Glass Deformation in a High-Temperature Furnace — Slow Motion Capture

Glass Deformation in a High-Temperature Furnace — Slow Motion Capture

🔥 Inside the blazing environment of a high-temperature furnace, a solid piece of glass begins to undergo a fascinating transformation. As the heat rises, the once rigid glass gradually loses its stiffness, becoming soft and pliable. Slowly, its surface starts to show signs of flow and distortion.

📹 Captured in slow motion, the process looks like a performance of art and science: the edges of the glass begin to collapse, its texture grows viscous, and eventually, it flows gracefully, almost like a liquid.

🔬 This is not only a visual spectacle but also a direct demonstration of glass physics. At elevated temperatures, glass passes through softening, viscous flow, and near-liquid stages — the very principles that make glass forming and processing possible.

✨ Highlights of the video:

• Complete process of glass deformation under heat

• Fine details revealed in slow motion

• A perfect blend of scientific insight and visual beauty