. It combines excellent flexibility and high blocking resistance, while maintaining low VOC content.
Perfectly safe and produced from an annually renewable feedstock, isosorbide has a unique combination of properties that offers excellent potential for a range of CASE applications.
A multi-step continuous process has been developed to convert renewably sourced furfural to 1,5-Pentanediol (1,5-PDO), which is a low-cost renewable replacement for 1,6-HDO, a diol intermediate currently used to produce coatings, adhesives and plastics.