Carbon Fiber Brackets​

Carbon fiber brackets are structural composite mounting components engineered to support, connect, and reinforce assemblies while minimizing weight. Commonly supplied as L brackets, angle brackets, and custom geometries, these components are designed for applications where stiffness, dimensional stability, and corrosion resistance are critical.

Unlike flat carbon fiber sheets or decorative composite parts, carbon fiber brackets are load-bearing structural elements. Their geometry allows loads to be transferred efficiently through the bracket body and fastener locations, helping reduce bending, deflection, and stress concentration at joints.

The structural performance of carbon fiber brackets is primarily controlled through fiber orientation, laminate thickness, and localized reinforcement, particularly around holes, edges, and mounting interfaces. By tailoring the laminate design to the expected load direction, brackets can achieve high stiffness and fatigue resistance without unnecessary material buildup.

For industrial and OEM use, carbon fiber brackets are typically produced using epoxy-based composite systems to ensure reliable mechanical properties and long-term durability. When properly engineered, they offer superior resistance to corrosion, vibration, and cyclic loading compared with traditional metal brackets, especially in weight-sensitive structures.

Consistent performance across production batches depends on controlled material selection, layup accuracy, and curing stability. These factors play a key role in maintaining repeatable strength, dimensional accuracy, and surface quality required for scalable OEM assembly.

Material-level performance data and engineering considerations for carbon fiber are detailed in our Leitfaden für Kohlefaserwerkstoffe.