| Quantity: | |
|---|---|
Metal
TOYOE
| When the demand for parts changes, the internal layout can be flexibly adjusted, and the shell can be reused, which improves environmental protection and economic benefits. This solution is specifically designed for large and heavy components, featuring a robust structure, recyclability and durability, and meeting the requirements of sustainable development. |
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| The anti-static PP material developed by using conductive modification technology can effectively prevent the accumulation of static electricity and avoid the failure of electronic components due to static discharge. Its chemical corrosion resistance makes it suitable for packaging precision instruments in fields such as chemical engineering and medical care. |
The PU foam prepared by the microcellular foaming process has excellent energy absorption and shock absorption performance. Its anti-compression deformation ability can ensure that it can still maintain support force after multiple loading and unloading. By adjusting the cell density, the protective requirements of components of different weights can be matched. |
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| High-expansion PE material features low density and high elasticity. During the transportation of automotive electronic components, its heat insulation performance can prevent the impact of extreme temperatures on precision circuits, while its anti-aging property ensures the reliability of long-term outdoor storage. |
| When the demand for parts changes, the internal layout can be flexibly adjusted, and the shell can be reused, which improves environmental protection and economic benefits. This solution is specifically designed for large and heavy components, featuring a robust structure, recyclability and durability, and meeting the requirements of sustainable development. |
| | |
| The anti-static PP material developed by using conductive modification technology can effectively prevent the accumulation of static electricity and avoid the failure of electronic components due to static discharge. Its chemical corrosion resistance makes it suitable for packaging precision instruments in fields such as chemical engineering and medical care. |
The PU foam prepared by the microcellular foaming process has excellent energy absorption and shock absorption performance. Its anti-compression deformation ability can ensure that it can still maintain support force after multiple loading and unloading. By adjusting the cell density, the protective requirements of components of different weights can be matched. |
|
| High-expansion PE material features low density and high elasticity. During the transportation of automotive electronic components, its heat insulation performance can prevent the impact of extreme temperatures on precision circuits, while its anti-aging property ensures the reliability of long-term outdoor storage. |
