Concurrently enhancing the flame retardancy and toughness without sacrificing strength,
thermal decomposition temperature, and glass transition temperature (T g) of epoxy …

In the present era, hyperbranched polymers have been received much progress in the
structural understanding and their unique chemical and physical properties as well as their …

Epoxy resins possess a variety of excellent properties including adhesion, mechanical
performance, electrical insulation and chemical resistance; however cured epoxy resin is …

This chapter provides a general introduction to epoxies with a focus on their hyperbranched
architecture and bio-based raw materials. It discusses raw materials and synthetic protocols …

The facile controlled synthesis of an epoxide-terminated hyperbranched aromatic polyether
(EHBPE) that is suitable for mass production is demonstrated using a one-pot A2+ B3 …

ABSTRACT A new epoxy‐ended hyperbranched polyether (HBPEE) with aromatic skeletons
was synthesized through one‐step proton transfer polymerization. The structure of HBPEE …

Hyperbranched polymers have shown to toughen epoxy resin with a good overall
performance. In this article, a series of carboxyl group-terminated hyperbranched polyesters …

The synthesis of epoxide-terminated hyperbranched polyethers (EHBPEs) with different
backbone stiffness and molecular weight (MW) is obtained using simple one-pot A2+ B3 …

To overcome the high flammability and brittleness of epoxy resins without sacrificing their
glass transition temperature (Tg) and mechanical properties, three epoxy-terminated …

In the present report, low viscosity hyperbranched epoxy resins are synthesized using a
simple A2+ B4 polycondensation reaction between pentaerythritol and the in situ prepared …