The product offers strong slip and scratch resistance with good release at low dosage and excellent defoaming and hydrophobicity for traditional UV and UV-LED curing.
PTFE is a substance used in all types of coatings to modify total mechanical performance and improve values for scratch resistance and abrasion resistance, while simultaneously lowering surface friction. However, PTFE is a well-known representative of PFAS, which is under increasing global regulation. PTFE-free wax additives are now available, and provide comparable performance with a focus on improving abrasion and scratch resistance.
The production of effective, functional, and hygienic medical devices can be aided by the use and advancement of surface coatings that can alter physiochemical properties and functionality, among other features.
Concerning rheological stabilization of coatings, there is a trend to move away from hazardous raw materials, with preference given to the use of bio-based and sustainable chemistries, wherever possible. Testing of new organic additives shows good dispensability and ease of activation.
Abrasion is one of the most important defects that deteriorates the durability of coatings. The goal of the research presented in this article was to achieve a good understanding of the effects of coating additives on the abrasion resistance of waterborne coatings.
Amidst a global push for sustainability, the paint and coatings industry now provides natural, sustainable options that can enhance physical and mechanical properties of coating formulations. The source material of some of these innovations even include a circular raw material: the olive pit.
The recent report from Future Market Insights covers how coating additives manufacturers are capitalizing on expansion of the construction and architectural sectors.
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