Cushioning Packaging

Cushioning packaging refers to packaging structures or materials designed with shock-absorbing and resilient properties in transport packaging to protect contents from mechanical damage such as impact, vibration, and drops. Usage scenarios include export transportation of high-value or fragile goods such as electronics, precision instruments, glass, ceramics, and fragile items, usually used in conjunction with outer packaging like cartons and wooden cases. Precautions: Select appropriate cushioning materials (e.g., EPE pearl cotton, EPS foam, bubble wrap, honeycomb paperboard) based on cargo weight, fragility, and transport mode (sea/air/express), and verify through drop tests; also pay attention to target market regulations on eco-friendly packaging (e.g., EU Packaging Directive) and avoid non-recyclable materials. The difference from 'moisture-proof packaging' and 'rust-proof packaging' is that cushioning packaging focuses on mechanical protection rather than humidity or chemical corrosion protection; unlike 'fixed packaging', cushioning packaging allows some displacement to absorb energy rather than completely rigid fixation.