We're excited to exhibit at UAS EXPO CHINA 2026, the 11th Shenzhen International UAV Exhibition, taking place from May 21 to 23, 2026, in Shenzhen.
As an experienced LFT composites supplier, we'll be presenting our long fiber reinforced thermoplastic solutions – engineered for drone arms, propeller blades, fuselage frames, landing gear, and other structural parts. We look forward to sharing lightweight, high-strength, and cost-effective material options with global drone OEMs, eVTOL developers, and industrial UAV players.
What to expect from the show:
Spanning over 100,000 m², the exhibition brings together 1,200+ leading companies and 60,000+ professionals from the entire unmanned systems value chain – from R&D and materials to complete aircraft and application services.
This year's theme – "Low‑Altitude Economy – Soaring toward the Future" – makes it the perfect stage to explore advanced airframe materials, smart manufacturing technologies, and emerging trends in unmanned aviation.
Where to Find Us
Xiamen LFT Composite Plastic Co., Ltd. (LFT‑G®)
Booth Number: 4B83
Event: UAS EXPO CHINA 2026 – Shenzhen International UAV Exhibition
Dates: May 21–23, 2026
Venue: Shenzhen Convention & Exhibition Center (Futian), Shenzhen, China
We cordially invite all industry professionals, drone manufacturers, and partners to visit our booth. Experience first‑hand how our long carbon fiber (LCF) and long glass fiber (LGF) composites can reduce drone weight by up to 30%, increase payload capacity, and extend flight endurance – while our technical experts help you customize formulations for your specific platform.
Industry Trends Driving Transformation: Why LFT Matters Now
Aligned with the low‑altitude economy boom, three critical demands are reshaping the unmanned aircraft industry – and LFT composites are the answer:
- Lightweighting for Extended Flight Time: Every gram saved on airframe, blades, and landing gear translates directly into longer endurance and higher payload. LFT's carbon-fiber-reinforced series delivers metal‑beating strength at 1.2–1.4 g/cm³ – cutting weight by up to 30%.
- Manufacturing Efficiency at Scale: Drone production needs speed. Unlike thermoset composites or metal machining, LFT composites are injection molded with cycle times 60%+ faster. Perfect for high‑volume, cost‑sensitive UAV manufacturing.
- Durability Under Extreme Missions: Agricultural, inspection, and logistics drones face vibration, humidity, and impact. LFT's long fiber network provides superior fatigue resistance, low creep, and high impact strength – keeping drones airborne and reliable.
These advantages are driving rapid adoption of LFT composites across the most exciting segments of the drone and low‑altitude economy:
- Drone Airframes & Arms: LFT‑LCF (long carbon fiber) offers exceptional stiffness‑to‑weight for main frames and arm structures – reducing weight without flex.
- Propeller Blades: PA66‑LCF delivers high toughness, low warpage, and outstanding fatigue resistance – critical for sustained high‑speed rotation and impact resistance.
- Agricultural & Logistics Drones: PP‑LGF and PA6‑LGF provide cost‑effective lightweighting and corrosion resistance for heavy‑lift platforms operating in harsh environments.
- Landing Gear & Payload Mounts: High‑impact LFT formulations absorb shock and maintain dimensional stability under repeated heavy loads.
Why Xiamen LFT? – Unmatched Performance Advantages
LFT-G® long fiber reinforced thermoplastic composites deliver exceptional benefits for lightweight, high-performance applications across industries, outperforming traditional materials like metals and conventional plastics:
| Property | Advantage |
|---|---|
| Lightweight (Plastic vs. Metal) | 1.2–1.4 g/cm³, 100–500% lighter than metal |
| Superior Mechanical Performance | High rigidity, multi-resistant, low creep |
| Efficient Injection Molding | Fast cycle, 60%+ higher efficiency, cost-effective |
UAS EXPO CHINA 2026 brings together the unmanned industry's most forward-thinking players. At Booth 4B83, we will demonstrate how LFT‑G® composites enable real weight reduction, structural reliability, and scalable production for UAV platforms.
We invite you to discuss your specific application needs with our engineers - and explore how advanced thermoplastics can give your aircraft a competitive edge.
