Three different acrylate monomers containing acyclohexyl moiety were designed and synthesized to
prepare transparent acrylic pressure sensitive adhesives (PSAs) comprised of semi-interpenetrated
structured polymer networks.The effects of substituent structure in the acrylate monomer on the
adhesion performance of the acrylic PSA were investigated.The prepared UV-curable acrylic PSA syrups
were characterized and the optical properties of their acrylic PSA film were also examined.Theacrylic
PSAs exhibited high transparency in the visible wavelength region.Adhesion performance was evaluated
using the peel strength,cohesion strength,and probe tack tests.The adhesion properties of the acrylic
PSAs dependedonthesubstituentstructureintheacrylatemonomer