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  • 300g Plain Weave Carbon Fiber Cloth – High Strength, Lightweight Composite Material for Industrial & Structural Applications

    300g Plain Weave Carbon Fiber Cloth – High Strength, Lightweight Composite Material for Industrial & Structural Applications

    Features

    • Tight plain weave structure for balanced strength (0°/90°) and smooth surface
    • 300gsm areal weight (0.45mm typical) balances thickness and flexibility
    • High-grade 6K/12K carbon fiber, tensile strength 3800-4300 MPa, modulus 230-245 GPa
    • Compatible with epoxy, polyester, vinyl ester resins; easy to process
    • UV-stable, corrosion-resistant, and consistent quality across every roll. 

      Technical Specifications
      Specification
      Value
      Areal Weight
      300 g/m² (300gsm)
      Weave Pattern
      Plain Weave (0°, 90°)
      Thickness
      0.45 mm (Typical)
      Resin Compatibility
      Epoxy, Polyester, Vinyl Ester
      Standard Size
      1000mm width, 50m/100m roll

      Core Advantages

      • Excellent strength-to-weight ratio (lighter than steel, superior strength)
      • Cost-effective: single layer replaces multiple lighter layers
      • Easy to cut, lay up, and impregnate with resin (for pros & DIY)
      • Durable for harsh/outdoor environments; versatile applications

      Key Applications

      Aerospace, automotive (including EV/racing), construction (concrete reinforcement), sports equipment, marine components, industrial parts.
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  • 3K 200g Twill Weave Carbon Fiber Cloth – High Flexibility and high Strength Composite Material

    3K 200g Twill Weave Carbon Fiber Cloth – High Flexibility and high Strength Composite Material

    Features

    • 3K 2×2 twill weave: flexible for curved surfaces, balanced 0°/90° strength
    • 200gsm (0.32mm typical): lightweight yet durable for thin laminates
    • 3K carbon fiber: tensile strength 3600-4000 MPa, modulus 220-235 GPa
    • Resin-compatible, easy to process; UV-stable and corrosion-resistant

    Core Technical Specifications

    Specification
    Value
    Areal Weight
    200 g/m² (200gsm)
    Weave Pattern
    2×2 Twill Weave (0°, 90° Fiber Orientation)
    Fiber Type
    100% 3K Carbon Fiber Filaments
    Thickness
    0.32 mm (Typical)
    Tensile Strength
    3600 – 4000 MPa
    Tensile Modulus
    220 – 235 GPa
    Standard Size
    1000mm (40”) width, 50m/100m roll; custom sizes available
    Resin Compatibility
    Epoxy, Polyester, Vinyl Ester
    Color
    Black (standard); custom colors on request

    Core Advantages

    • More flexible than plain weave, fits complex curved surfaces
    • Excellent strength-to-weight ratio (lighter than steel)
    • Easy to cut/lay up, suitable for pros & DIY
    • Sleek twill look, cost-effective for thin laminates

    Key Applications

    Automotive (body kits, EV parts), aerospace, sports equipment, marine components, DIY/custom composites.

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  • 3K 240g Carbon Fiber Football Pattern Fabric – High Gloss Hexagonal Honeycomb Weave

    3K 240g Carbon Fiber Football Pattern Fabric – High Gloss Hexagonal Honeycomb Weave

    Product Description

    Our 3K 240g Carbon Fiber Football Pattern Fabric is crafted with advanced jacquard weaving technology, presenting a neat and uniform hexagonal honeycomb pattern that replicates the classic soccer ball surface texture. The 3K carbon fiber tow ensures fine and delicate grain, while the 240gsm weight balances flexibility and structural stability—soft enough to fit complex curved surfaces, yet sturdy enough to provide basic reinforcement. The fabric features a subtle matte-to-glossy carbon fiber luster, which becomes more prominent after pre-impregnation, adding a high-end and sophisticated touch to any product it adorns.
    Unlike printed or embossed football pattern fabrics, our woven carbon fiber football pattern is integrally formed during the weaving process, ensuring the pattern is firm, scratch-resistant, and not easy to fade or peel. It is available in both unidirectional and bidirectional weaving options, with a standard width of 100cm (customizable up to 150cm) to accommodate different production needs. Whether you are looking for decorative materials for high-end products or lightweight reinforcement fabrics, this 3K 240g carbon fiber football pattern fabric delivers exceptional performance and visual appeal.

