Founded In 2010
15000m ² Advanced Factory Building
Annual Shipment Volume Of 2800000 Packages
43 Factory Employees
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READ MOREStructural design:
The bracket design should take into account the overall structure and load-bearing capacity of the box, and ensure that the structural strength of the connection between the bracket and the box is sufficient to withstand the expected load.
The corner design of the bracket should be able to fit tightly with the corner of the box to reduce the possibility of shaking and displacement.
Material selection:
Choose high-strength, wear-resistant materials such as metal alloys or high-strength plastics to ensure the durability and stability of the bracket itself.
Considering the material of the box, choose materials that are compatible with it and can provide good adhesion.
Connection method:
Use screws, rivets or other fasteners to firmly fix the bracket to the box, ensuring that there is no looseness at the connection.
Design easy-to-operate mounting holes and positioning slots to facilitate users to quickly and accurately install the bracket.
Installation instructions:
Provide clear installation guidelines and steps, including the required tools and materials, as well as precautions during installation.
The installation process can be intuitively displayed through a combination of pictures and texts to reduce the difficulty of operation for users.
Test verification:
After the design is completed, the bracket is subjected to strict load test and durability test to ensure that it can meet the requirements in actual use.
The installation process is simulated and verified to ensure that users can easily complete the installation.
Adjustable design:
Taking into account the differences in size and shape of different boxes, a bracket with a certain adjustment range is designed to meet the installation requirements of different boxes.
The adjustable design improves the applicability and installation convenience of the bracket.
The flightcase corner bracket provided by the flight box corner bracket supplier uses a combination of high-strength composite materials and precision manufacturing processes, and has excellent load-bearing capacity and impact resistance. The product undergoes strict quality inspection and performance testing to ensure that it can maintain a stable working state in various extreme environments.
Performance under different weights
Lightweight design: While ensuring strength, the flightcase corner bracket reduces the overall weight through lightweight design, making it more portable and easy to operate. Even when carrying heavy equipment, it can maintain good balance and stability.
High load-bearing capacity: The supplier's flightcase corner bracket is specially designed to withstand weights of up to thousands of kilograms. In actual applications, whether it is photographic equipment, aviation parts or other precision equipment, it can be effectively supported and protected.
Stability test: By testing equipment of different weights, the flight box corner bracket shows good stability when subjected to different weights. Even when fully loaded, it can maintain a stable posture, effectively preventing the equipment from being damaged by shaking.
Analysis of impact resistance
Material advantages: The high-strength composite material used in the flightcase corner bracket has excellent impact resistance. When subjected to external impact, it can effectively absorb and disperse the impact force and reduce the degree of damage to the equipment.
Structural optimization: The structural design of the product fully considers the needs of impact resistance. By strengthening the support and connection of key parts, the entire bracket can maintain a stable structural form when subjected to impact, avoiding serious damage such as breakage or deformation.
Impact test: The supplier has conducted rigorous impact tests on the product. Under various extreme impact conditions, the flightcase corner brackets have shown good impact resistance. Even under strong impact, it can effectively protect the equipment from damage.