Geotextile and Industrial Packaging Bags

Geotextile and industrial packaging bags use woven or nonwoven technical fabrics for containment of construction materials, industrial minerals, and environmental remediation applications where conventional packaging fails under service conditions. Supersacks for aggregate (woven PP, 1,000–2,000 kg SWL, UV-stabilised, O-ring top, flat bottom, 4 lifting loops, ISO 21898 Type A) transport quarried stone, recycled aggregate, sand, and gravel at construction sites replacing skip containers at 40–50% lower logistics cost. Gabion bags (woven PP or galvanised steel mesh, 1–8 tonne fill capacity, UV resistance >5 years) provide flexible, permeable retaining structures for river bank protection, coastal revetment, and slope stabilisation at $15–40/unit versus $150–300 for equivalent precast concrete blocks. Dewatering bags (geotextile, O₉₀ 0.1–0.2 mm, woven PP, 200–400 g/m², 1–4 m³ capacity) receive dredged slurry, settling solids while passing clarified water — used in construction site dewatering and harbour maintenance. Jumbo bags for hazardous materials (woven PP, UN 13H3 certified, antistatic Type C fabric, sealed polyethylene liner 200 µm) transport reactive chemicals, fine pigments, and pharmaceutical intermediates meeting ADR (European Agreement for Dangerous Goods Road Transport) requirements. Landscape fabric bags (nonwoven PP, 5–200 litre, needle-punched, 100–200 g/m², water permeability >30 L/m²/s) for tree and shrub transplanting provide root containment with controlled air-pruning preventing root circling — air-pruned root systems show 40–60% higher post-transplant survival versus conventional root ball burlap. Global industrial packaging bag market exceeds $1.2 billion.