3D braiding gives aerospace structures an unrivalled edge. By interlacing fibres in multiple directions, it spreads loads evenly through the part, delivering superior impact resistance and fatigue life. Typical uses include wings, empennage, tail booms, intakes, rotor arms, landing gear and drive shafts.

In high-temperature, high-friction environments, 3D braiding is equally indispensable—lining rocket-engine nozzles, gas-turbine blades and aircraft brake discs. These two arenas showcase the technology’s singular ability to merge structural and functional demands: complex mechanical performance and endurance in the harshest service conditions.

Our photovoltaic thermal-field products have moved into continuous volume production. Thanks to disruptive process innovation and the fully in-house production line, the level of automation is now industry-leading. Pedestals, crucible supports and crucible preforms already command a decisive market advantage, and share is set to grow.

Beyond the PV segment, we are extending needled-preform technology into defence applications. Nozzle and brake-disc products are currently in customer qualification.

Leveraging 3D braiding expertise, Yunlu has launched a complete line of lightweight automotive components—load-bearing wheels, hubs and brake discs—each produced in a single-shot process. Continuous fibres deliver 30–50 % weight savings while retaining full structural integrity. Automated braiding and intelligent forming endow the parts with high torsional and flexural rigidity, plus superior wear and fatigue resistance, giving the automotive industry an innovative solution that unites lightness with safety.

Yunlu’s 3D braiding technology delivers a new blueprint for smart equipment manufacturing. Continuous fibres preserve structural integrity and mechanical performance; fully automated production guarantees exceptional consistency; significant weight reduction boosts dynamic agility; and high-volume output secures market-leading cost efficiency. Already field-proven in robot joints and biomimetic feet, the solution drives the sector towards higher efficiency, greater reliability and leaner cost.