Integran's high toughness, hardness and strength Nanovate metal foil have enabled manufacturers of multi-material ballistic and armor panels to improve performance while minimizing weight. These foils have exceptional mechanical properties with hardness near a tool steel while retaining good ductility. These materials may assist with mitigating energy shockwave using impedence mismatching phenomena, or with improving stab resistance of composites like polyethene (e.g. Dyneema) or aramid (e.g. Kevlar) fibers. Foil quality is underpinned by Integran's strong analytical capabilities.
- High Hardness: ~550 Vickers (~53 Rockwell C)
- High Toughness: ~160ksi Yield Strength (1100MPa), ~230ksi Ultimate Strength coupled with ~7% elongation to failure.
- High Elastic Limit: Thin foils can be elastically formed easily, plastic deformation similar to spring steel
- Temperature Resistance: Good temperature resistance for subsequent processing into a thermoset composite structure.
- Corrosion Resistance: High corrosion resistance to composite production chemicals and in humid operating environments
- Panel size: 22"x24"
- Thickness Range: 0.002" - 0.006" (50-150 microns), in 0.001" increments
- Areal Density Range: 0.1 - 0.3 oz/square foot
- Thickness tolerance: ~+/- 10%
These materials may assist with mitigating energy shockwave using impedance mismatching phenomena. Foil quality is underpinned by Integran's strong analytical capabilities.