Brief Introduction to Bubble Bags 

• Shock absorption and cushioning performance is increased by 60%-80%: The air cushion chambers can absorb over 80% of impact energy, reducing the transportation damage rate of fragile items from over 25% (with regular packaging) to below 5%—a decrease of more than 90%;
• Anti-scratching performance is enhanced by 35%-55%: The raised structure on the surface of the bubble film prevents direct friction between items inside the package, for example, reducing the scratch rate of electronic screens by 85% compared to regular PE bags;
• Moisture resistance is improved by 25%-40%: The PE base material combined with air barrier in the bubbles results in a moisture transmission rate 60% lower than that of kraft paper packaging, making it suitable for humid environments or cross-border sea shipping scenarios;
• Cushioning stability is boosted by 40%-60%: The independent bubble design avoids total cushioning failure caused by local damage, whereas regular foam packaging loses its protective effect once it breaks.

1. Multi-functional material adaptability: Customizable composite structures (e.g., aluminum-plated bubble bags for enhanced light resistance, kraft paper bubble bags for improved stiffness) are available, while regular PE bags/kraft paper envelopes only have single-material functions;
2. Lightweight for cost reduction: It is 30%-40% lighter than foam packaging with equivalent protective effects, which can reduce logistics and transportation costs by 15%-20%, and also occupies less space for warehouse stacking;
3. Eco-friendliness and reusability: PE-based bubble bags can be folded and reused 3-5 times, and are recyclable after disposal—more eco-friendly than disposable foam packaging, solving the pain point that regular cushioning materials are difficult to recycle.