| Quantity: | |
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Plastic
TOYOE
| The diameter of honeycomb cells is meticulously designed following the golden ratio, a mathematical proportion renowned for its structural efficiency and aesthetic harmony. Complementing this, the cell wall thickness features adjustability, ranging from 0.8mm to 1.2mm. This dual design consideration—optimized diameter and flexible thickness—lays a solid foundation for the honeycomb structure’s exceptional performance |
A key advantage of this honeycomb design is its outstanding in-plane bending stiffness, which reaches 1200MPa. Notably, this stiffness level is 300% higher than that of traditional corrugated sheets, marking a significant leap in structural rigidity. Such a performance boost makes the honeycomb structure a more reliable choice for applications demanding strong load-bearing and deformation resistance
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Our patented gradient density technology boosts the load-bearing capacity of the box’s four corners by 50%. In the concentrated load test, it achieved a single-point load-bearing capacity of 3 tons—with no plastic deformation. |  |
| The innovative X-shaped reinforcing ribs at the bottom boost the puncture resistance during forklift operations by 80%. Tests have shown it can withstand repeated crushing by a 10-ton fully loaded forklift. |
| The diameter of honeycomb cells is meticulously designed following the golden ratio, a mathematical proportion renowned for its structural efficiency and aesthetic harmony. Complementing this, the cell wall thickness features adjustability, ranging from 0.8mm to 1.2mm. This dual design consideration—optimized diameter and flexible thickness—lays a solid foundation for the honeycomb structure’s exceptional performance |
A key advantage of this honeycomb design is its outstanding in-plane bending stiffness, which reaches 1200MPa. Notably, this stiffness level is 300% higher than that of traditional corrugated sheets, marking a significant leap in structural rigidity. Such a performance boost makes the honeycomb structure a more reliable choice for applications demanding strong load-bearing and deformation resistance
| | |
Our patented gradient density technology boosts the load-bearing capacity of the box’s four corners by 50%. In the concentrated load test, it achieved a single-point load-bearing capacity of 3 tons—with no plastic deformation. | |
| The innovative X-shaped reinforcing ribs at the bottom boost the puncture resistance during forklift operations by 80%. Tests have shown it can withstand repeated crushing by a 10-ton fully loaded forklift. |
