The fabrication of self-healing and recyclable CO2-based polymeric materials meets the
requirement of sustainable development. By introducing reversible hydrogen bonds and …

The utilization of CO2 as a renewable and cheap carbon resource to produce fuels,
chemicals and polymers has attracted more attention. This review will summarize the …

The growing impact of polymers in modern-day applications necessitates the development
of novel polymeric materials with versatile properties derived from readily available …

The trade-off between high dielectric permittivity and low Young's modulus is always a
challenge for fabricating high-performance polyurethane acylate (PUA) based dielectric …

The polymeric materials could be synthesized directly from CO2 as a monomer, which are
named as CO2-sourced polymers, mainly including polyurethane, polyurea, polycarbonate …

The transformation of CO2 can alleviate environmental problems and promote sustainable
development. We prepared polyureas (PUas) from CO2 and diamines via an isocyanate …

Ethyl formate is very effective for the formylation of amines and diamines to yield formamides
and diformamides, respectively. Subsequent dehydrogenation of 1: 1 mixtures of …

Polyureas have widespread applications due to their unique material properties. Because of
the toxicity of isocyanates, sustainable isocyanate-free routes to prepare polyureas are a …

Carbonyldiimidazole (CDI) provides a platform to generate high molecular weight
polyurethanes from industrially relevant diols and diamines. CDI, which is described in the …

Polyureas are important commercial polymers that are widely used in construction,
automobile industry, military field, and coatings. Biomass-based amines are attractive …