Name: Carbon Fiber Fabric
Brand: Heat Resistant Fabric Manufacturer | Heaterk
SKU: 00196
Availability: InStock
Rating: 5 (1 reviews)

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Description

- High-Performance Composite Solution -

Style	Warp Yarn	Weft Yarn	Weave Type	Warp Fiber Count (per 10mm)	Weft Fiber Count (per 10mm)	Weight (g/㎡)	Weight (oz/yd²)	Thickness (mm)	Thickness (in)	Width (cm)	Width (in)
HKC-CF01 P-50	1K	1K	Plain	4.5	4.5	50	1.47	0.07	0.003	100	39.37
HKC-CF01.5P-140	1.5K	1.5K	Plain	7.5	7.5	140	4.13	0.17	0.007	100	39.37
HKC-CF01.5T-140	1.5K	1.5K	Twill	7.5	7.5	140	4.13	0.17	0.007	100	39.37
HKC-CF012P-400	12K	12K	Plain	2.5	2.5	400	11.8	0.46	0.018	100	39.37
HKC-CF012P-480	12K	12K	Plain	3	3	480	14.16	0.52	0.02	100	39.37
HKC-CF012T-400	12K	12K	Twill	2.5	2.5	400	11.8	0.46	0.018	100	39.37
HKC-CF012T-480	12K	12K	Twill	3	3	480	14.16	0.52	0.02	100	39.37
HKC-CF012T-600	12K	12K	Twill	4	4	600	17.7	0.62	0.024	100	39.37
HKC-CF012T-800	12K	12K	Twill	5	5	800	23.59	0.76	0.03	100	39.37
HKC-CF01E-160	1K	1K	8H Satin	12	12	160	4.72	0.18	0.007	100	39.37
HKC-CF01P-100	1K	1K	Plain	7.5	7.5	100	2.95	0.14	0.006	100	39.37
HKC-CF01P-120	1K	1K	Plain	9	9	120	3.54	0.16	0.006	100	39.37
HKC-CF01P-90	1K	1K	Plain	6.5	6.5	90	2.65	0.12	0.005	100	39.37
HKC-CF01T-120	1K	1K	Twill	9	9	120	3.54	0.16	0.006	100	39.37
HKC-CF03E-320	3K	3K	8H Satin	8	8	320	9.44	0.36	0.014	100	39.37
HKC-CF03P-160	3K	3K	Plain	4	4	160	4.72	0.24	0.009	100	39.37
HKC-CF03P-180	3K	3K	Plain	4.5	4.5	180	5.31	0.25	0.01	100	39.37
HKC-CF03P-200	3K	3K	Plain	5	5	200	5.9	0.26	0.01	100	39.37
HKC-CF03P-220	3K	3K	Plain	5.5	5.5	220	6.49	0.28	0.011	100	39.37
HKC-CF03P-240	3K	3K	Plain	6	6	240	7.08	0.3	0.012	100	39.37
HKC-CF03P-280	3K	3K	Plain	7	7	280	8.26	0.32	0.013	100	39.37
HKC-CF03T-200	3K	3K	Twill	5	5	200	5.9	0.26	0.01	100	39.37
HKC-CF03T-220	3K	3K	Twill	5.5	5.5	220	6.49	0.28	0.011	100	39.37
HKC-CF03T-240	3K	3K	Twill	6	6	240	7.08	0.3	0.012	100	39.37
HKC-CF03T-280	3K	3K	Twill	7	7	280	8.26	0.32	0.013	100	39.37
HKC-CF06P-280	6K	6K	Plain	3.5	3.5	280	8.26	0.36	0.014	100	39.37
HKC-CF06P-320	6K	6K	Plain	4	4	320	9.44	0.38	0.015	100	39.37
HKC-CF06P-400	6K	6K	Plain	5	5	400	11.8	0.42	0.017	100	39.37
HKC-CF06T-320	6K	6K	Twill	4	4	320	9.44	0.38	0.015	100	39.37
HKC-CF06T-400	6K	6K	Twill	5	5	400	11.8	0.42	0.017	100	39.37

Heaterk’s carbon fiber fabric is a high-performance and high-quality reinforcement material designed for aerospace, automotive, industrial, and defense applications. Manufactured from carbon fiber with over 95% carbon content, carbon fiber fabric undergoes a precision-controlled production process, including pre-oxidation at 200-300°C (392-572°F), carbonization at 1,000-1,500°C (1,832-2,732°F), and graphitization up to 3,000°C (5,432°F). These advanced thermal treatments refine the molecular structure of carbon fiber, resulting in superior tensile strength, stiffness, heat resistance, and chemical stability.

