Core Capabilities
Advanced CompositeMolding
Aerospace-grade carbon fiber and composite manufacturing using advanced molding techniques for maximum strength-to-weight performance.
Autoclave Curing
Aerospace-grade quality
Custom Layups
Optimized fiber orientations
Temperature Control
±2°C accuracy
Manufacturing Processes
Multiple composite fabrication methods for different performance and cost requirementsPrepreg Layup & Autoclave
Highest quality for aerospace and racing applications
Process Steps
1.Material preparation
2.Material preparation
3.Material preparation
4.Material preparation
5.Material preparation
Key Benefits
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Prepreg Layup & Autoclave
Highest quality for aerospace and racing applications
Process Steps
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
Key Benefits
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Prepreg Layup & Autoclave
Highest quality for aerospace and racing applications
Process Steps
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
Key Benefits
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Prepreg Layup & Autoclave
Highest quality for aerospace and racing applications
Process Steps
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
1.Material preparation
Key Benefits
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Maximum mechanical properties
Fiber Reinforcements
Wide range of fiber types for optimized performance
Fiber Type
Modulus
Tensile Strength
Typical Applications
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Standard Modulus Carbon
230 GPa
3,500 MPa
General purpose, cost-effective
Resin Matrix Systems
High-performance resin systems for different cure requirements
Epoxy120-180°C General purpose, excellent properties
Epoxy120-180°C General purpose, excellent properties
Epoxy120-180°C General purpose, excellent properties
Epoxy120-180°C General purpose, excellent properties
Facilities & Equipment
Autoclave
Chamber Size2000 x 1000 x 600mm
Chamber Size2000 x 1000 x 600mm
Chamber Size2000 x 1000 x 600mm
Chamber Size2000 x 1000 x 600mm
Additional Equipment
CNC Trimming Router5-axis for edge finishing
CNC Trimming Router5-axis for edge finishing
CNC Trimming Router5-axis for edge finishing
CNC Trimming Router5-axis for edge finishing
Quality Assurance & Testing
Non-Destructive Testing
Ultrasonic C-scan11
Ultrasonic C-scan
Ultrasonic C-scan
Ultrasonic C-scan
Non-Destructive Testing
Tensile testing (ASTM D3039)
Tensile testing (ASTM D3039)
Tensile testing (ASTM D3039)
Tensile testing (ASTM D3039)
Non-Destructive Testing
Ultrasonic C-scan
Ultrasonic C-scan
Ultrasonic C-scan
Ultrasonic C-scan
