Braided Carbon Kevlar Biaxial Sleeve is a high-performance hybrid composite reinforcement sleeve manufactured from carbon fiber and aramid (Kevlar®) fibers in a biaxial braided structure. Designed to combine the stiffness of carbon fiber with the impact resistance and toughness of Kevlar, this carbon Kevlar sleeve delivers balanced mechanical strength for advanced structural applications.
The ±45° biaxial fiber orientation enhances torsional strength, shear resistance, and load distribution, making it ideal for lightweight composite tubes, drive shafts, aerospace components, and high-performance industrial structures. Compatible with resin infusion, vacuum bagging, and epoxy systems, this hybrid carbon Kevlar braided sleeve provides reliable reinforcement in demanding environments.
Braided Carbon Kevlar Biaxial Sleeve is a high-performance hybrid composite reinforcement sleeve manufactured from carbon fiber and aramid (Kevlar®) fibers in a biaxial braided structure. By combining the stiffness of carbon fiber with the impact resistance of Kevlar, this hybrid sleeve delivers balanced mechanical performance for advanced composite applications.
The biaxial fiber orientation, typically arranged at ±45°, provides enhanced torsional strength, improved shear resistance, and uniform load distribution in tubular and structural components.
This carbon Kevlar braided sleeve integrates two advanced reinforcement materials:
High tensile strength
Excellent stiffness and rigidity
Low weight
Minimal thermal expansion
Exceptional impact resistance
Superior abrasion resistance
High toughness
Excellent fatigue durability
The hybrid combination improves structural reliability by compensating for the brittleness of carbon with the toughness of Kevlar.
The sleeve is manufactured using a precision biaxial braiding process.
±45° fiber orientation
Balanced torsional and shear strength
Uniform reinforcement around the full circumference
Expandable tubular form for easy installation over mandrels
Compared to unidirectional fabrics, a biaxial braided sleeve provides multidirectional reinforcement suitable for dynamic loading conditions.
Braided Carbon Kevlar Biaxial Sleeve offers:
High strength-to-weight ratio
Improved impact resistance compared to pure carbon sleeves
Enhanced crack resistance
Reduced delamination risk
Stable structural performance under vibration
It is particularly suitable for components exposed to torsion, bending, and shock loads.
This hybrid carbon Kevlar sleeve is widely used in:
Drive shafts
Roll cage reinforcement
Suspension components
Lightweight structural tubes
Tubular arms and booms
Structural reinforcements
High-strength lightweight frames
Masts and structural poles
Corrosion-resistant composite components
Composite rollers
Pressure vessels
Mechanical structural supports
Braided Carbon Kevlar Biaxial Sleeve is compatible with:
Resin infusion
Vacuum bagging
Hand lay-up
Filament winding
Epoxy, vinyl ester, and polyester resin systems
The open braided architecture allows efficient resin penetration and consolidation.
Multiple nominal diameters
Custom braid angles available
Hybrid color patterns (black/yellow typical)
Continuous lengths supplied
Custom fiber ratios available upon request
Compared to pure carbon fiber sleeve:
Better impact resistance
Improved durability under shock
Compared to pure Kevlar sleeve:
Higher stiffness
Improved structural rigidity
This hybrid solution provides a balanced composite reinforcement system for demanding structural applications.
What is a carbon Kevlar sleeve used for?
It is used as tubular reinforcement in composite structures requiring both stiffness and impact resistance.
What does biaxial braided mean?
It refers to fibers oriented in two opposing directions, typically ±45°, to improve torsional strength.
Why combine carbon and Kevlar?
Carbon provides stiffness, while Kevlar improves impact resistance and toughness.
Is it suitable for resin infusion?
Yes. The braided structure allows effective resin penetration.
Can custom diameters be produced?
Yes. Custom sizes and fiber ratios are available.
Braided Carbon Kevlar Biaxial Sleeve provides advanced hybrid reinforcement for lightweight structural composite components. By combining carbon stiffness with Kevlar toughness in a biaxial braided architecture, it offers reliable performance in high-stress and impact-prone environments.
Contact us for technical data sheets, customization options, or sample requests.
