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Plastic
TOYOE
| The main frame uses military-grade modified PP, a material valued for exceptional durability, impact resistance, and harsh-condition adaptability. Unlike standard PP, its military-grade modification boosts structural stability and extreme-environment tolerance, suiting scenarios with frequent handling or external pressure. It’s made via one-piece two-color injection molding to enable seamless integration, eliminate weak joints, strengthen structure, and ensure a uniform finish |
Beyond its robust material and manufacturing, the main frame excels in low-temperature performance. Even in harsh cold conditions as low as -30℃, it retains 87% of its original impact strength. This means it won’t become brittle or crack under freezing temperatures, a critical advantage for use in cold storage facilities, outdoor logistics, or regions with frigid climates. This temperature resilience ensures the frame maintains reliable performance across diverse environments, avoiding the common issue of material degradation in cold conditions
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| To meet the specific needs of new energy vehicle battery modules, we’ve developed a conductive anti-static version—its surface resistance is stabilized between 10⁶–10⁹Ω, and it has obtained EU CE certification. |
When used on CATL’s production lines, this pallet increases battery cell loading efficiency by 41% and lowers the cost per turnover by 0.32 yuan. |
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| The modular design concept is integrated throughout: Detachable partitions support 15 spatial combinations for fast adaptation to components of varying specifications. RFID tags enable full-life-cycle traceability, ensuring 99.97% accurate inventory counts. |
Custom pressure relief valve setup endured 55℃ pressure fluctuations in Zhengzhou Nissan's high-temperature test, safeguarding packaging intactness. |
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| This solution has German TUV environmental certification, uses 100% recyclable materials in closed loop. Chongqing Changan Automobile’s carbon footprint calculation: single pallet’s full-life carbon reduction is 12.7kg (equivalent to 0.7 mature trees planted). |
| The main frame uses military-grade modified PP, a material valued for exceptional durability, impact resistance, and harsh-condition adaptability. Unlike standard PP, its military-grade modification boosts structural stability and extreme-environment tolerance, suiting scenarios with frequent handling or external pressure. It’s made via one-piece two-color injection molding to enable seamless integration, eliminate weak joints, strengthen structure, and ensure a uniform finish |
Beyond its robust material and manufacturing, the main frame excels in low-temperature performance. Even in harsh cold conditions as low as -30℃, it retains 87% of its original impact strength. This means it won’t become brittle or crack under freezing temperatures, a critical advantage for use in cold storage facilities, outdoor logistics, or regions with frigid climates. This temperature resilience ensures the frame maintains reliable performance across diverse environments, avoiding the common issue of material degradation in cold conditions
| | |
| To meet the specific needs of new energy vehicle battery modules, we’ve developed a conductive anti-static version—its surface resistance is stabilized between 10⁶–10⁹Ω, and it has obtained EU CE certification. |
When used on CATL’s production lines, this pallet increases battery cell loading efficiency by 41% and lowers the cost per turnover by 0.32 yuan. |
|
| The modular design concept is integrated throughout: Detachable partitions support 15 spatial combinations for fast adaptation to components of varying specifications. RFID tags enable full-life-cycle traceability, ensuring 99.97% accurate inventory counts. |
Custom pressure relief valve setup endured 55℃ pressure fluctuations in Zhengzhou Nissan's high-temperature test, safeguarding packaging intactness. |
|
| This solution has German TUV environmental certification, uses 100% recyclable materials in closed loop. Chongqing Changan Automobile’s carbon footprint calculation: single pallet’s full-life carbon reduction is 12.7kg (equivalent to 0.7 mature trees planted). |
