Synthetic Fibres
A number of our products are made entirely or partly from synthetic fibres. These include polyester, recycled polyester, polyamide (nylon), elastane, elastolefin and other technical fibres. These materials are often combined with natural fibres to complement specific performance characteristics.
Synthetic fibres are generally produced from fossil-based raw materials. Through chemical processes, these raw materials are transformed into man-made fibres, which are then spun into yarns and further processed into textiles. Depending on the fibre type and manufacturing process, they can provide a range of properties, including durability, elasticity, shape retention and lightweight performance.
Synthetic fibres are primarily used where functional requirements play an important role. These may include increased abrasion resistance, improved shape stability, quick-drying properties or enhanced stretch. When used in blended fabrics, they can help combine specific performance characteristics with the benefits of other materials.
From an environmental perspective, synthetic fibres are associated with a range of considerations. As they are predominantly derived from fossil-based raw materials, their production relies on non-renewable resources. In addition, fine fibres may be released during wear, laundering and processing. These so-called microfibres can enter the environment, where they are difficult to break down. The recycling of synthetic materials can also present challenges, particularly where different fibre types are permanently combined.
The specific impacts depend on a variety of factors, including the origin and production of the raw materials, processing methods, product lifespan, care and maintenance practices, and the opportunities for reuse or recovery at the end of the product life cycle. For this reason, synthetic fibres cannot be assessed in a generalised way. Depending on the application, different properties and requirements may take precedence.
