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Custom Yellow/black I-beam Aramid Carbon Blend
Home / Product / Carbon Fiber Woven Cloth / Aramid-Carbon Mixed Fabric / Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend
  • Yellow/black I-beam Aramid Carbon Blend

Yellow/black I-beam Aramid Carbon Blend

Yellow/black I texturedaramid carbon fiber woven fabric is interlaced with yellow aramid fiber and black carbon fiber, combining the characteristics of both materials. Aramid fiber has tensile strength, impact resistance and cut resistance, while carbon fiber is known for its high strength, high modulus and lightweight. The hybrid design enhances the fabric's fatigue resistance and crack resistance. They are suitable for wide application in aerospace, automotive, sporting goods, industrial protection and other 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 COMPOSITE
Yellow/Black I-beam Aramid Carbon Blend
PN: HC-IB-2025
200-350 gsm Areal Weight
2.8-3.2 GPa Aramid Tensile
230-240 GPa Carbon Modulus
I-beam fabric
Zigzag pattern detail
I-beam weave close-up
Weave Architecture
The I-beam pattern features alternating yellow aramid and black carbon yarns arranged in a structural reinforcement geometry. This configuration provides directional stiffness enhancement while maintaining the impact resistance of aramid fibers. The geometric pattern remains visible after lamination.
Product Overview

I-beam patterned hybrid fabric combining yellow para-aramid (Kevlar-type) fibers with black carbon fiber in a specialized weave architecture that creates a distinctive geometric visual effect. The I-beam reinforcement pattern provides directional stiffness enhancement along the warp direction while maintaining the impact resistance of aramid. Available in 200-350 gsm areal weight with standard widths of 100-1,500 mm. The yellow aramid offers tensile strength of 2,800-3,200 MPa with elongation of 2.5-3.5 percent, while the black carbon delivers modulus of 230-240 GPa. This hybrid construction is suited for applications requiring both aesthetic distinction and mechanical performance.

Core Advantages
I-beam reinforcement
Directional stiffness enhancement along warp direction providing structural rigidity where required.
Aramid impact resistance
Energy absorption of 40-60 J/m² protecting against impact damage and catastrophic failure.
Carbon stiffness
Tensile modulus of 230-240 GPa ensuring dimensional stability and load-bearing capacity.
Visual distinction
Yellow and black contrast creates high-visibility geometric pattern for visible composite applications.
Technical Specifications
Aramid component Yellow para-aramid (Kevlar-type)
Carbon component 3K carbon fiber
Pattern type I-beam reinforcement weave
Areal weight 200-350 gsm
Aramid tensile strength 2,800-3,200 MPa
Carbon tensile modulus 230-240 GPa
Elongation at break 2.5-3.5%
Standard width 100-1,500 mm
Application Scenarios
Aerospace interiors Automotive customization Sports equipment Architectural elements Protective gear Marine components
Frequently Asked Questions
+ I-beam pattern orientation and performance
The I-beam pattern provides directional stiffness enhancement along the warp direction. For applications requiring multi-directional reinforcement, the fabric can be combined with 0/90 degree layups or used as a surface layer over structural core materials.
+ Color stability of yellow aramid
The yellow aramid fibers are solution-dyed, providing color retention under UV exposure. After 500 hours QUV testing, color change Delta E is below 2.5. For outdoor applications, a UV-resistant clear coat is recommended to extend color life.
+ Resin compatibility and processing
Compatible with epoxy, vinyl ester, and polyester resin systems. The aramid component requires adequate wet-out due to lower surface energy. Vacuum-assisted resin infusion is recommended for optimal fiber-matrix adhesion.
Handling & Storage
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Cutting: Use diamond-coated or carbide blades. Aramid fibers are highly abrasive and will wear standard steel tools rapidly.
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Layup: Apply uniform compaction pressure. The I-beam pattern requires consistent resin distribution to maintain visual clarity.
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Storage: Store in moisture-proof packaging at 5-25°C, RH below 50 percent. Shelf life: 18 months.
ⓘ All fabric tested for areal weight per ASTM D3776, tensile properties per ASTM D3039, and impact resistance per ASTM D7136. Custom I-beam patterns and 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 Yellow/black I-beam Aramid Carbon Blend Manufacturers and Custom Yellow/black I-beam Aramid Carbon Blend 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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