The display rack adopts a bent steel plate frame structure and is equipped with a base support, which is an efficient design solution that has been verified in practice. The bent steel plate process forms a frame with a specific mechanical structure by accurately bending the entire steel plate. The addition of the base support further expands the contact area between the display rack and the ground, reduces the center of gravity, and provides a solid force foundation for the upper structure while ensuring that the display rack stands firmly.
Performance characteristics of bent steel plate frame structure
The performance advantages of the bent steel plate frame structure are reflected in multiple dimensions. From the perspective of material properties, the steel plate itself has high strength and toughness. After bending, its structural deformation resistance is significantly enhanced. When subjected to vertical pressure, the corner structure formed by the bend can evenly distribute the force to the entire frame to avoid deformation caused by excessive local force; when facing horizontal thrust or vibration, the rigidity of the overall frame can effectively resist the influence of external forces to ensure the stability of the displayed items. The bending process can flexibly adjust the shape and size of the frame according to the display needs, which can be achieved by optimizing the bending angle and frame layout, showing strong design flexibility.
The strengthening effect of the base support on the overall stability
As an important supplement to the bent steel plate frame structure, the base support plays an irreplaceable role in improving the stability of the display stand. The base is usually made of steel plates of the same material as the frame, and is firmly combined with the main frame by welding or bolting to form a "upper bearing and lower stability" force system. This design can effectively transfer the weight and external forces borne by the display stand to the ground, reducing the shaking or tilting caused by uneven force. For display stands that need to be placed in a fixed position for a long time, the base support can reduce the impact of uneven ground, and ensure the verticality and horizontality of the display stand by fine-tuning the contact state between the base and the ground. When the position needs to be adjusted, the force point of the base can be used for smooth transportation to avoid damage to the frame structure due to excessive local force.
The technical principle of hot-dip galvanizing surface treatment
The service life and maintenance cost of the display stand depend largely on the choice of surface treatment process. Hot-dip galvanizing is an effective solution to the problem that steel plates are susceptible to corrosion. The hot-dip galvanizing process is to immerse the steel plate frame in molten zinc liquid, so that the zinc ions react chemically with the surface of the steel plate to form a uniform and dense zinc-iron alloy coating. This coating can not only isolate the steel plate from contact with air, moisture and other corrosive media, but also utilize the sacrificial anode characteristics of zinc. When the coating is partially damaged, it can protect the steel plate substrate through the preferential corrosion of zinc, thereby extending the service life of the display stand. Compared with other surface treatment methods, hot-dip galvanizing has the characteristics of strong bonding, uniform thickness, and wear resistance. It can adapt to a variety of complex environments such as humidity, dust, and large temperature differences.
Hot-dip galvanizing improves the durability of display stands
Hot-dip galvanizing provides all-round protection for display stands, directly improving their durability in different environments. In indoor environments, display stands may be affected by factors such as cleaning liquids and changes in air humidity. Hot-dip galvanizing can effectively resist water vapor erosion, prevent rust on the surface of the steel plate, and keep the appearance of the display stand clean and the structure intact. In outdoor or semi-outdoor environments, display racks need to withstand multiple tests such as ultraviolet radiation, rain erosion, and atmospheric pollutants. The weather resistance of hot-dip galvanizing can ensure that the frame structure will not suffer obvious corrosion or performance degradation during long-term use. Hot-dip galvanizing has strong wear resistance. In daily use, even if it is slightly hit or rubbed, it is not easy for the coating to fall off.
Español
русский
عربى