    Technical Specifications

    Specification Item
    Details
    Product Name
    3K 240g Carbon Fiber Football Pattern Fabric
    Fiber Type
    100% Carbon Fiber (PAN-based)
    Tow Size
    3K (3000 Filaments per Tow)
    Weave Pattern
    Football Pattern (Hexagonal Honeycomb Weave)
    Grammage (Weight)
    240gsm (±5gsm)
    Width
    Standard: 100cm (Customizable: 80-150cm)
    Thickness
    0.22-0.25mm (±0.02mm)
    Weaving Technology
    Jacquard Weaving (Integrally Woven Pattern)
    Color
    Natural Carbon Fiber Color (Deep Grayish Black with Carbon Luster)
    Finish
    Matte to Semi-Gloss (Customizable to High Gloss)
    Moisture Content
    ≤0.5%
    Tensile Strength
    ≥3500MPa
    Elongation at Break
    ≥1.5%
    Packaging
    Roll Packaging (Plastic Film + Carton, 50m/roll or 100m/roll)

    Product Advantages

    • Unique Aesthetic Appeal: Classic hexagonal honeycomb (football) pattern, 3K fine texture, and natural carbon fiber luster make it stand out from ordinary carbon fiber fabrics. It adds a high-end, sporty touch to products, suitable for premium decorative scenarios.
    • Superior Durability: Integrally woven pattern (not printed/embossed) ensures scratch resistance, fade resistance, and no peeling. 100% PAN-based carbon fiber material offers excellent corrosion resistance and long service life.
    • Excellent Moldability: 240gsm weight and flexible texture allow easy fitting of complex curved surfaces (such as automotive dashboards, 3C casings, and model parts), reducing processing difficulty and improving production efficiency.
    • Lightweight & High Strength: Typical carbon fiber advantages—lightweight (1/4 the weight of steel) and high tensile strength, providing basic reinforcement while not increasing the overall weight of the product.
    • Customizable Options: Support customization of width, weight, finish (matte/high gloss), and roll length to meet different production and design needs of customers.
    • Eco-Friendly & Non-Toxic: Made of non-toxic, environmentally friendly materials, complying with international environmental standards (RoHS, REACH), safe for use in interior and consumer products.

    Applications

    Our 3K 240g Carbon Fiber Football Pattern Fabric is widely used in various industries due to its unique appearance and reliable performance. Key applications include:
    • Automotive Industry: Automotive interior modification (dashboard, door panels, center console, steering wheel covers), exterior decorative parts (body stickers, spoilers), and racing car accessories.
    • 3C Products: Casings for smartphones, tablets, laptops, headphones, and game consoles; decorative panels for electronic devices.
    • High-End Luggage & Accessories: Luggage shells, backpacks, handbags, watch straps, and wallet decorations—adding a premium and sporty texture.
    • Model & Hobby: RC car bodies, aircraft models, ship models, and other hobby crafts, enhancing the visual appeal and structural stability of models.
    • Decorative Panels: Interior decorative panels for homes, offices, and commercial spaces (walls, ceilings, furniture surfaces), creating a modern and high-end atmosphere.
    • Sports Equipment: Decorative parts for sports equipment such as bicycle frames, golf clubs, and tennis racket.
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  • 3K 200g Plain Weave Carbon Fiber Cloth – High Strength, Lightweight Composite Fabric

    3K 200g Plain Weave Carbon Fiber Cloth – High Strength, Lightweight Composite Fabric

    Key Features

    • Premium 3K Carbon Fiber Material: Woven with 3K carbon fiber bundles (3000 filaments per strand), ensuring excellent tensile strength and modulus. The high-quality carbon fiber yarn guarantees consistent performance and long-term durability[7].
    • Classic Plain Weave Pattern: 1×1 plain weave structure creates a tight, uniform grid pattern with numerous interlacing points, making the fabric firm, wear-resistant, and flat. It offers better dimensional stability and is less likely to distort during processing compared to twill weave alternatives.
    • Optimal Areal Weight: 200g/m² areal weight provides an ideal balance of strength and lightness, suitable for multiple layers lamination or single-layer skinning applications. It is lightweight enough to reduce overall product weight while maintaining structural integrity[5].
    • Excellent Compatibility: Fully compatible with epoxy, polyester, and vinyl ester resins, supporting wet-lay, vacuum bagging, and resin infusion manufacturing processes. It bonds tightly with resins to form high-strength composite parts.
    • Superior Physical Properties: Features low thermal expansion coefficient, high temperature resistance, corrosion resistance, and UV stability. It is also electrically conductive and offers excellent shock absorption and fatigue resistance.

