As the global trend of lightweight engineering accelerates, GBTECH—a national high-tech enterprise with over 20 years of experience in carbon fiber technology—is driving innovation not just in weight reduction but in performance-oriented composite solutions. Our focus on drones and automotive sectors reveals the full potential of carbon composites.
1. Truly Strong and Light — Redefining Structural Materials
While conventional materials often trade off between strength and weight, GBTECH's composites deliver both. Our prepreg fabrics, pultruded tubes, and filament-wound parts offer:
- Strength-to-weight ratio >2x aluminum;
- Superior fatigue resistance in vibration-heavy use cases;
- Thermal stability over 150°C;
- Tailored layup angles for directional stiffness optimization.
2. UAV Applications: Longer Endurance, Greater Stability
For both rotary-wing and fixed-wing UAV platforms, carbon fiber enables:
- Flight time increases by 30–50% through weight reduction;
- Superior vibration damping, enhancing sensor and camera accuracy;
- Dimensional stability under wind loads and temperature changes;
- Fast modular assembly, improving field maintenance efficiency.
3. Automotive Lightweighting: Extend Range, Improve Safety
Carbon fiber plays a pivotal role in electric vehicles by lowering mass without compromising structural strength. GBTECH supplies:
- Battery housing structures with fire-retardant, insulating properties;
- Seat and door skeletons for energy absorption and safety;
- Exterior shells like hoods and mirrors with aerodynamic benefits.
Replacing steel/aluminum with composites can reduce vehicle mass by 100–200kg, delivering 8–15% more driving range.
4. From Fiber to Finish — GBTECH’s Full-Stack Production System
We operate a fully integrated carbon composite manufacturing chain:
- Fiber & resin prep;
- Multiaxial fabric and prepreg production;
- CNC cutting & automated layup;
- Forming via autoclave, pultrusion, filament winding, RTM;
- Complete QC with ultrasonic, thermal, and fatigue testing.
