Hybrid & Reinforced Core Materials
Hybrid & reinforced core materials combine low weight, high strength, and long-term durability. Constructed from multiple cores or reinforcements—such as fiberglass, carbon fiber, or metal—these materials offer enhanced versatility and performance. Ideal for complex, high-performance structural applications.
Specifications
Density: 50–600 kg/m³ (depending on core and reinforcement type)
Compressive Strength: Up to 10 MPa
Tensile Strength: Up to 150 MPa (reinforcement-dependent)
Operating Temperature: Up to +100 °C or higher (material-dependent)
Chemical Resistance: Varies with chosen components
Compressive Strength: Up to 10 MPa
Tensile Strength: Up to 150 MPa (reinforcement-dependent)
Operating Temperature: Up to +100 °C or higher (material-dependent)
Chemical Resistance: Varies with chosen components
Advantages
Enhanced Mechanical Performance: Engineered for high-load-bearing structures.
Low Weight: Composite core structure minimizes overall mass.
Customizable Design: Suited to intricate geometries and specialized engineering requirements.
Environmental Durability: Component-specific resistance to moisture, chemicals, and temperature fluctuations.
Versatile Applications: Suitable for both structural support and aesthetic finishes.
Low Weight: Composite core structure minimizes overall mass.
Customizable Design: Suited to intricate geometries and specialized engineering requirements.
Environmental Durability: Component-specific resistance to moisture, chemicals, and temperature fluctuations.
Versatile Applications: Suitable for both structural support and aesthetic finishes.
Applications
Aerospace & Space: Lightweight, high-load panels and components.
Marine Industry: Reinforced hull and deck cores for boats and yachts.
Automotive: Lightweight composite chassis parts and structural elements.
Construction: Reinforced panels and architectural elements designed for longevity.
Wind Energy: High-strength cores for wind-turbine blade structures.
Marine Industry: Reinforced hull and deck cores for boats and yachts.
Automotive: Lightweight composite chassis parts and structural elements.
Construction: Reinforced panels and architectural elements designed for longevity.
Wind Energy: High-strength cores for wind-turbine blade structures.