    • Customizable Specifications: Available in custom widths (10cm-150cm) and roll lengths, supporting weave lock customization to meet specific project requirements. We can also provide CNC cutting services for precise shapes and sizes.

      Technical Specifications (Core)

      Specification
      Value
      Fiber Tow Size
      3K (3000 Filaments per Bundle)
      Weave Pattern
      1×1 Plain Weave
      Areal Weight
      200g/m² (±5g/m²)
      Tensile Strength
      ≥4120MPa (Fiber)
      Compatible Resins
      Epoxy, Polyester, Vinyl Ester

      Main Applications

      Aerospace & defense, automotive & motorsports, sports equipment, industrial & construction, consumer electronics & decorative products.
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  • Bidirectional Twill Weave 240g Carbon Fiber Cloth

    Bidirectional Twill Weave 240g Carbon Fiber Cloth

    Key Features

    • Bidirectional 2×2 twill weave: balanced 0°/90° strength, flexible for curved surfaces
    • 240gsm (0.38mm typical): ideal balance of weight and durability for medium-thin laminates
    • High-grade carbon fiber: tensile strength 3700-4100 MPa, modulus 225-240 GPa
    • Resin-compatible, easy to process; UV-stable and corrosion-resistant

    Core Technical Specs

    Specification
    Value
    Areal Weight
    240 g/m² (240gsm)
    Weave/ Fiber
    2×2 Bidirectional Twill, 100% Carbon Fiber
    Thickness
    0.38 mm (Typical)
    Size
    1000mm width, 50m/100m roll (custom available)

    Core Advantages

    • Bidirectional strength: balanced performance in 0°/90° directions, better than unidirectional cloth
    • Excellent strength-to-weight ratio (lighter than steel, high load-bearing capacity)
    • Easy to cut/lay up, suitable for pros & DIY, fits complex curved surfaces
    • Sleek twill look, cost-effective for medium-thin laminates

    Key Applications

    Automotive (body kits, EV parts), aerospace, sports equipment, marine components, structural reinforcement, DIY/custom composites.

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  • Carbon Fibre Tube – High Strength Lightweight Round/Square Carbon Fiber Tubing

    Carbon Fibre Tube – High Strength Lightweight Round/Square Carbon Fiber Tubing

    Product Description

    Our Carbon Fibre Tube is crafted using advanced pultrusion and roll-wrapping technology, ensuring uniform fiber distribution and consistent mechanical performance across every section. The tube features a smooth, high-gloss or matte finish (customizable), with tight dimensional tolerance and excellent straightness, making it easy to cut, drill, and assemble for various projects. Unlike traditional metal tubes, carbon fibre tubing offers an unparalleled strength-to-weight ratio—weighing up to 70% less than steel while maintaining higher tensile strength, reducing overall weight without compromising structural integrity.
    Available in multiple sizes, wall thicknesses, and configurations (round, square, rectangular), our carbon fibre tube is designed to meet diverse customer needs. The tube is made of high-quality carbon fiber filaments, combined with epoxy resin, ensuring excellent resistance to corrosion, UV radiation, and chemical damage. Whether used for structural support, decorative applications, or high-performance components, our carbon fibre tube delivers reliability, longevity, and aesthetic appeal.

