The EV transition isn’t only about batteries—it’s about lighter, stronger structures that boost range, efficiency and safety. BLOOH Solution’s scandium-reinforced aluminum alloys are designed for modern EV platforms, delivering significant weight reduction with high mechanical performance and excellent manufacturability.
Engineered for Today’s EV Platforms
- • Battery enclosures & underbody protection
- • Crash structures & crumple zones
- • Chassis frames & subframes
- • Motor housings & load-bearing components
Why Al–Sc Alloys for EVs
- • Up to ~20% weight savings vs. standard aluminum (application-dependent)
- • High strength-to-weight with excellent fatigue and corrosion resistance
- • Weldability suited for automated chassis manufacturing
- • Responsible sourcing integrated with BLOOH’s lithium value chain
Portfolio
SC-AL AUTO 1 — High-Ductility Chassis Material
- • Scandium content: ~0.8–1.5 %
- • Yield strength: ~340 MPa
- • Elongation: 16–18 % | Fatigue strength: high
- • Weldability: excellent (automation-ready)
- • Crash energy absorption: excellent
- • Forms: extrusions, rolled sheets
- • Applications: front/rear frames, crumple structures
SC-AL AUTO 2 — Rigid Module Housing Alloy
- • Scandium content: 1.5–2.0 %
- • Elastic modulus: ~73 GPa | Hardness: 110–130 HV
- • Thermal conductivity: high | Corrosion resistance: excellent
- • Machinability: high (CNC-compatible)
- • Forms: cast parts, precision-milled blocks
- • Applications: battery & motor housings, center tunnels
SC-AL 3D AUTO POWDER — Printable Components
- • Form: spherical powder (15–45 µm); uniform grain distribution
- • Part density: ≥99.5 % of theoretical
- • Tensile (as-printed): ~450 MPa | Surface roughness: <10 µm Ra
- • Processes: LPBF, Binder Jetting, DED; heat treatability: T6, HIP-compatible
- • Applications: engine mounts, housing reinforcements, complex brackets
Lighter. Stronger. Safer. BLOOH’s Al–Sc platform advances EV structural design without compromising manufacturability or cost discipline—ready for mass-market and high-performance programs alike.