In recent years, with consumers’ increasing pursuit of a healthy lifestyle, Polylactic Acid (PLA) fiber, an emerging eco-friendly textile material, has gradually gained widespread attention and recognition in the market. Its unique anti-mite property has brought new development opportunities to the home textile industry.
Mites, these tiny arthropods, may seem insignificant but pose a potential threat to human health. They feed on human skin flakes, sweat, and other secretions, reproduce rapidly, and are widely distributed in home environments such as sofas, quilt covers, pillows, and more. Mites can not only cause skin problems but also invade the respiratory system, leading to serious health issues. Therefore, the development of anti-mite textiles is crucial.
According to information from the Color Masterbatch Industry Network, PLA fiber owes its excellent anti-mite effect mainly to its weakly acidic surface, which effectively inhibits the growth of microorganisms, thereby playing a role in antibacterial and anti-mite protection. Additionally, PLA fiber possesses biodegradable properties. After being discarded, PLA products can naturally decompose into carbon dioxide and water, causing no pollution to the environment. It is a sustainable and eco-friendly fiber.
The superior performance of PLA fiber is not limited to its anti-mite properties. Its luster, UV resistance, flame retardancy, and skin-friendly touch are also highly favored. Meanwhile, it exhibits good crimping characteristics, breathability, fluffiness, and elasticity, making PLA textiles promising for a wide range of applications in the market. With increasing consumer awareness of environmental protection and health, PLA fiber is expected to play a more significant role in the home textile industry.