Products

TRC nylon zipper with reflective woven strip is designed to enhance safety in nighttime and low-light environments. It uses high-strength base material and specially made reflective tape, ensuring that it provides a conspicuous 360-degree warning from any angle of light, reliably protecting the user's safety.

TRC light-weight nylon zipper integrates POM's outstanding performance into every detail, giving it a smoother feel and superior wear resistance compared to ordinary nylon, ensuring extreme lightness while building a solid and durable core.

TRC eco-friendly recycled nylon zipper adhere to the concept of sustainable manufacturing. This product uses recycled nylon and polyester tape as raw materials, providing the zipper with solid and reliable quality while significantly reducing its environmental impact.

TRC waterproof nylon zipper uses high-strength polyester tape and premium nylon teeth, covered with a professional waterproof layer (TPU/PU), effectively preventing rain and moisture penetration. TRC waterproof nylon zipper offers three surface finishes: matte, glossy, and semi-matte. Among these, the matte (frosted) finish is the most commonly used, followed by the semi-matte finish. This product operates smoothly and is both wear-resistant and durable, combining protective functionality with aesthetic appearance.

TRC standard metal zipper uses high-strength brass or nickel teeth, giving it excellent wear resistance, wash resistance, and heat-resistant ironing performance. In addition, it is available in popular colors such as champagne gold, making it widely suitable for jeans, jackets, and various other types of clothing.

TRC fire resistant metal zipper uses flame-retardant tape with self-extinguishing properties, which prevents them from burning or catching fire in the air, combining safety and durability. Its excellent heat resistance ensures that even when briefly exposed to high temperatures of 300°C, it will not shrink, become brittle, or melt, making it an ideal choice for high-protection applications.