Paint and Coating Resins & Polymers

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The work described is focused on studies demonstrating the benefits in use of nano-particle dispersions, and extends to substrates such as wood, masonry, concrete, fiber cement, tile, floors and plaster.

Design of polyols with varying levels of recycled PET afforded insight into how this important recycled material ultimately affects end use performance of resulting polyols.

Despite the differences in film formation, novel technology in polymers for water-based sealers gives an improved balance of properties that is commercially acceptable for today’s concrete sealers. The new type of polymer is compared to conventional concrete sealers for key performance properties.

The European Coatings Show will focus on trends and technologies covering all aspects of the production of paints, coatings, sealants, construction chemicals and adhesives. For the first time, the show will extend into eight halls. Below is a snapshot of some of the technology that will be presented at this year's ECS.

In this article, we report on the evaluation of microcapsule-based self-healing functionality in a range of organic zinc-rich primers with a view towards assessing potential synergies between the maintenance of the coating's adhesion to the substrate after damage afforded by the incorporation of the self-healing additive.

As a peelable resin for metal protection, this resin proves that it is possible to deliver a coating that provides the corrosion protection, scratch protection and chemical resistance of a paint, but with the easy removal of a peelable coating.

Salt spray corrosion resistance provided from powder coatings for ACE applications can be improved by new superdurable polyesters for ß-hydroxy-alkyl-amide, triglycidyl-isocyanurate and the blend of diglycidylterephthalate with triglycidyltrimellitate developed by Allnex.

Soybean oil, or its derivatives, primarily replaces petrochemicals, which often results in improved performance, lower VOCs, and in many cases a reduced economic cost.

Today, end users of smart coatings prefer those products that provide smart functionality, better weather resistance, high performance, improved productivity and increased service life of the component; reduce maintenance costs; along with ease of application and easy cleaning.

In recent years, the focus has been on the development of durable and sustainable coatings, looking for solutions that would support the transition from fossil to bio-based products with equivalent performance.