Key market opportunities include the robust demand for Type I borosilicate glass, technology upgrades enhancing vial safety and efficiency, and significant growth in Asia-Pacific due to manufacturing ...

When choosing between laboratory glass bottles and plastic containers, the decision depends on the specific requirements of your research. Glass bottles, usually made of 3.3 borosilicate glass, offer ...

This transparent material is designated for LCDs, telescope mirrors, electronic sensors, and other uses within optical, MEMS, nuclear energy, and other precision-engineered applications since it can ...

Irradiation effects on borosilicate glasses have attracted significant attention due to their relevance in nuclear waste immobilisation, optoelectronic applications and advanced material processing.

Borosilicate 3.3 (PZ33) is the alternative for borofloat 33(BF33).The content of borosilicate : boron: 12.5 ～ 13.5%, silicon: 78 ～ 80%. Therefore, this kind of glass is called high borosilicate glass.