Product Features

Heat Insulation and Temperature Resistance

The aluminum foil layer reflects the vast majority of solar heat radiation, keeping the internal temperature significantly lower than that of ordinary ton bags when exposed to direct sunlight. The overall structure can withstand a temperature range of -50°C to 121°C, remaining stable without softening, deforming, or releasing harmful substances under high-temperature conditions.

Waterproof and Oxygen Barrier

The aluminum foil layer, combined with heat sealing, forms a dual protection barrier that effectively prevents air and moisture penetration. This addresses issues of moisture absorption and oxidation in stored materials, making it ideal for long-distance shipping and extended storage.

Anti-Static

The fabric of the Aluminum Foil Ton Bag and the woven conductive wires in the straps eliminate static electricity generated during loading and unloading, reducing safety risks associated with flammable and explosive materials.

High Strength and Damage Resistance

The base fabric achieves a tensile strength of 2000–3000 N in both warp and weft directions, several times stronger than ordinary jute bags. It also offers excellent puncture resistance and can withstand impacts and compressions during transportation.

Production equipment

215001

Why choose us

Usage Value: Why Choose Aluminum Foil Ton Bags?

Reduction of Loss

Compared to traditional sacks, the loss rate when packaging metal powder can be reduced from 5% to below 1%, minimizing material waste and environmental pollution.

Improvement of Storage Efficiency

After packaging, the bags maintain a cubic shape, enabling multi-layer stacking that saves storage space. They are also suitable for complex environments, including high-temperature exposure and ocean transportation.

Ensuring Safety and Stability

With anti-static, anti-leakage, and high-low temperature resistance properties, these bags reduce the risks of material combustion, explosion, and deterioration, while minimizing return rates due to packaging issues.