    Technical Specifications

    Specification Item
    Details
    Product Name
    Carbon Fibre Tube (Carbon Fiber Tubing)
    Material
    100% PAN-based Carbon Fiber + Epoxy Resin
    Manufacturing Process
    Pultrusion, Roll Wrapping (Customizable for Special Requirements)
    Shapes Available
    Round, Square, Rectangular (Custom Shapes Acceptable)
    Outer Diameter (Round Tube)
    5mm – 200mm (Customizable)
    Wall Thickness
    0.5mm – 10mm (±0.05mm Tolerance)
    Length
    Standard: 1000mm, 2000mm, 3000mm (Customizable up to 6000mm)
    Tensile Strength
    ≥3800MPa
    Flexural Strength
    ≥2500MPa
    Density
    1.6 – 1.8g/cm³
    Finish
    High Gloss, Matte, or Sandblasted (Customizable)
    Color
    Natural Carbon Fiber (Deep Grayish Black), Custom Colors Available
    Temperature Resistance
    -50℃ to +120℃ (Continuous Use); Up to 180℃ (Short-Term Use)
    Corrosion Resistance
    Resistant to Water, Chemicals, UV Radiation, and Salt Spray
    Packaging
    Plastic Film + Foam + Carton, or Custom Packaging as Required

    Product Advantages

    • Exceptional Strength-to-Weight Ratio: 70% lighter than steel, 30% lighter than aluminum, yet with higher tensile strength. Reduces overall weight of products while ensuring structural stability and load-bearing capacity.
    • Superior Durability & Corrosion Resistance: Resistant to water, salt spray, chemicals, and UV radiation, not easy to rust or degrade. Suitable for indoor, outdoor, and harsh industrial environments, with a long service life.
    • Excellent Dimensional Stability: Tight tolerance (±0.05mm), good straightness, and no deformation under temperature changes or long-term use. Ensures precise fit and easy assembly in various applications.
    • Easy to Process: Can be easily cut, drilled, tapped, and bonded with standard tools, reducing processing time and cost. Suitable for custom modifications and quick installation.
    • Versatile Configurations: Available in round, square, rectangular shapes, and various sizes/wall thicknesses. Custom shapes, lengths, and finishes are supported to meet specific project needs.
    • Aesthetic Appeal: Natural carbon fiber texture with high-gloss or matte finish, adding a high-end, modern touch to products. Ideal for decorative and visible applications.
    • Eco-Friendly & Non-Toxic: Complies with international environmental standards (RoHS, REACH), made of non-toxic materials, safe for use in consumer products and industrial applications.

    Applications

    Our Carbon Fibre Tube is widely used in various industries due to its lightweight, high-strength, and corrosion-resistant properties. Key applications include:
    • Aerospace & Aviation: Aircraft components, drone frames, UAV arms, satellite structures, and helicopter parts—reducing weight to improve fuel efficiency and performance.
    • Automotive Industry: Racing car roll cages, chassis components, exhaust pipes, body frames, and interior decorative parts. Enhances performance while reducing vehicle weight.
    • Sports Equipment: Bicycle frames, handlebars, seat posts, golf club shafts, tennis rackets, and kayak paddles. Provides lightweight, high-strength support for athletes.
    • Industrial & Mechanical: Structural supports, conveyor rollers, robotic arms, machine parts, and marine components (boat masts, hull supports). Resistant to harsh industrial and marine environments.
    • 3C & Consumer Products: Tripod legs, camera stabilizers, drone accessories, and high-end furniture supports. Combines functionality with aesthetic appeal.
    • Model & Hobby: RC car frames, aircraft models, ship models, and model rocket bodies. Lightweight and sturdy, ideal for hobby and DIY projects.
    • Medical Equipment: Lightweight supports for medical devices, rehabilitation equipment, and surgical instruments—ensuring portability and durability.
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  • Carbon Fiber Flat Bars | High Strength & Lightweight | Custom Sizes

    Carbon Fiber Flat Bars | High Strength & Lightweight | Custom Sizes

    Carbon Fiber Flat Bars – Ultimate Performance for Demanding Applications

    Our carbon fiber flat bars are engineered to deliver exceptional strength-to-weight ratio and durability in a versatile flat profile. Manufactured using high-grade carbon fiber filaments and epoxy resin, these flat bars are the go-to solution for applications where weight reduction, stiffness, and corrosion resistance are critical.
    Whether you are building lightweight structures, custom machining parts, or high-performance components, our carbon fiber flat bars offer consistent performance and superior quality compared to traditional metal alternatives.

