UAV Composite Materials
Ultra-thin, lightweight ±45° biaxial non-crimp fabrics (EBX Series) for UAV fuselage shells, drone body panels, quadcopter arms and fixed-wing aircraft skins — excellent torsion resistance with minimal weight penalty.
Technical Protocol
Tech Specs & Details
UAV Lightweight Structure Specs
Matrix Resins
Process & Performance
Ultra-lightweight design solutions that ensure fuselage strength while maximizing industrial drone payload and endurance.
Specified Material
Double Biaxial Fabric (+45°/-45°)
Biaxial fiberglass fabric (also known as fibreglass cloth) with fibers oriented at +45° and -45°. This non-crimp biaxial glass cloth provides excellent torsion resistance for UAV fuselage, marine and wind energy composites.
Internal Structure
Micro-alignment QC
Precise Knitting
Multi-layer fiber orientation controlled by Karl Mayer machines for optimal structural strength.
Rapid Wet-out
Optimized fiberglass sizing ensures extremely fast resin penetration, boosting production throughput.
Bespoke R&D
Tailor-made material structures based on specific mechanical requirements for optimal weight-strength ratios.
Related Industrial Solutions
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Solar Mounts & Frames
Leveraging the high longitudinal strength of Single Warp fabrics (EL Series) for pultruded solar frames. A corrosion-resistant alternative to aluminum.
Wind Blade Composites
Triaxial (ELTX/ETTX) and Quadraxial (EQX) fabrics engineered for extreme mechanical loads, providing core structural support for blades.
EV Battery Enclosures
Quadraxial NCF fiberglass fabrics (EQX series) combined with flame-retardant vinyl ester resins for EV battery enclosures, composite battery trays and BMS housing — delivering electrical insulation, impact resistance, and UL94 V-0 fire rating.
Partner with Material Experts
Our engineering team is ready to assist with custom fabric structures, providing full lifecycle support from design to process optimization.