This article discusses the basic characteristics of phyllosilicate thickeners, and provides an introduction to understanding their performance in formulations in order to use them to build the rheological properties of latex paints.
A novel polymerizable surfactant was developed and utilized to prepare latex polymers and resins through emulsion polymerizations. These polymers were then evaluated in PSA and architectural waterborne coating formulations. The results showed that the new surfactant almost fully reacted during the emulsion polymerization, and reduced or even eliminated the free surfactant migration during film formation.
New high-barrier, mono-material packaging offers the same packaging and process performance as the multi-material structure commonly used for dry pet food, but is also fully recyclable.
Carbon fiber composite material use is growing in sectors such as aerospace, wind power generation, automotive, and sports/leisure applications. Although corrosion and fatigue resistant, there is less known about the aging resistance of these materials. This study examines the commonly used ultraviolet absorbers, hindered amine light stabilizers, and a novel composite light stabilizer additive to get a better understanding of the weather resistance of carbon fiber composite materials in the industry.
This article, the third in a series, covers work done to improve the water resistance of water-based emulsions by replacing conventional emulsion surfactants with surfactants that will react into the polymer matrix.
In the coatings industry, achieving optimal anti-corrosion protection while being resource efficient can be a challenge. Learn about a new solution for achieving the highest anti-corrosion protection while minimizing material usage.
This article demonstrates two separate methods for achieving burnish-resistant coatings: amine functional silica, which fits easily into existing manufacturing processes; and polysiloxane/silica dispersion, which requires a more complicated process to manufacture.
Human stewardship of the Earth is undergoing a metamorphosis—and for very good reasons. The planet is getting hotter, and the situation is getting worse. How can the paint industry, whose products literally cover the Earth, re-engineer its products and processes toward a more sustainable future?
The textile coatings market is witnessing substantial growth. Technological advancements are driving the demand for textile coatings in various end-use industries such as transportation, building and construction, protective clothing, industrial, medical, and other industries.
Using coatings and composites can revolutionize the maritime industry by simultaneously reducing capital expenditure and greenhouse gas emissions. In a case study to reduce propellor cavitation, a super metal coating was used to build up the worst affected areas, and then a super metal glide coating was brush applied to provide overall protection.
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