Braided Carbon Fiber Biaxial Sleeve is a tubular composite reinforcement sleeve manufactured from carbon fiber yarns arranged in a biaxial braided structure, typically oriented at ±45°. This configuration provides balanced torsional strength, shear resistance, and uniform load distribution in lightweight composite components. Designed for structural reinforcement rather than cosmetic covering, the sleeve conforms easily to round, tapered, or complex shapes and is compatible with resin infusion, vacuum bagging, and other composite manufacturing processes.
Learn More
Colored Braided Carbon Fiberglass Sleeve is a hybrid composite reinforcement sleeve manufactured from interwoven carbon fiber and colored fiberglass yarns in a tubular braided structure. Designed to provide both structural strength and enhanced surface appearance, this carbon fiberglass sleeve combines the stiffness of carbon fiber with the flexibility and visual customization of fiberglass. The expandable braided construction allows easy installation over tubes and mandrels, ensuring uniform 360° reinforcement and efficient resin infusion. Widely used in automotive, marine, industrial, and custom composite applications, this braided carbon fiberglass sleeve delivers reliable mechanical performance while offering distinctive color patterns for decorative composite finishes.
Learn More
Discover the Hydraulic Hose Protection Nylon Hose Sleeve, designed for ultimate protection against hydraulic fluid bursts, abrasions, and environmental damage. Ideal for construction, industrial, and agricultural applications.
Learn More
Our Aluminum Coated Fiberglass Heat Reflective Sleeving provides superior heat protection for industrial wires, cables, and hoses. With high temperature resistance and excellent radiant energy reflection, it shields against radiant heat sources. Easy to install and available in various sizes, it's ideal for industrial and automotive applications, ensuring reliable performance in extreme conditions.
Learn More
Heat Resistant Hydraulic Hose Protective Fire Sleeve is a high-temperature insulation sleeve designed to protect hydraulic hoses, cables, and pipelines from extreme heat, flame exposure, and molten metal splash. Constructed from braided fiberglass coated with durable silicone rubber, this hydraulic hose fire sleeve provides reliable thermal insulation and external protection in demanding industrial environments. With continuous temperature resistance up to 260°C (500°F) and short-term flame protection up to 1650°C (3000°F), it is widely used in steel plants, automotive systems, marine engines, and heavy machinery applications where fire protection and hose safety are critical.
Learn More
Silicone Coated Fiberglass Welding Blanket is designed for extreme heat and rugged industrial use, this welding blanket features a silicone-coated fiberglass construction, rated for 500°F continuous (silicone layer) and 1000°F intermittent (fiberglass base) temperatures. Resistant to oil, water, abrasion, and tears, it ensures durability in demanding environments. Stainless steel grommets spaced every 24" enable secure vertical or horizontal installation as heat shields, equipment covers, or welding curtains. Available in 17 oz/sq.yd (standard) or 32 oz/sq.yd (heavy-duty) weights, multiple standard sizes, and custom rolls. Sewn with high-heat thread and reinforced edges, it’s ideal for foundries, refineries, and construction—where flexibility, safety, and thermal resistance are critical. Not for stress relief applications.
Learn More
Silicone Coated Basalt Sleeve is a high-performance thermal protection sleeve engineered for extreme temperature and flame exposure environments. Constructed from braided basalt fiber with a durable silicone rubber coating, this basalt fire sleeve provides enhanced heat resistance, molten splash protection, and abrasion durability for hydraulic hoses, cables, and industrial pipelines. Compared to conventional fiberglass fire sleeves, basalt fiber offers superior thermal stability and mechanical strength, making it ideal for steel plants, automotive exhaust systems, marine engines, and high-temperature hydraulic applications. This silicone coated basalt sleeve delivers reliable fire protection and long-term performance in demanding industrial conditions.
Learn More
The Aluminized Heat Reflective Sleeve with Snap Closure is a high-performance solution for cable management and component protection. Made from durable aluminum foil and fiberglass, it offers excellent thermal resistance. The sleeve features stainless steel snap buttons for easy, tool-free installation and customization. Ideal for automotive and industrial applications, it ensures reliable protection in high-temperature environments while allowing easy access to components.
Learn More
IPv6 network supported 
