







Discover the remarkable features of our innovative fiber nails:
Fiber board nails, essential in the realms of architecture and decoration.
Appearance & Structure: Our nails boast a large cap, elegantly shaped like a horn or disk, complemented by a thin, elongated body. The surface is adorned with fine, evenly spiraled threads that gracefully ascend the nail shaft. Available in various groove types such as cross groove, meter groove, square groove, and the intricate plum blossom groove.
Material Excellence: Crafted primarily from robust carbon steel, some components receive surface treatments including galvanizing, nickel plating, and painting. These enhancements bolster corrosion resistance and elevate the aesthetic appeal. The nails are characterized by their high strength, impressive toughness, lightweight nature, and exceptional durability, with easy disassembly.
Innovative Working Principle: Designed to seamlessly engage with board fibers through precisely engineered threads, these nails generate optimal friction and biting forces, securing them firmly within fiberboard and similar materials. This ensures a steadfast connection that withstands various tensile, compressive, and shear forces.
Versatile Application Scenarios: A staple in furniture manufacturing, perfect for assembling wardrobes, cabinets, and bookshelves. In interior decoration, they securely affix wall panels, ceiling panels, partitions, and shelves. In construction, they serve well in temporary structures or areas requiring moderate strength, such as constructing simple sheds on building sites.
Discover the specialized use of fiber nails within the medical field.
Advanced Material Composition: Dental fiber nails are primarily crafted from high-performance glass or carbon fiber. Meanwhile, fiber steel nails utilized in fracture surgeries are composed of fiber-reinforced composite materials, ensuring optimal performance.
Outstanding Performance Characteristics: These nails offer superior strength for reliable support and retention. With excellent bonding capabilities, they form secure connections with dental materials, tissues, or fracture sites. Their superb biocompatibility ensures minimal tissue reaction and eliminates rejection concerns.
Specialized Application Scenarios: In dentistry, they adeptly repair cracks, damage, or missing teeth, and refine bite relationships. In fracture surgery, they provide vital fixation and support at the fracture site, significantly aiding the healing process.