Corner bracket

Good corrosion resistance: During the production process, a dense zinc layer is formed on the surface of the corner code through hot-dip galvanizing or electroplating processes. The zinc layer can effectively isolate the contact between the corner bracket and corrosive media such as air and moisture, prevent rust and corrosion of the corner bracket, extend its service life, and is particularly suitable for some harsh outdoor environments.

High strength and stability: Galvanized corner codes usually use high-quality steel as the substrate, which is formed through cold stamping or hot extrusion processes to give them high strength and stability. Capable of withstanding significant external forces and pressures, ensuring the firmness and safety of connection parts in applications such as doors, windows, and building structures.

Good surface quality: The galvanizing process can achieve a smooth and uniform zinc layer on the surface of the corner code, resulting in a beautiful appearance. At the same time, the zinc layer also has good wear resistance and scratch resistance, which can maintain the integrity and glossiness of the corner code surface, improve the overall quality and aesthetics of the product.

High production efficiency: The production process of galvanized corner codes is relatively mature and has a high degree of automation. It can achieve large-scale mass production, improve production efficiency, and reduce production costs. Meanwhile, standardized production processes also help ensure the stability and consistency of product quality.

Strong customizability: Various specifications, sizes, and shapes of galvanized corner codes can be customized according to different application needs. Manufacturers can adjust molds and production processes according to customer requirements to meet the special requirements of different projects and products, with strong flexibility and adaptability.

purpose

Door and window installation: It is a commonly used accessory in door and window installation, used to connect door and window frames and sashes, as well as to fix door and window frames to walls. It can provide a strong connection to ensure the stability and sealing of doors and windows, making them less likely to deform or loosen during long-term use.

Building curtain wall: In building curtain wall engineering, galvanized corner brackets are used to connect the horizontal and vertical keels and panels of the curtain wall, bearing the self weight and wind loads of the curtain wall. Its high strength and corrosion resistance can ensure the safety and reliability of the curtain wall structure, while meeting the aesthetic requirements of the building appearance.

Steel structure buildings: In steel structure buildings, galvanized corner brackets are used to connect steel beams, steel columns, and other components, and are an important component of steel structure nodes. Capable of transmitting force and torque, ensuring the integrity and stability of steel structures, and improving the seismic performance of buildings.

Furniture manufacturing: The metal frame parts of some metal or wooden furniture are also connected using galvanized corner codes. It can make the furniture structure more sturdy, withstand greater weight, and the aesthetic appeal of galvanized corner brackets can also enhance the overall quality of furniture.

Other fields: It is also widely used in shelves, display racks, industrial equipment frames and other fields as a connecting and fixing component, providing reliable mechanical performance and corrosion resistance to meet the requirements of different industries.