First of all, the hardness of aluminum profiles is closely related to their alloy composition. Generally speaking, aluminum profiles used for cabinet doors will add other alloy elements to enhance their hardness. For example, adding elements such as magnesium and silicon can form aluminum alloys, and this alloy structure can effectively improve the strength and hardness of aluminum profiles. In normal daily use environments, such as light bumps and bumps, this alloyed aluminum profile can usually withstand. For example, when people accidentally hit the cabinet door with their elbows or small objects in the kitchen, its hardness is enough to avoid obvious dents.
However, the characteristics of aluminum itself determine that its hardness is relatively limited. Compared with materials such as steel, the hardness of aluminum profiles is still slightly inferior. In the face of stronger collisions, such as the fall of kitchen utensils or the impact of heavy objects, it may be damaged. For example, a heavy ceramic tableware falling from a certain height and hitting the cabinet door is likely to leave pits or scratches on the surface of the aluminum profile.
In order to make up for the lack of hardness, some protective measures are usually adopted on the surface of aluminum profiles. Some aluminum profiles are anodized, which not only increases the surface hardness, but also improves its wear resistance and corrosion resistance. After anodizing, a hard oxide film is formed on the surface of the aluminum profile, which can resist the damage caused by daily collisions to a certain extent. At the same time, some manufacturers will also apply a protective film on the surface of the aluminum profile or use a special coating process to further enhance its damage resistance.
In addition, the structural design of the cabinet door will also play an auxiliary role in resisting collision damage. If the cabinet door adopts a multi-layer structure, the aluminum profile is used as the frame, and other softer buffer materials are filled in the middle, then when it is hit, these buffer materials can absorb part of the impact force, reduce the direct force on the aluminum profile, and thus reduce the possibility of damage.
In general, the hardness of Minimalist Cabinet Door Aluminum Profile has a certain resistance to general daily collisions, but it may be damaged in the face of stronger collisions. However, through reasonable alloying, surface treatment and structural design, its performance in resisting collision damage can be effectively improved.
