A new review article describes the advanced application of drying oils in smart self-healing coatings for corrosion protection and investigates the feasibility for industrial application.
In a recent study, biodegradable sodium alginate–lignin (SA-L) blend formulations at different SA/L ratios were developed as low-cost coating material for highly efficient slow-release di-ammonium phosphate...
“Growing consumer awareness about the environmental impact is one of the key drivers that have led many large brand owners to take their stance and set ambitious sustainability goals”, says Dickon...
“As long as sustainability aspects are respected, the increased use of bio-based raw materials could also lead to more optimised production and hence lower prices”, says Toine Biemans, head of R&D...
A new study describes a mussel-inspired hydrophobic modification of boron nitride nanosheets to enhance the dispersion and anticorrosive performance in polymeric coatings.
Reserachers describe the development of a smart epoxy coating through by using a vegetable oil. The coating showed excellent corrosion protection abilities.
A superwettable surface inspired by Namib Desert beetles and lichen has provided outstanding ability in controlling droplets and great potential for the development of functional surfaces.
Researchers have reported the synthesis of waterborne soy epoxy and its nanocomposite coatings formulation using sebacic acid as a modifier (a bio-based precursor) and reduced graphene oxide (RGO) nanofillers....
The GO Orleans Project is doing research on circular economy solutions to make use of whey, a cheese industry by-product, in the form of new ingredients for the packaging and animal feed industries.