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From carbon fiber prepreg panels to complex molded structures — SunRising's composite manufacturing capabilities deliver aerospace-grade strength-to-weight performance for UAV airframes, industrial components, and structural applications.
Carbon fiber composites deliver tensile strength comparable to steel at one-fifth the weight. Ideal for airframe panels, structural ribs, and load-bearing brackets.
Fiber orientation and ply stackup tailored per application. Anisotropic properties allow engineers to direct stiffness exactly where the structure demands it.
Carbon and glass fiber composites are chemically inert in most operating environments — eliminating the surface protection requirements of aluminum or steel alternatives.
Low coefficient of thermal expansion across operating temperatures from −55 °C to +150 °C. Critical for precision assemblies where dimensional stability cannot be compromised.
Unidirectional and woven carbon fiber panels for chassis skins, floor plates, and equipment enclosures. Custom thickness from 0.5 mm to 15 mm.
Roll-wrapped and pultrusion carbon fiber tubes for UAV booms, robotic arms, and antenna masts. Consistent wall thickness and concentricity across production batches.
Carbon fiber face sheets bonded to Nomex or aluminum honeycomb cores. High bending stiffness at minimal weight — standard in UAV wings, fairings, and access panels.
Near-net-shape parts with integrated ribs, flanges, and inserts — produced via RTM or matched-die press molding. Reduces downstream machining and secondary bonding operations.