Products/Three-dimensional Reinforcement
Three-dimensional ReinforcementSKU A4A89D8CED99

Carbon fiber multiaxial fabric

Carbon fiber multiaxial fabric is an advanced composite reinforcement material designed to deliver balanced strength, stiffness, and dimensional stability in multiple directions. By arranging carbon fibers in several orientations within a single fabric layer, carbon fiber multiaxial fabric effectively distributes loads and reduces stress concentration, making it ideal for high-performance structural applications. Compared with traditional woven fabrics, it offers superior mechanical efficiency, faster lay-up, and excellent compatibility with resin infusion, vacuum molding, and prepreg processes. Widely used in aerospace, automotive, wind energy, marine, and construction industries, carbon fiber multiaxial fabric helps manufacturers achieve lightweight designs without sacrificing strength or durability. Its ability to enhance impact resistance, fatigue performance, and structural reliability allows engineers to solve challenges related to weight reduction, complex load conditions, and long-term performance, making carbon fiber multiaxial fabric a reliable solution for demanding composite applications.Carbon fiber multiaxial fabric delivers strength and lightweight reliability.

Carbon fibre SI / metric Project documentation

Performance, tolerances and compliance are configuration-dependent and confirmed in the commercial offer.

Technical data

Technical specification

Values shown are those available for this catalog entry. Final grade-specific values are issued with the quotation.

Material familyCarbon fibre
Supply formFabric
Architecture / weaveMultiaxial
Dimensions / tolerancesConfigured to project requirements in SI / metric units
Technical documentationLot- and configuration-specific documentation available with quotation
AvailabilityMade to order / project supply
Documentation gate

Compliance documentation

ISO, REACH, RoHS and material certificates are confirmed for the selected grade, lot and application.

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