The difference between shielding fabric and ordinary fabric

The main differences lie in three aspects: functionality, fabric structure, and applicable scenarios. First, there's the core functional difference. Ordinary fabrics focus on basic wear, concealment, and protection, primarily meeting conventional needs like warmth and breathability, and mostly lack special functions such as active antibacterial, electromagnetic shielding, and antistatic properties. Shielding fabrics, on the other hand, use functional conductive materials like silver fibers as their core, forming a continuous conductive network to effectively shield electromagnetic radiation. They also offer long-lasting antibacterial properties and suppress static electricity, meeting the professional needs of special scenarios. Second, the raw material structures differ. Ordinary fabrics mostly use conventional textile raw materials like cotton, linen, and synthetic fibers, without adding functional conductive components. Shielding fabrics, however, require blending or interweaving conductive materials like silver fibers with conventional textile fibers to form a stable conductive shielding network, making the fabric composition and weaving process more complex. Finally, in terms of applicable scenarios, ordinary fabrics are widely used in various daily clothing and home textile scenarios, catering to the general public's regular usage needs; while shielding fabrics are mostly used in special scenarios that require electromagnetic protection and antibacterial protection, such as protective clothing in professional electromagnetic radiation workplaces, anti-radiation products for mothers and babies, medical antibacterial textiles, and electronic shielding components for new energy vehicles.