Product Brief Description:
Inflatable pillars (air column bags) are a new type of cushioning packaging material filled with natural air, offering excellent cushioning and protective properties, widely used in logistics, transportation, and packaging industries.
Product Detailed Description:
Main Raw Materials: Inflatable pillars are primarily made from LLDPE (linear low-density polyethylene) and nylon materials, which provide excellent tensile strength and balance.
Production Process: The continuous pressing process forms a non-porous inflatable column, and the protective film is made into an inflatable column protection bag, known as an Air-Bag.
Main Features:
Aesthetic Appearance: Transparent, closely fitting the product, and designed with precision, enhancing the product's value and corporate image.
Environmental Friendliness: Complies with the seventh category of recyclable resources, recyclable, and in line with modern environmental requirements.
Waterproof and Moisture-Resistant: Made from plastic materials, providing excellent waterproof and moisture-resistant properties.
Good Air-Tightness: The average air leakage rate is 10% within 6 months.
Strong Cushioning and Shock Absorption: The components of the air column bag are PE + nylon, which are durable and have good air-tightness. The air columns support and suspend the product, effectively absorbing external pressure. If one air column is damaged, the others remain unaffected and continue to provide protection.
Wide Application Areas: Suitable for packaging a variety of fragile items, including suitcases, handbags, liquid products, electronic products, circuit boards, pharmaceuticals, books, cosmetics, precision instruments, ceramics, crafts, household appliances, glass products, hardware products, milk powder cans, furniture, fruits, and flowers.
Cost-Effective Molding: Customizable to fit the product dimensions, eliminating the need for molds and allowing for compatible use.
Space-Saving: Before inflation, the bags are thin and flat, saving over 90% of storage space compared to other packaging materials like foam, pulp, and polyethylene foam.
Reduced Transportation Costs: Replaces traditional packaging materials, reducing the external box volume by over 10%, increasing the number of items that can be loaded.
