3D Crystallized Glass Production via Preliminary Crystallization

The glass is crystallized before bend-forming, so the crystallization process occurs while the glass is still in its amorphous state. This preliminary crystallization prevents dimensional changes during subsequent heat treatment, as the crystal structure is already established and stable, eliminating the deformation problems that would occur if crystallization happened after forming.

The glass is crystallized before bend-forming, allowing the subsequent shaping to be done through efficient thermal bending rather than time-consuming grinding operations. The crystallized glass can be bend-formed using standard thermal processing equipment, dramatically reducing production time compared to mechanical grinding methods.

The glass is crystallized before bend-forming at a temperature below the softening point of the crystallized glass. The crystallization process creates a material with sufficient thermal stability that allows bend-forming to be performed at moderate temperatures without requiring excessive heat, thus maintaining production efficiency while avoiding the high softening temperature problem.

The glass is crystallized before bend-forming, establishing a stable crystal structure that resists excessive crystal growth during subsequent heating. The preliminary crystallization creates a material where the crystal nuclei are already formed and distributed, preventing runaway crystal growth at bend-forming temperatures and maintaining transparency while enabling successful shaping.