It looks like normal glass.
But try to break it… and it bends instead.
Researchers have developed a new type of flexible glass, made from ultra-thin silica structures reinforced at the molecular level.
It can bend up to 90°, survive drops, and resist shattering — even under intense pressure.
Used in foldable phones, spacecraft, and smart architecture, this glass combines the clarity of crystal with the flexibility of plastic.
It’s scratch-resistant. Lightweight. And soon — recyclable.
Imagine windows that flex with the wind.
Screens that fold like paper.
Glass you can roll up and carry.
But try to break it… and it bends instead.
Researchers have developed a new type of flexible glass, made from ultra-thin silica structures reinforced at the molecular level.
It can bend up to 90°, survive drops, and resist shattering — even under intense pressure.
Used in foldable phones, spacecraft, and smart architecture, this glass combines the clarity of crystal with the flexibility of plastic.
It’s scratch-resistant. Lightweight. And soon — recyclable.
Imagine windows that flex with the wind.
Screens that fold like paper.
Glass you can roll up and carry.
It looks like normal glass.
But try to break it… and it bends instead.
Researchers have developed a new type of flexible glass, made from ultra-thin silica structures reinforced at the molecular level.
It can bend up to 90°, survive drops, and resist shattering — even under intense pressure.
Used in foldable phones, spacecraft, and smart architecture, this glass combines the clarity of crystal with the flexibility of plastic.
It’s scratch-resistant. Lightweight. And soon — recyclable.
Imagine windows that flex with the wind.
Screens that fold like paper.
Glass you can roll up and carry.
