Braided Carbon Fibre Sleeve
Carbon Fibre Braided Sleeve
Carbon Fibre Braided Sleeve is a flexible tubular reinforcement designed for wrapping round, tapered, and irregular composite parts. Manufactured using interwoven carbon fibre strands, the sleeve expands and contracts to conform tightly over mandrels, tubes, and complex shapes while delivering excellent structural reinforcement and a premium carbon fibre finish.
Its braided construction provides balanced multidirectional strength and fast application, making it ideal for both structural and cosmetic composite applications.
Key Features
- Flexible braided construction for easy conforming
- Expands and contracts to fit varying diameters
- Lightweight with excellent strength-to-weight ratio
- Balanced multidirectional reinforcement
- Smooth cosmetic carbon fibre appearance
- Ideal for tubular and cylindrical composite parts
Typical Applications
- Tubes and pipe reinforcement
- Automotive and motorsport components
- Marine and sporting goods
- Drone and UAV structures
- Handles, shafts, and roll wraps
- Cosmetic composite coverings
Processing Compatibility
Suitable for:
- Resin infusion
- Vacuum bagging
- Hand laminating
- Pultrusion and mandrel wrapping
Compatible with:
- Epoxy resins
- Vinyl ester resins
- Polyester resins
Why Use Carbon Fibre Braided Sleeve
Braided sleeves provide an efficient way to reinforce round or irregular components without cutting and joining flat fabrics. The braid angle automatically adjusts as the sleeve expands or contracts, allowing excellent conformity and consistent fibre coverage.
Compared to flat fabrics, braided sleeves offer:
- Faster application on tubular parts
- Improved conformity around curves and tapers
- Reduced seams and overlaps
- Balanced torsional and hoop strength
Available Options
- Multiple diameters available
- Standard and biaxial braid styles
- Various fibre weights and coverage options
- Expandable sizing for different tube diameters
Ironbark Tip
For best results:
- Select a sleeve size slightly smaller than the part diameter for better fibre tension
- Use shrink tape or vacuum bagging for optimal consolidation
- Pair with epoxy systems for maximum mechanical performance and cosmetic finish