    Technical Specifications

    Parameter Specification
    Material 100% Virgin Carbon Fiber + High-Grade Epoxy Resin
    Density Approximately 1.5 – 1.8 g/cm³
    Tensile Strength Up to 500 – 700 MPa
    Modulus of Elasticity 30 – 60 GPa
    Color Matte Black / Glossy Finish (Optional)
    Cutting Tolerance ±0.1 mm (Length), ±0.05 mm (Width/Thickness)
    Temperature Resistance Continuous Use: -40°C to 80°C
    Water Absorption < 0.5% (24h immersion)
    Customization Length, Width, Thickness, and Surface Finish 均可定制

    Key Advantages

    1. Exceptional Strength-to-Weight RatioOur flat bars are significantly lighter than aluminum and steel while offering comparable or higher tensile strength. This reduces overall weight without compromising structural integrity.
    2. Superior Corrosion & Chemical ResistanceUnlike metal parts, our carbon fiber composite is immune to rust, oxidation, and most chemical corrosives, making it ideal for harsh environments and outdoor applications.
    3. Non-Conductive & Non-MagneticThey possess excellent electrical insulation properties and are non-magnetic, suitable for electronic enclosures, MRI equipment, and electrical applications.
    4. Low Thermal ExpansionMinimal expansion under temperature changes ensures dimensional stability and precision in precision machined components.
    5. Durability & LongevityResistant to wear, tear, and fatigue, our products ensure a long service life even under continuous stress and heavy load conditions.
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  • Colored Carbon Fibre Sheet – High-Strength, Aesthetic & Lightweight Composite

    Colored Carbon Fibre Sheet – High-Strength, Aesthetic & Lightweight Composite

    Features

    • Vibrant, Long-Lasting Color: Advanced coloring technology ensures color fastness, UV-stable, no fading under sunlight or harsh environments; customizable color options available.
    • Premium Carbon Fibre Base: Made of 3K/6K carbon fibre, thin sheet design (≤5mm) for flexibility and easy processing, maintains high structural strength.
    • Balanced Performance: Excellent strength-to-weight ratio (lighter than steel, high tensile strength), bidirectional or unidirectional fiber orientation for balanced load-bearing.
    • Easy to Process: Simple to cut, drill, and laminate; compatible with common resins, suitable for hand lay-up and automated manufacturing.
    • Durable & Versatile: Corrosion-resistant, moisture-proof, and impact-resistant, adaptable to diverse indoor/outdoor applications. 

      Specification Category

      		 Specification Item Common Values & Custom Options
      Basic Dimensional Specifications Thickness 0.5–100mm (common: 1.2mm, 1.4mm); ultra-thin 0.3–0.8mm (for 3C products); custom thickness available
      Width Standard: 50mm, 100mm, 1000mm; custom: 50–2000mm
      Length Standard: 50m, 100m (rolls); custom: 2–10m (for large structural parts)
      Fiber & Weave Specifications Fiber Type Common:1k,1.5k,2k, 3K, 6K, 12K;
      Fiber Orientation Unidirectional (single-directional strength); Bidirectional (balanced 0°/90°, e.g., 2×2 twill weave), Twill/Plain/Ud/Jacquard/Mix Woven/
      Fiber Volume Content ≥65% (standard for high-performance boards)
      Mechanical Property Specifications Tensile Strength General grade: ≥2000MPa; High-strength grade: ≥2400MPa; T800-grade: up to 3000MPa
      Tensile Modulus 140–240GPa (varies by fiber grade)
      Elongation at Break ≥1.70% (standard)
      Resin & Material Specifications Resin Type Epoxy (most common); Polyester, Vinyl Ester; High-temperature resistant resin (special environments)
      Resin Content 34–42% (varies by application)
      Density 1.20–1.80g/cm³ (depends on fiber/resin ratio)
      Special Performance Specifications Flame Retardancy UL94 V-0/V-1 (for 3C products)
      UV & Corrosion Resistance Standard for outdoor/harsh environment applications
      Warpage ≤0.8mm (within 500mm×500mm, for precision 3C products)

      Advantages

      • Aesthetic & Functional Integration: Combines sleek colored finish with carbon fibre’s high strength, eliminating the need for post-painting (saves time and cost).
      • Superior Strength-to-Weight Ratio: Lighter than steel and aluminum, high load-bearing capacity, ideal for weight-sensitive applications.
      • Color Durability: UV-stable and fade-resistant, maintains vibrant color even in outdoor or harsh environments.
      • Easy Processing: Flexible, easy to cut, drill, and laminate; no special equipment needed, suitable for pros and DIY projects.
      • Versatile Applications: Adapts to decorative and structural needs, suitable for multiple industries and custom projects.

