Hybrid Fabrics
The term ‘hybrid’ refers to materials that consist of several types of structural fibres. The positive properties of carbon and aramid are combined in one fabric. Carbon offers the highest strength and tensile strength of all reinforcement fibres. It has a high stiffness-to-weight ratio. Aramid has a high tensile strength-to-weight ratio. It has high strength and elasticity modulus. These properties of the individual fabrics are combined in hybrid fabrics. Different materials such as glass and metal or plastic and metal are bonded together to improve the fabric. This optimises properties such as weight reduction, flexibility and strength. Hybrid fabrics are used in various areas, including the manufacture of high-strength components in model making, sports equipment manufacturing, boat and ship building, and visible parts.
Properties and advantages
Hybrid fabrics offer a number of advantages over conventional fabrics. The most important properties include:
- Strength and durability: Combining strong synthetic fibres with natural fibres creates fabrics that are both robust and durable.
- Flexibility and comfort: Hybrid fabrics can be flexible and comfortable, as they retain the softness and breathability of natural fibres while also utilising the elasticity and dimensional stability of synthetic fibres.
- Thermal insulation: By using fibres with different thermal conductivities, hybrid fabrics can provide excellent insulation, making them comfortable to wear in both cold and warm weather.
- Moisture management: Synthetic fibres such as polyester can quickly wick moisture away from the skin, making hybrid fabrics ideal for sportswear and outdoor activities.
Future prospects
Research and development in the field of hybrid fabrics is advancing steadily, and it is expected that even more powerful and versatile materials will be developed in the future. Advances in nanotechnology, the integration of smart textiles and the development of environmentally friendly fibres could further increase the potential of hybrid fabrics and open up new areas of application.
Hybrid fabrics are a fascinating and promising area of the textile industry, combining the best properties of natural and synthetic fibres. Their versatile applications and continuous development make them an important component in the manufacture of modern textiles. Whether in fashion, sports or medicine, hybrid fabrics offer innovative solutions for a wide range of requirements.
Areas of application
Hybrid fabrics are used in a wide range of areas, including:
- Sportswear: Due to their breathability, flexibility and moisture management properties, hybrid fabrics are ideal for sports and leisurewear.
- Workwear: The durability and protective functions of hybrid fabrics make them an excellent choice for workwear in various industries.
- Fashion industry: Designers use hybrid fabrics to create innovative and functional garments that are both stylish and practical.
- Medical textiles: Hybrid fabrics with antibacterial and moisture-regulating properties are increasingly being used in the manufacture of dressing materials and medical clothing.
The term ‘hybrid’ refers to materials that consist of several types of structural fibres. It is possible to mix different types of fibres, with most fibre blends containing a metallic component. This allows materials made from different combinations, such as glass and metal or plastic and metal, to be bonded together.
Aramid fabric is an excellent choice for vehicle construction, model making, sports equipment manufacturing, boat and ship building. Thanks to its high impact resistance and excellent chemical resistance, the fibres are very durable and ideal for use in components.
Carbon fabrics are in demand in many industries for manufacturing particularly durable components. Whether in model making, sports equipment manufacturing, boat and shipbuilding, or in the production of carbon visible parts, the material is extremely popular. Carbon fabrics impress with their ability to reduce the weight of objects without compromising stability.
Our roving fabrics are made of E-glass and are manufactured in plain weave. They are often used to reinforce glass mat laminates and are particularly well suited for the production of thick, stiff laminates. In addition, they are also versatile in container and pipeline construction as well as in mould making. In combination with polyester or epoxy resin, roving fabrics are an excellent choice for creating durable laminate applications.
