Medical Applications of Thermoplastic Composites
Stay informed and up to date on medical applications of thermoplastic composites.
Application | Applicable LATP Process | Material (Reinf./Matrix) | Advantages |
Front-End Modules (FEM) | LATP + Hot Stamping | Carbon / PPS or PEI | Weight reduction, high stiffness, integration potential |
Roof Panels & Fairings | In-situ LATP | Glass / PPS or PP | Weight, fuel savings, large-area coverage |
Battery Tray Covers (Electric Buses) | In-situ LATP | Carbon / PEKK or PPS | Fire resistance, corrosion-free, EMI shielding |
Side Skirts / Panels | LATP + Vacuum Forming | Glass / PP or PEI | Aerodynamic drag reduction, corrosion resistance |
Interior Wall & Ceiling Panels | In-situ LATP | Glass / PP or PEI | Moisture resistance, cleanability, flame resistance |
Exterior Panels (Side + Roof) | LATP + Vacuum Forming | Glass / PEI or PPS | Lightweight, smooth finish, impact resistance |
Floor Panels (Core-Sandwich) | LATP + Hot Stamping | Carbon or Glass / PPS | High stiffness, thermal insulation |
Cargo Bay Panels (e-Bikes, Quads) | In-situ LATP | Glass / PP or PEI | Lightweight, formable, washable |
Microvan Body Panels (Door, Roof) | LATP + Vacuum Forming | Glass / PPS | Weight saving, corrosion resistance |
Structural Subframes (Underbody) | In-situ LATP | Carbon / PPS | Stiff and corrosion-resistant |
Deck Platform | In-situ LATP | Carbon / PPS | Lightweight, torsionally stiff, waterproof |
Handlebar Stem Casing | LATP + Vacuum Forming | Glass / PEI | Tough, UV resistant, cosmetic finish |
Battery Cover / Enclosure | In-situ LATP | Carbon / PEKK or PPS | Fire-resistant, impact tolerant |