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Metal
TOYOE
This storage rack is made of Q420 high-strength steel and manufactured through cold bending forming process. The moment of inertia of the column section is 40% higher than that of traditional shelves, and the bending strength of the shelf boards reaches 280MPa. |
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The cold bending forming machine continuously rolls the sheet metal at room temperature to ensure that the straightness of the column is ≤1mm/m and the flatness of the layer plate is ≤0.5mm. | |
The actual measurement of a certain auto parts warehouse shows that under the working conditions of static load of 5 tons per layer and dynamic load of 3 tons per layer, the deflection of the column of this shelf is only 0.2mm, which is far lower than the 5mm limit value stipulated in the ANSI/MH16.1 standard. | |
The finite element analysis (FEA) was innovatively applied to simulate the spectral loading of seismic waves, enabling the shelves to maintain structural integrity at an acceleration of 0.3g and pass the seismic certification of the Japan Building Center (AIJ). |
This storage rack is made of Q420 high-strength steel and manufactured through cold bending forming process. The moment of inertia of the column section is 40% higher than that of traditional shelves, and the bending strength of the shelf boards reaches 280MPa. |
![]() | ![]() | ![]() |
The cold bending forming machine continuously rolls the sheet metal at room temperature to ensure that the straightness of the column is ≤1mm/m and the flatness of the layer plate is ≤0.5mm. | |
The actual measurement of a certain auto parts warehouse shows that under the working conditions of static load of 5 tons per layer and dynamic load of 3 tons per layer, the deflection of the column of this shelf is only 0.2mm, which is far lower than the 5mm limit value stipulated in the ANSI/MH16.1 standard. | |
The finite element analysis (FEA) was innovatively applied to simulate the spectral loading of seismic waves, enabling the shelves to maintain structural integrity at an acceleration of 0.3g and pass the seismic certification of the Japan Building Center (AIJ). |