The application of amorphous foil, etc.
Hydrogen Separation Membrane
The amorphous membrane has the advantage of being able to selectively go through more hydrogen flow than the palladium membrane.
With this characteristic, mass production of hydrogen can be realized as a competitive production cost.
Anode Materials for Li-ion Batteries
The amorphous anode Si alloy additive may innovatively improve battery performance by maximizing charging capacity compared to the existing Si alloy.
In addition, it is a solution that can solve battery life and safety issues due to Si Dendrite Growth during discharging.
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Li-Si Amorphous Alloy Foil
LixSi / LixSiO Foils
- Amorphous LixSi foil with x<1
- LixSiO foil with the x<2
Electrode for all-solid-state Supercapacitors.
It is possible to realize a flexible all-solid supercapacitor that does not degrade performance even when folded using amorphous material foil made of a special composition.
Through the test, we verified the higher electrical capacity than the existing capacitor.
Biomedical and Dental Material
Ti Base amorphous materials have outstanding human suitability and prominent bonding properties between other materials.
This feature is useful for bonding ceramic and metal when making implants and can reduce costs with a simple manufacturing process.
Blow-Forming
Due to the superior physical properties of amorphous materials, molding can be realized through
a simple process through Air Blooming even though it is a metal.
Laser Foil Printing(LFP)
Amorphous materials use amorphous foils to enable 3D laser printing at a high speed without internal defects or external cracks.
