Within the global logistics chain, paper packaging must not only be lightweight and eco-friendly but also withstand stacking, endure drops, and resist vibrations. This solution addresses three core challenges faced by cartons in real-world transportation and warehousing: stacking pressure resistance, handling drop impact, and long-distance vibration.
Through compression strength, drop impact, and random vibration testing equipment, we scientifically validate packaging structural reliability to prevent product damage, return claims, or loss of customer trust due to packaging failure.
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Suitable for exporters of automotive parts, electronics, home appliances, and e-commerce enterprises, this solution helps optimize packaging design to meet international standards while achieving the optimal balance between cost and protection.
Corrugated Box/Paper Packaging Material Strength Verification
1. Compression Strength Testing
Simulates the ability of bottom-layer boxes to withstand prolonged static pressure during warehouse stacking.
Equipment: Ring Crush Tester
2. Impact and Drop Testing
Simulates accidental drops during manual or mechanical handling to evaluate packaging's protective capability for contents.
Equipment: Drop Tester
3. Vibration Testing
Simulates continuous random vibrations encountered in trucks, ships, and other transport vehicles to inspect packaging wear and product securing.
Equipment: Vibration Test Bench