The following is a description about fiber nails:
Fiber board nails used in the field of architecture and decoration
Appearance structure: The nail cap is relatively large, often in the shape of a horn or disk, with a thin and long nail body, and a surface with fine and evenly distributed threads that spiral upwards along the nail body. Common groove types include cross groove, meter groove, square groove, plum blossom groove, etc.
Material characteristics: Carbon steel is usually used, and some parts may undergo surface treatments such as galvanizing, nickel plating, and painting to improve corrosion resistance and enhance aesthetics. It has the characteristics of high strength, good toughness, lightweight, sturdy, durable, and easy disassembly.
Working principle: By tightly engaging with the fibers of the board through threads and squeezing the fibers, friction and biting forces are generated, thereby firmly fixing them in the fiberboard and other boards, achieving a reliable connection and being able to withstand certain tensile, compressive, and shear forces.
Application scenario: In furniture manufacturing, it is used for assembling wardrobes, cabinets, bookshelves, etc; In terms of interior decoration, it can fix wall decorative panels, ceiling decorative panels, partitions, shelves, etc; In the field of construction, it is used for temporary buildings or areas with low requirements for fixed strength, such as the construction of simple sheds on construction sites.
Fiber nails used in the medical field
Material composition: The fiber nails used for filling teeth are mainly composed of glass fiber or carbon fiber, while the fiber steel nails used in fracture surgery are made of fiber-reinforced composite materials.
Performance characteristics: It has high strength and can provide sufficient support and retention force; Good bonding performance, can tightly bond with dental filling materials, dental tissues, or fracture sites; Good biocompatibility and will not cause significant tissue reactions or rejection reactions.
Application scenario: In dental treatment, it is used to repair cracks, damages, missing teeth, or improve bite relationships; In fracture surgery, it is used to fix and support the fracture site, helping with fracture healing.
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