Hybrid Fiber Fabrics | Multi-Fiber Reinforcement for Superior Performance & Versatility
Hybrid Fiber Fabrics | Multi-Fiber Reinforcement for Superior Performance & Versatility
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We provide custom hybrid fiber fabrics combining carbon fiber, kevlar aramid fiber or fiberglass to achieve optimized mechanical performance, and customized hybrid prepreg fabric are available. Our hybrid woven fabrics are designed for composite structures requiring balanced strength, impact resistance and cost efficiency across various industrial applications.
What Is Hybrid Fiber Fabric?
What Is Hybrid Fiber Fabric?
Hybrid fiber fabric refers to a textile engineered by combining two or more fiber types—such as carbon fiber and aramid—to achieve a balanced combination of strength, toughness, and impact resistance. Compared to single-fiber fabrics, hybrid constructions allow designers to optimize performance for specific composite applications.
Plain Weave 3K 240gsm Carbon aramid hybrid fabric
Hexagonal Honeycomb 3K 200gsm Carbon Kevlar Hybrid Fabric
Twill Weave 3K 240gsm Carbon Fiberglass Hybrid Fabric
Technical Advantages of Hybrid Fiber Fabrics ：
Technical Advantages of Hybrid Fiber Fabrics ：
By strategically combining fibers with different mechanical and physical properties, hybrid fiber fabrics allow engineers to tailor composite performance while managing cost and weight more effectively than single-fiber fabrics.
Product Specification of Hybrid Fiber Fabric
Product Specification of Hybrid Fiber Fabric
Material: Hybrid Fiber Fabric
Fiber Type: Carbon-kevlar aramid / Carbon-Fiberglass /kevlar aramid-UHMWPE
Weave Type: Plain Weave / Twill Weave
Areal Weight: 200g/m² – 310g/m²
Width: 100mm – 2000mm
Thickness: 0.28 – 0.47mm
Hybrid fiber woven fabric compatible with epoxy resin systems : Epoxy / BMI / Cyanate Ester / Phenolic Resin
MOQ: 100 meters
Packaging
Roll packed with PE film and carton or wooden pallet
Lead Time
7–15 days after order confirmation
The above hybrid fiber fabric specifications reflect a balanced combination of strength, stiffness, and impact resistance by integrating different high-performance fibers such as carbon fiber, aramid fiber, and fiberglass. Hybrid fiber fabrics can be customized in fiber composition, weave pattern, areal weight, and fabric width to meet specific structural and processing requirements. Custom hybrid fiber fabrics are designed for composite manufacturing processes including vacuum infusion, hand lay-up, and resin transfer molding (RTM), hybrid fabric provides reliable performance and material efficiency for automotive, marine, aerospace, and industrial composite applications.
KRAFT Regular Product Specification of Hybrid Fiber Fabric：
KRAFT Regular Product Specification of Hybrid Fiber Fabric：
Applications of Hybrid Fiber Fabric
Applications of Hybrid Fiber Fabric
Hybrid fiber fabric combines two or more types of fibers, such as carbon fiber and kevlar aramid fiber, to achieve a balanced combination of strength, impact resistance, and flexibility. It is designed for composite applications requiring optimized performance.
Carbon kevlar hybrid fabric for motorcycle protective gear
Hybrid Fiber Fabric for Automotive and motorsport applications
Hybrid Fiber Fabric for Automotive and motorsport applications
In automotive and motorsport applications, hybrid fiber fabric is used in body panels, structural components, and protective parts to improve impact resistance while maintaining stiffness.
Carbon-kevlar aramid hybrid phone case
Hybrid Fiber Fabric for Marine and industrial composites
Hybrid Fiber Fabric for Marine and industrial composites
In marine and industrial composites, hybrid fiber fabric is applied in structural reinforcements where both strength and durability are required.
Hybrid fabric for sports equipment for swiming fins/flippers
Hybrid Fiber Fabric for Sporting goods and specialized equipment
Hybrid Fiber Fabric for Sporting goods and specialized equipment
Hybrid fiber fabric is also used in sporting goods and specialized equipment, offering enhanced performance through multi-material reinforcement.
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