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Metal
TOYOE
| We have independently developed a three-stage buffer liner, integrating three functional components to build a comprehensive protective structure. At its core is EPP (Expanded Polypropylene) material, which serves as the primary impact-resistant layer—leveraging EPP’s excellent cushioning performance to absorb and disperse external impacts, effectively shielding fragile or precision items from collision damage. Complementing this are conductive fiber grids and a high-molecular anti-slip layer, each undertaking unique protective roles to form a multi-dimensional defense system |
The three components work in synergy to create a 3D protection system with all-around performance: the conductive fiber grids address the risk of static electricity, preventing electrostatic discharge from damaging sensitive electronic components or other static-sensitive goods; the high-molecular anti-slip layer enhances friction between the liner and the stored items, avoiding shifting or sliding during transportation. Together with the EPP impact-resistant layer, they cover impact protection, anti-static, and anti-slip needs, providing reliable, multi-scenario protection for various products
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The main structure is certified by German TUV. It has 200x100mm rectangular tubes, 4.5mm thick, with double stiffened crossbeams and prestressed diagonal braces. |
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| The bottom has adjustable anchors with built-in pressure sensors to monitor ground settlement and automatically adjust for height differences of 0-100mm. |
The single-layer shelf can withstand 115% of the rated load (1150kg) for 72 hours without deformation, meeting the storage requirements of heavy components like battery packs in new energy vehicles. |
|
| We have independently developed a three-stage buffer liner, integrating three functional components to build a comprehensive protective structure. At its core is EPP (Expanded Polypropylene) material, which serves as the primary impact-resistant layer—leveraging EPP’s excellent cushioning performance to absorb and disperse external impacts, effectively shielding fragile or precision items from collision damage. Complementing this are conductive fiber grids and a high-molecular anti-slip layer, each undertaking unique protective roles to form a multi-dimensional defense system |
The three components work in synergy to create a 3D protection system with all-around performance: the conductive fiber grids address the risk of static electricity, preventing electrostatic discharge from damaging sensitive electronic components or other static-sensitive goods; the high-molecular anti-slip layer enhances friction between the liner and the stored items, avoiding shifting or sliding during transportation. Together with the EPP impact-resistant layer, they cover impact protection, anti-static, and anti-slip needs, providing reliable, multi-scenario protection for various products
| | |
The main structure is certified by German TUV. It has 200x100mm rectangular tubes, 4.5mm thick, with double stiffened crossbeams and prestressed diagonal braces. |
|
| The bottom has adjustable anchors with built-in pressure sensors to monitor ground settlement and automatically adjust for height differences of 0-100mm. |
The single-layer shelf can withstand 115% of the rated load (1150kg) for 72 hours without deformation, meeting the storage requirements of heavy components like battery packs in new energy vehicles. |
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