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Custom Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
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  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
  • Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric

Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric

Red/black aramid carbon fiber woven fabric is made of aramid fiber and carbon fiber interwoven in a specific proportion. Aramid fiber is known for its impact resistance, abrasion resistance and good toughness, while carbon fiber is lightweight, high-strength, corrosion-resistant and has stable thermal properties. The combination of the two makes the woven fabric have both mechanical properties and beautiful appearance, often showing a unique texture of red and black interweaving. Widely used in aerospace, automotive, sports equipment and high-end consumer goods fields.

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Parameter

Product Characteristics

  • Improvement of high-temperature resistance of materials.
  • Improvement of impact resistance of materials.
  • Improves heat decay resistance of materials.
Reinforcement Weave Weight（g/㎡）  Thickness（mm） Width（M） 
3K、1000D Plain 155 0.26 0-2.3
3K、1000D Twill 165 0.28 0-2.3
3K、1000D Plain 185 0.3 0-2.3
3K、1000D Twill 185 0.3 0-2.3
3K、1500D Plain 60 0.2 0-2.3
3K、1500D Twill 220 0.24 0-2.3
3K、1500D Plain 190 0.28 0-2.3
3K、1500D Twill 190 0.28 0-2.3

We can design and produce fabrics according to customers' requirements (the above is only a part of the display)

HYBRID · ARAMID + CARBON · RED/BLACK
Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric
Aramid carbon hybrid fabric
Red/Black aramid carbon hybrid woven fabric combines para-aramid (Kevlar-type) fibers with high-strength carbon fiber in a single weave structure. The red aramid yarns provide impact resistance and toughness, while the black carbon yarns deliver stiffness and tensile strength. Available in 3K carbon + 1000D aramid configurations with areal weight of 200-350 gsm. The hybrid construction achieves tensile strength of 3,200-4,200 MPa with elongation at break of 1.8-2.5 percent. The contrasting red/black visual pattern provides distinctive aesthetic appeal for visible composite applications.
3,200-4,200 MPaTensile strength
1.8-2.5%Elongation at break
200-350 gsmAreal weight
Impact toughness
Aramid component provides energy absorption capacity of 40-60 J/m², enhancing damage tolerance and preventing catastrophic failure under impact loading.
High stiffness
Carbon fiber delivers tensile modulus of 230-240 GPa, maintaining structural rigidity for load-bearing applications requiring dimensional stability.
Visual contrast
Red aramid and black carbon create a distinctive woven pattern that provides aesthetic value for visible composite parts without additional painting or decoration.
Balanced performance
Hybrid construction offers 30-40 percent higher impact resistance than all-carbon fabric while maintaining 70-80 percent of carbon-only tensile properties.
Technical specifications
Fiber typeAramid (red) + Carbon (black)
Tow/Yarn size3K carbon + 1000D aramid
Areal weight200-350 gsm
Weave patternPlain / Twill / Custom
Tensile strength3,200-4,200 MPa
Tensile modulus180-200 GPa
Elongation at break1.8-2.5%
Pattern detail
Weave pattern close-up
Real life application
Application example
Cubic square pattern
Cubic square texture
Application scenarios
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Automotive interiors: Used in dashboard trim, center console panels, and door inserts where red/black visual contrast adds sporty aesthetic appeal.
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Aerospace cabin components: Applied in overhead bins, divider panels, and seat back structures requiring impact resistance with reduced weight.
●
Sports equipment: Incorporated in helmet shells, protective gear, and high-performance bicycle frames where impact protection is critical.
●
Marine applications: Used in deck fittings, hatch covers, and hull reinforcements requiring corrosion resistance and impact tolerance.
Frequently asked questions
Comparison to all-carbon fabric
Hybrid fabric offers 30-40 percent higher impact resistance and toughness compared to all-carbon fabric. Tensile strength is reduced by 20-30 percent, but elongation at break increases from 1.2-1.5 percent to 1.8-2.5 percent, providing better damage tolerance in applications subject to impact loading.
Color stability of aramid fibers
The red aramid fibers are solution-dyed, providing color stability against UV exposure. After 500 hours QUV testing per ASTM G154, color change Delta E is less than 2.0. For outdoor applications, a UV-resistant clear coat is recommended to extend color retention.
Resin compatibility and processing
Compatible with epoxy, vinyl ester, and polyester resin systems. The aramid component requires proper wet-out due to lower surface energy. For best results, use low-viscosity resin and apply vacuum pressure of 0.08-0.1 MPa. Cure temperature not to exceed 180°C to prevent aramid degradation.
Handling and processing notes
Cutting: Use carbide-tipped blades or waterjet cutting. Aramid fibers are abrasion-resistant and may dull standard blades quickly. Replace cutting tools frequently.
Layup: Apply 10-15 percent higher compaction pressure than all-carbon fabrics to ensure full resin penetration into the aramid yarns.
Post-processing: Sanding requires water-based methods to prevent dust accumulation. Aramid dust may cause skin irritation; wear appropriate PPE during machining.
Storage and shelf life
Store in moisture-proof packaging at 5-25°C, RH below 50 percent.
Shelf life: 18 months from manufacture date in unopened packaging.
After opening, use within 10 days. Reseal with moisture barrier tape.
i All fabric lots tested for areal weight per ASTM D3776, tensile properties per ASTM D3039. Color fastness verified per AATCC 16. Custom aramid/carbon ratios available upon request.
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About Us
Jiangyin Dongli New Materials Technology Co., Ltd.
Founded in 2018, Jiangyin Dongli New Materials Technology Co., Ltd. specializes in the comprehensive development and manufacturing of high-performance fiber composite materials. We are China Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric Manufacturers and Custom Red/Black Aramid Carbon Mixed Carbon Fiber Woven Fabric Factory. Located in a 32,000-square-meter industrial complex, the company features precision-controlled production environments, including climate-regulated workshops and 100,000-grade purification zones.
As a one-stop factory with full process control, we integrate material innovation with engineering expertise to serve industries such as aerospace, automotive and sports equipment development. Our capabilities include the R&D and production of high-performance fiber fabrics through weaving and prepreg processes, as well as composite products utilizing autoclave, RTM, RMCP, PCM, WCM, and spraying technologies.
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