Choosing Fabrics that Boost Athletic Garment Efficiency
In the realm of athletic wear, the quest for the perfect fabric is a constant pursuit. The ideal choice should offer flexibility, breathability, moisture-wicking, durability, and style. This article delves into the top contenders in the market, providing insights into their unique advantages and drawbacks.
Polyester blends, often combined with spandex or elastane, are a popular choice due to their excellent moisture-wicking and quick-drying properties. These attributes are crucial during high-energy sports, keeping skin dry and preventing chafing. Blended polyester is also highly durable, resistant to UV damage, and maintains its shape well over multiple washes. The added stretch from spandex or elastane ensures that the fabric accommodates dynamic movements comfortably [2][3][4].
Nylon/elastane blends are favoured for their outstanding stretch and recovery, providing compression benefits that support muscle movement and circulation. While slightly less breathable than natural fibres, these blends still offer good moisture management and durability, making them suitable for high-intensity or repetitive sports like running or gymnastics [2].
Natural fibres, such as cotton and bamboo, excel in breathability and comfort, especially for low-impact or casual wear like yoga or light activities. Bamboo also has natural antibacterial and moisture-absorbing properties. However, they lack effective moisture-wicking and tend to hold sweat, which can lead to discomfort during vigorous exercise. They are also less durable when wet or exposed to frequent washing [2].
Proprietary fabrics used by premium brands, such as Lululemon’s Nulu fabric found in their Align pieces, offer a “buttery soft” feel with outstanding comfort and flexibility, ideal for low-impact exercises and all-day wear. Meanwhile, Athleta’s Transcend and Elation (Powervita) fabrics provide a balance between softness, breathability, and compression for both casual and high-intensity workouts, reflecting thoughtful performance design [1].
When it comes to athletic wear, the wicking process works by transporting sweat to the outer layer of the fabric through capillary spaces featured in a fabric's construction. This ensures that athletes remain comfortable and dry during workouts. Synthetic moisture-wicking fabrics can be formulated with various fiber types, weights, and stretch factors to meet specific performance requirements [5].
In summary, polyester blends with spandex/elastane emerge as the most balanced and versatile for athletic wear due to their superior moisture management, durability, and flexibility. Proprietary fabrics offer specialized enhancements for comfort and style. Natural fibres suit lower-intensity activities with a premium on comfort and breathability but lack in durability and moisture-wicking performance needed for intense workouts. Choosing the right fabric depends on the specific sport, intensity, and wearer preferences.
Consider sustainability when choosing fabrics for activewear, avoiding fabrics that shed microplastics throughout their lifecycle. Look for eco-friendly alternatives like organic cotton, recycled polyester, wool, TENCEL(TM), hemp, and bamboo [6]. Breathable fabrics help keep athletes comfortable and cool during workouts, while moisture-wicking fabrics promote a comfortable and dry workout experience by transporting sweat away from the skin [7].
References: [1] Lululemon (2021) Nulu Fabric. Retrieved from https://www.lululemon.com/en-gb/p/nulu-fabric/prod1018001 [2] Athleta (n.d.) Transcend Fabric. Retrieved from https://www.athleta.com/shop/p/transcend-fabric/610484 [3] Cotton Incorporated (2018) The Sweat Solution. Retrieved from https://www.cottoninc.com/resources/consumer-insights/the-sweat-solution/ [4] The North Face (n.d.) What is DWR? Durable Water Repellent. Retrieved from https://www.thenorthface.com/shop/guides/what-is-dwr [5] Under Armour (n.d.) Moisture Transport System. Retrieved from https://www.underarmour.com/en-gb/technology/moisture-transport-system [6] Patagonia (n.d.) Sustainable Synthetics. Retrieved from https://www.patagonia.com/eu/en/sustainable-synthetics.html [7] Adidas (n.d.) Climachill. Retrieved from https://www.adidas.com/us/climachill-performance/X12880.html
In the realm of fashion-and-beauty, eco-friendly alternatives such as organic cotton, recycled polyester, wool, TENCEL(TM), hemp, and bamboo are gaining popularity, emphasizing sustainability over microplastic shedding concerns [6]. On a different note, while choosing the right fabric depends on the specific sport, intensity, and wearer preferences, sustainability considerations should also be taken into account [6].
