By incorporating recycled PET into polyols, the properties familiar to PET, such as toughness, flexibility, hydrolytic stability, and chemical and stain resistance, can be incorporated into many CASE applications.
A novel phenalkamide, based on renewable CNSL material, enables solvent-free epoxy systems for protective and industrial coatings as well as adhesive applications.
This is our first Green Issue, which focuses on perspectives on our industry’s role in sustainability and new technologies designed with the environment in mind.
The characteristics and performance of Eco-Sil harvested from rice hulls indicate that it is a cost-effective and environmentally acceptable replacement for fumed silica.
Reducing energy and waste across the value chain, together with limiting raw material usage in coating formulas will become increasingly important aspects of product formulation strategies as materials become scarcer.
A collaborative approach involving many different parties will be essential if we all are to overcome the many technical, financial, legal and humanitarian issues often associated with access to fresh water.
This study supports the position that modern compact high-solids automotive OEM paint technology can achieve the lowest GWP, while meeting European VOC emission limits.
Back in October of last year, this blog discussed what is termed the Regenerative Circular Economy in which coated products are recycled at the end of their useful lives, either in whole or in part rather than being incinerated or landfilled.
The blog is continually looking for best-in-class developments in the global coatings industry that look beyond gate-to-gate manufacturing efficiency improvements and make an impact across the three pillars of sustainability.
More companies are adding and/or expanding their portfolios with biobased waterborne alternatives that offer the formulator/end user another benefit without sacrificing performance.
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