Sky Advanced: Leaders in carbon fiber fabrics
At Sky Advanced Materials, we specialize in producing high-quality carbon fiber fabric and nonwoven fabrics engineered for performance across various industries. Our carbon fiber fabric is designed for marine, wind, construction, automotive, and industrial applications, meeting the highest standards for durability and strength. We’re committed to making carbon fiber fabric more accessible and promoting its extensive use with innovative, expertly crafted materials. With a dedication to quality, we provide advanced solutions tailored to the diverse needs of our clients.
Why choose Sky for your carbon fiber fabric needs?
Complete product range
We supply multiaxial fabrics for strength, woven fabrics for finishing and other special application fabrics for specific needs.
Ultra-lightweight fabrics
Area weight starts as low as 30 gsm, enabling the production of ultra-lightweight fabrics such as triaxial fabrics under 100 gsm.
Maximal strength-to-cost efficiency
Focus on heavy tow fibers provides high-performance materials at competitive costs.
High customizability
Structural and material modifications allow tailored reinforcement to suit specific application needs.
Choose carbon fiber fabric products
Multiaxial (NCF) carbon fiber fabrics
Available with 1-4 alternately aligned layers of unidirectional carbon reinforcement
Woven carbon fabrics
Plain weave (PW) and twill weave (TW) for beautiful finishing
Special carbon fiber fabrics
Ultra-light weight, quadriaxial, hybrid and pre-preg fabrics
Sky Advanced multiaxial (NCF) carbon fiber fabrics

Unidirectional
Single layer, 0°

Biaxial
Two layers, +/- 45°

Bidiagonal
Two layers, 0°/90°

Triaxial
Three layers, 0°/+ 45°/- 45°

Quadriaxial
Four layers, - 45°/90°/+ 45°/0°

Multiaxial (NCF) fabrics for versatile solutions
Our multiaxial fabrics (or non-crimp fabrics, NCF) are available with 1-4 alternately aligned layers of unidirectional carbon reinforcement, where the carbon fibers are laid in multiple orientations (0°, 90°, ±45°, etc.) without being crimped or bent during the manufacturing process.
Areal weight range:
- 100 g/m2 – 1500 g/m2
Additional options for specific applications: glass scrim, powdering, glass yarn.
More on multiaxial (NCF) fabrics
What Are Multiaxial Carbon Fiber Fabrics (NCF) Used For?
How Do Non-Crimp Fabrics (NCF) Improve Performance?
What Are the Advantages of Multiaxial NCF Over Woven Fabrics?
- Improved Resin Flow: NCF’s open structure allows better resin penetration during infusion processes.
- Tailored Layering: Fibers can be oriented at multiple angles (0°, 90°, ±45°) for customized performance.
- Reduced Weight: Optimized strength-to-weight ratio ideal for weight-sensitive applications.
What Fiber Orientations Are Available in Sky Composites’ NCF Products?
Why Choose Sky Composites for Multiaxial Carbon Fiber Fabrics?
Sky Advanced woven carbon fabrics

Plain weave
PW

Twill weave
TW

Woven fabrics for cosmetic and reinforcing finishing
Our woven fabrics come in two main constructions—plain weave (PW) and twill weave (TW)—providing versatile solutions for strength and durability:
Areal weight range:
- 3k: 200–245 g/m²
- 12k: (300) 400–600 g/m²
- 24k: 600–1000 g/m²
- 50k: 1000–1640 g/m²
Additional Options: Hot melt weft available for specific applications.
More on woven fabrics
What Are Woven Carbon Fiber Fabrics Used For?
How Do Woven Fabrics Enhance Mechanical Performance?
What Are the Advantages of Woven Carbon Fabrics Over Other Fabrics?
- Excellent Surface Quality: Smooth finish suitable for visible or aerodynamic surfaces.
- Good Flexibility: Easier to mold around complex shapes compared to unidirectional fabrics.
- Wide Areal Weight Range: From lightweight 200 g/m² to heavy-duty 1640 g/m² options.
What Weave Options Are Available at Sky Composites?
Why Choose Sky Composites for Woven Carbon Fabrics?
Sky Advanced special fabrics