      Applications

      • Automotive: Interior trim, dashboard panels, body accents, racing car decorative parts
      • Aerospace: Aircraft interior panels, decorative components (where weight and aesthetics matter)
      • Sports Equipment: Bicycle frames, golf club handles, kayak accents, ski/snowboard decorative parts
      • DIY & Custom Projects: Custom molds, decorative panels, 3D printing substrates, hobby crafts
      • Electronics: 3C product casings (phones, laptops), decorative covers for electronic devices
      • Architecture: Interior decorative panels, wall cladding, furniture accents
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  • High-Strength Carbon Fiber Board | Lightweight, Corrosion-Resistant Composite Panel

    High-Strength Carbon Fiber Board | Lightweight, Corrosion-Resistant Composite Panel

    Carbon Fiber Board: High-Performance Composite Solution

    Our premium carbon fiber board is made of carbon fiber filaments and epoxy resin, crafted via advanced molding processes. It outperforms steel, aluminum, and wood with exceptional strength, lightweight design, and durability, suitable for demanding industrial and commercial applications.

    Key Specifications

    Specification Category

    		 Specification Item Common Values & Custom Options
    Basic Dimensional Specifications Thickness 0.5–100mm (common: 1.2mm, 1.4mm); ultra-thin 0.3–0.8mm (for 3C products); custom thickness available
    Width Standard: 50mm, 100mm, 1000mm; custom: 50–2000mm
    Length Standard: 50m, 100m (rolls); custom: 2–10m (for large structural parts)
    Fiber & Weave Specifications Fiber Type Common:1k,1.5k,2k, 3K, 6K, 12K;
    Fiber Orientation Unidirectional (single-directional strength); Bidirectional (balanced 0°/90°, e.g., 2×2 twill weave), Twill/Plain/Ud/Jacquard/Mix Woven/
    Fiber Volume Content ≥65% (standard for high-performance boards)
    Mechanical Property Specifications Tensile Strength General grade: ≥2000MPa; High-strength grade: ≥2400MPa; T800-grade: up to 3000MPa
    Tensile Modulus 140–240GPa (varies by fiber grade)
    Elongation at Break ≥1.70% (standard)
    Resin & Material Specifications Resin Type Epoxy (most common); Polyester, Vinyl Ester; High-temperature resistant resin (special environments)
    Resin Content 34–42% (varies by application)
    Density 1.20–1.80g/cm³ (depends on fiber/resin ratio)
    Special Performance Specifications Flame Retardancy UL94 V-0/V-1 (for 3C products)
    UV & Corrosion Resistance Standard for outdoor/harsh environment applications
    Warpage ≤0.8mm (within 500mm×500mm, for precision 3C products)

    Core Advantages

    • Ultra-high strength-to-weight ratio, lighter than steel/aluminum but stronger
    • Superior corrosion/weather resistance, no rust, suitable for harsh environments
    • Excellent dimensional stability in extreme temperatures (-50℃~200℃)
    • Easy customization, low maintenance, eco-friendly and durable

    Main Applications

    Widely used in aerospace, automotive, construction, sports equipment, electronics, marine, industrial, and medical fields.
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  • 12K 600G Bidirectional Carbon Fiber Twill Fabric | High-Strength PAN-Based

    12K 600G Bidirectional Carbon Fiber Twill Fabric | High-Strength PAN-Based

    Features

    • 12K fiber tow (12,000 filaments/tow, 7μm diameter) for heavy-duty structural use
    • 600gsm areal weight (0.5–0.6mm thickness), ideal for load-bearing components
    • Bidirectional design for balanced strength; 2×2 twill weave for good drapability and iconic look
    • Available as dry fabric or epoxy pre-preg; optional TiN/TiCN/TiAlN coatings

    Key Technical Specs

    Parameter
    Specification
    Fiber Type
    100% PAN-Based Carbon Fiber
    Tow Size
    12K (12,000 Filaments)
    Tensile Strength
    ≥4000 MPa
    Tensile Modulus
    ≥230 GPa
    Standard Width/Roll
    1m (custom up to 2m); 50m/100m

