Modification techniques such as transesterification, ozone decomposition, or thiol-double bond click reaction can be used to precisely control the type and content of rigid diols.
In waterborne bio-based anti-corrosion coatings, the compatibility between bio-based resins and inorganic fillers is a key factor affecting coating performance.
In the wave of green consumption and sustainable manufacturing, slow-rebound polyurethane foam, as a core material for mattresses, car seats, headrests, and medical protective gear, is undergoing a profound transformation from "petroleum-dependent" to "bi
Optimizing the formulation of waterborne bio-based anti-corrosion coatings is a key approach to improving adhesion.
In the traditional paint industry, emulsions, as key additives, have long relied on petroleum-derived surfactants. Their raw material sources are not only limited by the non-renewable nature of fossil resources, but also impose a significant environmental
Against the backdrop of global efforts to address climate change and promote green transformation, the chemical industry is undergoing a profound raw material revolution.