Polysiloxane polymer backbone architecture: MerckRecent Research Landscape
Thermal instability and variable cross-linking density in silicone formulations lead to mechanical failure under stress. Precise control of the polysiloxane chain structure ensures consistent elastomeric performance and chemical resistance.
What technical problems is Merck addressing in Polysiloxane polymer backbone architecture?
Interfacial delamination and poor adhesion
(25)evidences
Standard siloxane formulations suffer from mechanical or thermal degradation under operational stress. Improving structural integrity prevents premature component failure.
Inconsistent thin film uniformity
(13)evidences
Non-uniformity in the conversion of polysilazane precursors to siliceous films leads to structural defects and poor insulation. Achieving high-density, defect-free coatings is critical for semiconductor reliability.