    Advantages

    • Exceptional strength-to-weight ratio, lighter than steel/aluminum with high rigidity
    • Balanced bidirectional performance and superior corrosion/fatigue resistance
    • Easy to process (good drapability) and cost-effective for industrial use
    • Iconic twill look and customizable options

    Applications

    Key uses: Aerospace (UAVs, aircraft parts), automotive (EVs, racing cars), marine (hulls, masts), renewable energy (wind turbine blades), industrial machinery, sports equipment, and custom composites.
    We offer high-quality, consistent rolls with flexible supply options. Contact us for samples or custom specs.
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  • Carbon Road Handlebars | Lightweight, Aerodynamic & Durable for Cyclists

    Carbon Road Handlebars | Lightweight, Aerodynamic & Durable for Cyclists

    Our carbon road handlebars are engineered for serious road cyclists who demand the perfect balance of lightweight construction, aerodynamic efficiency, and all-day comfort. Crafted from high-modulus carbon fiber, these handlebars deliver superior stiffness for power transfer, while absorbing road vibrations to reduce fatigue—whether you’re sprinting to the finish line, logging long endurance miles, or tackling challenging climbs.
    Unlike aluminum handlebars, our carbon road handlebars combine exceptional strength with minimal weight, helping you cut seconds off your pace and ride longer without compromising control. Available in multiple drop styles, widths, and rises, we have the perfect carbon road handlebars to match your riding style, bike setup, and performance goals.

    Technical Specifications

    Parameter
    Specification
    Material
    High-Modulus Carbon Fiber (3K/12K Weave) + Epoxy Resin
    Weight Range
    180g – 280g (Depends on Width & Drop Style)
    Handlebar Width
    380mm, 400mm, 420mm, 440mm (Custom Widths Available)
    Drop Style
    Compact Drop, Traditional Drop, Aero Drop
    Clamp Diameter
    31.8mm (Standard) / 25.4mm (Optional)
    Tensile Strength
    600 – 800 MPa
    Vibration Damping
    Excellent (30% Better Than Aluminum)
    Finish
    Matte/Glossy Carbon Weave, UD (Unidirectional) Option
    Compatibility
    All Road Bikes, Triathlon Bikes, Gravel Bikes (Adjustable Fit)
    Certification
    EN 14781 (Cycling Safety Standard), ISO 9001

    Key Advantages of Our Carbon Road Handlebars

    • Ultra-Lightweight Construction – Crafted with high-modulus carbon fiber, our handlebars are 20-30% lighter than aluminum alternatives, reducing overall bike weight for faster acceleration and easier climbs. Every gram saved translates to better performance on the road.
    • Superior Aerodynamics – Streamlined profiles (especially aero drop styles) reduce wind resistance, helping you maintain higher speeds with less effort. The smooth carbon surface and optimized shape minimize drag, perfect for time trials and long-distance rides.
    • Exceptional Vibration Damping – Carbon fiber’s natural shock-absorbing properties reduce road vibrations, easing hand and wrist fatigue during extended rides. Say goodbye to numbness and stay comfortable even on rough pavement.
    • High Stiffness & Power Transfer – Rigid carbon construction ensures maximum power transfer from your hands to the bike, so every pedal stroke translates to forward momentum. No flex, no energy waste—ideal for sprints and climbs.
    • Durable & Corrosion-Resistant – Unlike metal handlebars, carbon fiber is immune to rust, oxidation, and wear, ensuring long-lasting performance even in harsh weather conditions. Built to withstand the demands of regular training and racing.
    • Ergonomic Design – Multiple drop styles and widths cater to different riding positions: compact drops for comfort, traditional drops for classic road geometry, and aero drops for speed. The ergonomic shape reduces pressure points and improves grip.

