Our Advanced Materials
Xtalic’s advanced materials are strategically created using our patented computational material design platform based on groundbreaking scientific research at the Massachusetts Institute of Technology. Our nanostructured metal alloys are single-phase, super-saturated, solid-solutions — produced using our proprietary electrodeposition techniques — and maintain their supercharged properties with a stable nanostructure.
Key Features
- Hardness of 550-650 HV for enhanced durability in mechanical interfaces.
- Value-based powered immersion corrosion performance that competes with Platinum.
- Thermal stability of up to 300°C
- Pallex can be manufactured with 100% recycled palladium.
Manufacturing Methods
- Reel-to-reel
- Barrel and Rack
Applications
- Consumer Electronics
- Wearable Technology
Key Properties
- Hardness ~2GPa (2-3x Pure Ag)
- CoF µ = .7 [.2 w/Lube]
- Thermal Stability ~ 225 C
- Electrical Resistivity ~ 4 µΩ cm
Manufacturing Methods
- Pulse Reverse Electrodeposition
- Barrel and Rack
- Cyanide-free
Applications
- Electric Vehicles
- Safe Wearables Nickel Free
- Thin Gold Replacement
Resources
Key Properties
- Hardness 650 HV – 700 HV (HT 900 HV)
- Thermal Stability ~ 500 C
- Conductivity 10-15 W/(mK)
Manufacturing Methods
- Pulse Reverse Electrodeposition
- Reel to Reel, Barrel, and Rack
- Solution Based Chemistry Replenishment w/ Insoluble SS Anode
Applications
- Waterproof Smartphones
- Precious Metal Reduction
- Electric Vehicles
Resources
Key Properties
- Mechanical Elongation > 8%
- Yield Strength > 500 MPa
- Thermal Stability ~ 300 C
- Thermal Conductivity ~50W/m-K
- Thickness Range: 1nm – 1mm Thick
- Conductivity ~10% IACS
- Ecorr = -0.4V
- B117 NSST > 3000 hours
Manufacturing Methods
- Pulse Reverse Electrodeposition
- Barrel and Rack
- Ionic Liquid with Soluble Anodes
Applications
- Lightweighting
