Recently, displays and optoelectronics have made remarkable development because they
are the most frequently exposed applications to humanity. The pixel size has become …

To solve the incompatibility of flame retardants with epoxy resin, two novel phosphorus–
nitrogen–silicon flame retardants (DPP-Si and PSAP) containing active hydroxyl groups …

Based on the excellent physical properties and flexible molecular modifiability, modified
silicone resins have received favorable attention in the field of microelectronics, and recently …

We report vinyl-phenyl siloxane hybrid material (VPH) that can be used as a matrix for
copper-clad laminates (CCLs) for high-frequency applications. The CCLs, with a VPH matrix …

An ultraviolet (UV) transparent and stable methyl-siloxane hybrid material was prepared by
a facile sol–gel method. The transparency and stability of a UV-LED encapsulant is an …

Herein, we report a luminescent light-emitting diode (LED) encapsulating material using a
thermally curable quantum dot (QD)/siloxane hybrid (TSE-QD) color converter, which has …

A zirconia/oligosiloxane nanocomposite encapsulant has been developed and tested in a
high-power LED package against commercial silicone resins. The composite was a …

Polysiloxanes are an important class of polymers for optoelectronic applications. Novel
polysiloxanes with high‐refractive index (RI) based on phenanthrenyl‐substituted …

A new type of cyclo-linear structured high phenyl content siloxane elastomer (Ph-CLS-E)
was prepared through a “one-pot” hydrosilylation reaction that takes advantage of the …

An ultraviolet (UV) transparent recoverable fluoro-siloxane hybrid material was prepared via
a facile sol–gel process. The transparency and stability of a deep UV-LED encapsulant is a …