An alkali-free boron-free glass fibre composition is developed which in its main characteristics surpasses fibre of type E. The fibre based on the developed glass composition is recommended as a filler for high-strength glass plastics which can operate under the long-term effect of aggressive media. The technological parameters of the developed composition make it possible to produce the fibre on available machinery.
Origin
Unknown
Journal Title
Glass & Ceramics 57 9-10 2000 304-307
Sector
Glass Fibre
Class
GF 525