Hyperbranched organic silicon usually have three dimensional structure and no chain entanglement between molecules and molecules
making them exhibit low viscosity
high reactivity
high solubility and so on. Hyperbranched organic silicon has wide-range prospect in the field of functional polymers due to its simple procedures
lower cost as well as scale production and functionalization. The paper reviews the preparation of the functional polymer of hyperbranched organic silicon including the hyperbranched polysiloxane
polycarbosilane
polysilane as well as the organic silicon of hyperbranched with heteroatom. It concludes the implementation of the functional polymer of hyperbranched organic silicon in areas
such as the catalyst carrier
biomedical materials
heat-resistant material
ceramic precursor and photoelectric material
and provides an outlook of the future of the functional polymer of hyperbranched organic silicon.