Mo-Sci Blog

By integrating glass components with polymer-based resins, it is possible to create superior composite materials for sealing and potting applications in batteries.

Embolic glass microspheres provide targeted treatment for certain chronic medical conditions that require extreme precision. This article explores their applications.

Although glasses are often valued for their chemical inertness, this property also presents challenges when attempting to form strong chemical bonds with other materials. We explore several solutions in this article.

Glass and ceramics have similar material properties, including high strength and hardness. However, at the microscopic level, there are many structural differences, which ultimately influence their suitability for particular applications.

Glass is a highly effective insulator for metal oxide varistors (MOVs) within surge arresters, offering excellent electrical, thermal, and mechanical properties. We explore these advantages and other considerations in this article.

Glass has emerged as a compelling choice for semiconductor passivation due to its unique combination of properties. This article looks at the properties that make glass highly suitable for the job.

Glass is at the heart of many technologies that rely on its unique electrical properties, from the screens of our smartphones to the fibers that carry internet signals across oceans.

The success of MEMS devices often hinges on maintaining a hermetic environment to protect their internal components. We explore how glass sealing technology has emerged as a promising solution for achieving hermetic seals in MEMS devices.

Among the materials used for radiation shielding, glasses have garnered significant attention due to their unique properties. This article explores their various compositions and applications.