Ultraviolet-cured fluorosilicon inlay acrylates

A series of fluororosilic acid acrylates (PSi-FMPG-IPDI-HEMA) are synthesized from hydroxypropyl-sealed polysilica (PSi), newly prepared fluorodiol (FMPG), isofol diocyanate (IPDI) and methyl acrylic ethyl (HEMA).
the molecular structure of the infrared and gel permeable chromatography through Fourier transformations. Using UV-vis transmission analysis, the compatibness of LY-vis and HFMA was verified, and the
of
. Measure the thermal stability, water and chemical resistance of the membrane, contact angle and viscosity resistance.
effects of FMPG content on surface energy and anti-adhesive properties
all films were found to have good thermal properties and excellent water and chemical resistance. The FMPG content affects the surface energy and viscosity of the film. Films with more FMPGs exhibit lower surface energy, lower peeling strength and higher residual adhesion. What's more, the peeling film based on fluorosilicon inlay acrylates has great application potential.