Carbon fiber fabric weaving method

With a density of 1.6 g/cm³ (0.058 lb/in³), carbon fiber fabric is four times lighter than steel yet delivers tensile strengths up to 4,500 MPa (652 ksi) and tensile moduli up to 230 GPa (33.4 Msi). Its superior interlaminar shear strength (ILSS) of 60 MPa (8.7 ksi) ensures the durability of composite laminates, making carbon fiber fabric ideal for structural reinforcement and impact-resistant applications. Heaterk offers woven fabrics in plain, twill, satin, and unidirectional weaves, providing tailored mechanical properties, drapability, and resin permeability for different composite manufacturing processes.

To ensure compatibility with prepreg, wet layup, and vacuum infusion systems, carbon fiber fabric is surface-treated with an epoxy-compatible sizing agent. This 1.0-2.0% weight fraction coating enhances fiber-matrix bonding, improving laminate strength and resin wetting behavior. For specialized applications, custom polyester and vinyl ester sizing treatments are available upon request, making carbon fabrics adaptable to a variety of applications in high-performance composite manufacturing.

Carbon fiber fabric is optimized for automated and precision composite fabrication techniques, including automated fiber placement (AFP), autoclave curing, vacuum bagging, and resin transfer molding (RTM). Its negative coefficient of thermal expansion (-0.3 × 10⁻⁶ /°C, -0.54 × 10⁻⁶ /°F) ensures dimensional stability in extreme temperature fluctuations, while its electrical resistivity of 1.6 × 10⁻³ Ω·cm (6.3 × 10⁻³ Ω·in) allows for electromagnetic interference (EMI) shielding applications in a variety of applications such as aerospace, automotive, and industrial electronics.

Beyond mechanical performance, carbon fabrics are engineered for chemical resistance, meeting ASTM D543 / ISO 2812 standards for protection against acids, solvents, and hydrocarbons, making carbon fiber fabric well-suited for marine and industrial applications. The material is fully compliant with ASTM, ISO 9001, EN 9100 (AS9100), RoHS, and REACH standards, ensuring high-quality and reliable performance for high-performance composite applications across multiple industries.

- Key Features of Carbon Fiber Fabric -

Tensile Strength Up to 4,500 MPa (652 ksi): High-performance reinforcement for lightweight structural applications.
Interlaminar Shear Strength (ILSS) 60 MPa (8.7 ksi): Ensures structural integrity in composite laminates.
Lightweight – Density of 1.6 g/cm³ (0.058 lb/in³): 75% lighter than steel while maintaining superior mechanical properties.
Corrosion & Fatigue Resistance: Ideal for harsh marine, offshore, and industrial environments.
Heat Resistance Up to 600°C (1,112°F): Suitable for high-performance aerospace and high-temperature structural applications.
Optimized for Prepreg & Wet Layup: Epoxy-based sizing enhances adhesion to composite matrix materials.Compatible with Automated Manufacturing – Works with AFP, autoclave, RTM, and vacuum infusion processes.
Meets Aerospace & Industrial Standards: Fully compliant with ASTM, ISO, and EN 9100 (AS9100) requirements.

- Applications -

Various applications of carbon fiber fabrics

Applications

Aerospace Structures – Aircraft fuselage skins, satellite panels, and UAV airframes.
Automotive Lightweighting – Racing car chassis, crash structures, and aerodynamics components.
High-Temperature Components – Exhaust ducts, heat shields, and aerospace-grade insulation.
Marine & Offshore Reinforcement – Corrosion-resistant boat hulls, deep-sea components, and offshore wind turbines.
Industrial & Energy – Wind turbine blades, robotic arms, and EMI shielding for electronics.

Industries

Aerospace & Defense – Used in aircraft structures, missile components, and satellite shielding.
Automotive & Motorsports – Structural composite reinforcements in high-performance vehicles.
Marine & Offshore – Lightweight, corrosion-resistant reinforcements for boats and oil rigs.
Construction & Civil Engineering – Seismic reinforcement, composite bridges, and infrastructure strengthening.
Industrial & Robotics – High-rigidity, high-quality materials for automation and manufacturing.

- Professional Carbon Fibre Material Suppliers -

As a professional carbon fiber material supplier, Heaterk delivers high-performance carbon fiber fabric with 4,500 MPa (652 ksi) tensile strength, 1.6 g/cm³ (0.058 lb/in³) density, and 600°C (1,112°F) heat resistance. Our woven fabrics are engineered for aerospace, automotive, marine, and industrial applications, offering exceptional strength-to-weight ratio, durability, and thermal stability.

Certified to ASTM, ISO 9001, EN 9100 (AS9100), RoHS, and REACH standards, Heaterk ensures consistent quality, global compliance, and reliable supply chain solutions. Our carbon fabrics are optimized for prepreg, autoclave, RTM, and vacuum infusion processes, with custom sizing and weave options available.

For high-quality and customized carbon fiber fabric solutions, contact us today to discuss bulk orders and technical specifications.

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