    Ideal Applications

    Our carbon road handlebars are designed for a wide range of road cycling disciplines, perfect for:
    • Road Racing – Sprinting, criteriums, and road races where speed, stiffness, and weight savings are critical.
    • Endurance Cycling – Long-distance rides, gran fondos, and century rides where comfort and vibration damping matter most.
    • Triathlons & Time Trials – Aero drop handlebars reduce wind resistance, helping athletes set personal bests.
    • Recreational Road Cycling – Casual riders who want to upgrade their bike’s performance and comfort without sacrificing style.
    • Gravel Cycling – Durable, shock-absorbent options for gravel roads, balancing comfort and control on uneven terrain.
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  • 3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV – High Strength Lightweight

    3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV – High Strength Lightweight

    Product Description

    Our 3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV are crafted from high-quality 3K PAN-based carbon fiber plate, combined with advanced molding and cutting technology to ensure uniform fiber distribution and consistent mechanical performance. The 3K carbon fiber tow provides a fine, delicate texture, while the high-strength epoxy resin matrix enhances structural stability and impact resistance—making the drone frame and spare parts lightweight yet sturdy enough to withstand harsh flying conditions, including wind, vibration, and minor collisions.
    The drone frame is designed with aerodynamic principles in mind, reducing air resistance during flight and improving battery efficiency. All spare parts (including drone arms, landing gear, mounting plates, and reinforcement components) are precision-cut to tight tolerances, ensuring perfect fit and easy assembly with standard drone components. The surface features a smooth matte or high-gloss finish (customizable), showcasing the natural carbon fiber texture and adding a high-end, professional touch to your drone.
    Unlike traditional plastic or metal drone components, our 3K carbon fiber products offer an unparalleled strength-to-weight ratio, reducing the overall weight of the drone without compromising structural integrity. This not only extends flight time but also enhances maneuverability and stability. All products are rigorously tested for load-bearing capacity, impact resistance, and corrosion resistance, ensuring they meet the high standards of UAV applications.

    Technical Specifications

    Specification Item
    Details
    Product Name
    3K Carbon Fiber Plate Drone Frame and Spare Parts for UAV
    Material
    3K PAN-based Carbon Fiber Plate + High-Grade Epoxy Resin
    Fiber Tow Size
    3K (3000 Filaments per Tow)
    Weave Pattern
    Plain Weave / Twill Weave (Customizable)
    Plate Thickness
    0.8mm – 5mm (±0.05mm Tolerance, Customizable)
    Drone Frame Size
    Customizable (Suitable for 150mm – 1000mm Drone Sizes)
    Tensile Strength
    ≥3600MPa
    Flexural Strength
    ≥2400MPa
    Density
    1.6 – 1.7g/cm³
    Finish
    Matte / High Gloss (Sandblasted Finish Available)
    Color
    Natural Carbon Fiber (Deep Grayish Black), Custom Colors Acceptable
    Temperature Resistance
    -40℃ to +120℃ (Continuous Use)
    Corrosion Resistance
    Resistant to Water, UV Radiation, and Chemicals
    Processing Technology
    Precision Cutting, Molding, Polishing, Drilling
    Spare Parts Included
    Drone Arms, Landing Gear, Mounting Plates, Reinforcement Bars, Screws (Customizable)
    Packaging
    EPE Foam + Plastic Bag + Carton (Anti-Collision Packaging)

    Product Advantages

    • Superior Strength-to-Weight Ratio: 3K carbon fiber material is 50% lighter than aluminum and 70% lighter than steel, while maintaining higher tensile and flexural strength. Reduces drone weight, extends flight time, and improves maneuverability.
    • Excellent Rigidity & Impact Resistance: High-quality carbon fiber plate and epoxy resin combination ensures strong rigidity, effectively resisting deformation and vibration during flight. Can withstand minor collisions without damage, enhancing drone durability.
    • Precision Craftsmanship & Perfect Fit: Advanced precision cutting and molding technology, tight dimensional tolerance (±0.05mm), ensuring all spare parts fit perfectly with standard drone components. Easy to assemble and replace.
    • Corrosion & UV Resistant: Resistant to water, UV radiation, and chemicals, suitable for outdoor and harsh environments (such as agricultural and industrial UAV operations). No rust or degradation, long service life.
    • Customizable Solutions: Support customization of drone frame size, plate thickness, weave pattern, finish, and spare parts combination to meet the specific needs of different UAV models (consumer, industrial, agricultural).
    • Aerodynamic Design: Drone frame is designed with aerodynamic principles, reducing air resistance and improving flight stability and battery efficiency. Ideal for long-endurance drone applications.
    • High-End Aesthetic: Natural 3K carbon fiber texture with matte or high-gloss finish, adding a professional and premium look to drones. Suitable for high-end drone products and DIY projects.
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