Edge Up Cladding Bracket

How to ensure accuracy and stability during the forming and assembly of the upper layer system bracket?

At Jiangsu Aozheng Metal Products Co., Ltd., we are well aware that the accuracy and stability of the upper layer system bracket are crucial to the safety and function of the overall structure. Relying on our advanced aluminum profile production line and rigorous production process, we have taken a series of measures to ensure the accuracy and stability of the bracket during the forming and assembly process, which are specifically reflected in the following aspects:
High-precision material processing: Using our fully automatic production process assembly line and precise automatic cutting line, we can cut and process aluminum profiles accurately to the millimeter level, ensuring that the dimensional accuracy of each profile meets the design requirements, which is the basic guarantee for the accuracy of the bracket. At the same time, the cooperation of 10 automatic presses and 20 traditional presses can efficiently complete complex processes such as stamping and bending of profiles, further improving the processing accuracy of the product.
Strict quality control: After each production process is completed, we implement strict inspection procedures, including but not limited to dimensional measurement, appearance inspection and mechanical performance testing, to ensure that each product meets or exceeds industry standards. This full-process quality control system effectively reduces error accumulation and ensures the accuracy of the bracket assembly.
Customized design and assembly: We provide customized design services for the special needs of the overburden system bracket. Through precise 3D modeling and simulation analysis, we optimize the bracket structure to ensure that it can maintain high precision and show excellent stability when bearing loads. During the assembly process, we use precise assembly tools and processes to ensure that the anchors, gaskets and other connectors fit together seamlessly, reducing the loss of precision caused by improper assembly.
Anchor system optimization: For the floor gap problem you mentioned, we pay special attention to the design and installation of anchors. By accurately calculating the position and angle of the anchor, we ensure that its cutout part can be safely inserted into the edge of the floor gap, and use gaskets to adjust the projection size to achieve the best load-bearing and restraint effect. This design not only enhances the stability of the bracket, but also improves the overall safety of the structure.
Comprehensive testing and verification: After the bracket is formed and assembled, we will also conduct a series of comprehensive tests, including static load tests, dynamic load tests, and environmental adaptability tests, to fully verify the accuracy, stability and durability of the bracket. Only brackets that pass these rigorous tests will be approved to leave the factory and be used in actual projects.
Jiangsu Aozheng Metal Products Co., Ltd. relies on advanced production equipment, strict quality control system, customized design and assembly services, and comprehensive testing and verification processes to ensure that the upper layer system bracket achieves extremely high precision and stability during the molding and assembly process, providing solid and reliable support for various engineering projects.