High-Strength Sew-In Neodymium Magnets

At Mishma Industry (Shanghai) Co., Ltd., we provide high-performance sew-in magnets made of neodymium, designed specifically for applications in apparel, textiles, accessories, and various fabric-based products. With exceptional magnetic strength and a compact structure, our sew-in magnets offer a modern, convenient, and reliable fastening solution that goes far beyond traditional buttons, snaps, or Velcro.

Small Size, Strong Magnetic Force

Neodymium is known as one of the strongest magnetic materials available. Even in a compact size, our sew-in neodymium magnets deliver powerful magnetic force, ensuring secure closure and excellent holding performance. This makes them ideal for clothing, bags, and textile products that require a firm yet discreet fastening system.

Invisible, Easy-to-Sew Design

Each magnet is enclosed in a protective fabric or thin casing, allowing it to be directly sewn into garments or fabric layers. This hidden structure helps maintain the aesthetics of the product, offering a clean and seamless appearance. Designers and manufacturers widely use these magnets to create elegant closures without visible hardware.

Lightweight & Impact-Resistant

Despite their strong magnetic force, sew-in neodymium magnets are extremely lightweight. They add minimal weight to garments or accessories and maintain excellent durability. The impact-resistant design ensures long-term reliability even under frequent use or repeated opening and closing.

Washable and Rust-Free Protection

Our sew-in magnets feature protective coatings and sealed packaging, preventing corrosion and allowing them to withstand multiple washing cycles. This anti-rust performance makes them suitable for daily-wear clothing, children’s wear, medical textiles, outdoor gear, and other washable fabric products.

Enhancing Convenience in Clothing & Fabric Applications

By replacing traditional closures, sew-in neodymium magnets simplify usage and enhance accessibility. Users can open and close items effortlessly, improving comfort and functionality in products such as jackets, bags, uniforms, therapy wraps, and adaptive apparel.