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Design-Fabrics / Printed Glass Fabric

Our design fabrics are specially developed for demanding visual laminates and give surfaces a noble, technical appearance. Whether carbon design fabrics, spread tow fabrics, or printed fleece – these fiber materials offer outstanding mechanical properties and high drapability. They are ideal for composite components that require both structural stability and an appealing design surface. Perfect for automotive, aerospace, sports, and lifestyle applications. In our online shop for reinforcement fibers, you will find a wide selection of exclusive design fabrics.
 

High-quality design fabrics for exclusive visual laminates

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What characteristics define design fabrics?

Design fabrics are made from high-quality reinforcement fibers such as carbon, glass, or aramid and are specially optimized for visual laminates. Thanks to their precise twill or plain weave, they create a smooth, uniform structure, providing a premium surface appearance. Spread tow fabrics ensure an exceptionally homogeneous look due to their broad tapes, while carbon design fabrics with glitter carbon or printed fleece add unique accents. In addition to their excellent drapability, these fiber materials offer high mechanical strength, making them ideal for durable composite components. Furthermore, they are highly resistant to temperature and environmental influences, increasing their longevity. Their low resin consumption also contributes to weight reduction without compromising stability.
 

What advantages do carbon design fabrics offer over conventional materials?

Compared to traditional materials like aluminum or standard fiberglass fabrics, carbon design fabrics provide an excellent strength-to-weight ratio. They are not only lighter but also more robust against mechanical stress and chemical influences. Especially for visual laminates in the automotive and sports industries, they are highly sought after due to their premium surface and high dimensional stability. Additionally, spread tow fabrics enable lower resin absorption, reducing the overall weight and improving mechanical properties. They also offer high fatigue resistance, maintaining their structural integrity even after years of use. Thanks to their optimal combination of lightweight construction, design, and strength, they are increasingly used in aerospace and high-performance sports.
 

Where are fabrics for visual laminates used?

The applications of design fabrics are diverse. They are used in automotive components such as hoods, air filter covers, or interior trims, as well as in sports equipment like skis, snowboards, and bicycle components. Even in furniture design or protective helmets, carbon for visual laminates offers the perfect combination of functionality and aesthetics. Thanks to their high drapability, carbon design fabrics are suitable even for complex geometries, ensuring a flawless laminate structure. Additionally, they are used in the yacht and boatbuilding industry for stylish yet durable coverings. With the growing demand for high-quality composite materials, they are also found in luxury interiors and custom design projects. In our online shop for reinforcement fibers, you will find a wide selection of high-quality fiber materials for your individual requirements.
 

How can design fabrics be optimally processed?

The processing of design fabrics requires precise techniques to achieve a perfect surface appearance and maximum mechanical properties. Due to their fine structure, they must be cut and shaped with special care. Choosing the right epoxy resin is particularly important to ensure optimal bonding with the fabric for visual laminates. Epoxy resins are especially popular as they offer high strength and excellent weather resistance. Additionally, spread tow fabrics and carbon design fabrics should be laminated without bubbles to guarantee a uniform surface structure. For complex geometries, it is advisable to combine multiple layers in a targeted manner to achieve ideal load distribution and maximum stability. Our high-quality reinforcement fibers offer excellent processing possibilities for various composite applications.