Ultra-light
weight

Quadriaxial
Carbon Grid Fabric

Hybrid
Carbon – Glass fabric

Pre-preg
fabrics

Ultra-lightweight, customizable multiaxial fabrics starting at 50 gsm
Our multiaxial fabrics are engineered for flexibility and performance, offering area weights as low as 50 gsm, achieved through advanced spreading techniques. These fabrics are ideal for applications requiring ultra-lightweight options, including triaxial fabrics under 100 gsm. Properties can be customized by adjusting structural and material compositions, ensuring the fabric meets your exact performance requirements.
With options such as 200 g/m² 50k carbon fiber, an optional glass scrim, and customizable widths ranging from 32 cm to 254 cm, we can tailor our fabrics to your project’s specifications. Custom lengths are also available, and for even lower areal weights, we provide solutions using 12-24k carbon fiber.

Carbon Fiber Structural Strengthening with Quadriaxial Carbon Grid Innovation
Our quadriaxial carbon grid fabric is designed to enhance seismic performance in earthquake-prone buildings by reinforcing critical structural elements such as walls, beams, and columns. This innovative carbon fiber solution improves strength, durability, and stability in high-risk areas.
Product Specifications:
- Weight: 377 g/m²
- Composition: 12k carbon fiber stitched with polyester knitting yarns
- Customizable Widths: 30 cm to 254 cm
- Roll Lengths: 50 m or 100 m

Hybrid (Carbon – Glass) fabric for the extreme strength requirements
Hybrid carbon-glass fabrics combine the benefits of carbon and glass fibers to deliver a cost-effective solution for applications requiring a balance of stiffness, flexibility, and durability.
The use of 12K carbon fibers enhances strength and stiffness, while glass fibers contribute to improved impact resistance and flexibility, ensuring reliability under dynamic conditions.
With up to 25% cost savings compared to 100% carbon fabrics, hybrid configurations deliver high performance without breaking budgets. The combination of carbon’s stiffness and glass’s energy-absorbing capabilities makes these fabrics ideal for applications in automotive, marine, and industrial sectors, where both mechanical performance and cost efficiency are key (good example of special use cases include e.g. ballistic walls).
Areal weight range:
- Biaxial: 600 & 800 g/m2 Fiber content by weight: 55-45%
- Quadriaxial: 800 g/m2 Fiber content by weight: 59-41%
- Quadriaxial: 900 g/m2 Fiber content by weight: 86-14%

Premium pre-impregnated composite (pre-preg) fabrics
Sky Advanced Materials specializes in manufacturing high-performance carbon fibre fabrics, which serve as a key material for prepreg manufacturers. The pre-pregs designed to deliver unparalleled strength, lightweight performance, and exceptional precision. Prepregs are tailored to meet the exacting requirements of industries such as aerospace, automotive, marine, and industrial manufacturing, ensuring consistent quality and optimal performance in every application.
Crafted using advanced manufacturing techniques, prepregs from Sky advanced’s carbon fabrics provide precise resin content, excellent fiber orientation, and superior mechanical properties. These features make them ideal for producing lightweight structural components, high-strength parts, and innovative designs, enabling manufacturers to achieve exceptional results efficiently.

Advanced carbon fiber solutions directly from the manufacturer
Based in Budapest, Hungary, Sky Advanced Materials Ltd., a subsidiary of Sky Composites, produces premium carbon fiber fabrics using advanced spreading technologies for large-tow fibers. With over 2 million sqm of annual capacity, set to double soon, Sky Advanced Materials supplies high-quality materials to the automotive and industrial sectors worldwide.

DNV & TÜV Süd certified carbon fiber fabrics
Our entire Zoltek PX35 50K-based multiaxial carbon fiber fabric range is DNV certified, including biaxial, bidiagonal, triaxial, and quadriaxial fabrics across all weight categories. This certification reflects our dedication to providing top-quality, high-performance composite materials that meet the most rigorous industry standards, demonstrating their suitability for marine and industrial applications.