The cooperating client is a large‑scale fine‑chemical manufacturer in Europe and America, specializing in the production, repackaging, warehouse stacking and cross‑border distribution of various granular chemical raw materials and resin pellets. The enterprise consumes large volumes of FIBC bulk bags for chemical granular materials on a daily basis. Filled bags require multi‑layer palletized stacking in warehouses, with the whole logistics chain including loading‑unloading, handling and containerized sea shipment completed by forklifts.
Previously, the client adopted the conventional solution of separate pallets paired with ordinary FIBCs. Bagged goods tended to slide and tilt on plastic pallets, resulting in poor stability for high‑level stacking and frequent risks of stack collapse. Manual strapping was required to secure bulk bags to pallets for every container loading and handling operation, consuming considerable man‑hours. In addition, empty bags and empty pallets had to be stored separately, occupying substantial plant and warehouse floor space. Pallets also added extra volume and weight during sea transportation, driving up overall logistics costs. The client sought an innovative integrated packaging solution to fundamentally resolve problems such as unstable stacking, cumbersome handling and high warehousing & ocean‑freight expenses.
The granular chemical materials handled feature high flowability, making filled bags round and plump. No sliding, tilting or collapse shall occur during multi‑tier stacking. No additional stretch film or straps shall be used to fasten bags to pallets. Forklifts shall directly pick and transfer loaded units to fit automated forklift assembly‑line operations on‑site.
Pallet and FIBC shall be integrated as one non‑detachable unit. Under empty condition, the whole assembly shall be foldable for combined storage, eliminating separate storage for bags and plastic pallets and saving warehouse space.
The bag shall deliver good air‑tightness and dust‑proof performance to block moisture ingress and prevent caking of internal chemical granules caused by dampness.
Lifting loops shall provide high load‑bearing capacity, compatible with both forklift ground handling and overhead‑crane hoisting for repeated cyclic use.
The overall package shall have regular geometry to enable compact container loading, reduce shipping volume and cut cross‑border ocean freight. Meanwhile, the product shall comply with import‑safety specifications for chemical packaging in Europe and America.
Tailored to the client’s full‑process operating conditions including European‑American warehousing stacking, forklift handling and export sea shipment, we custom‑designed FIBCs with an integrally built‑in bottom pallet. A heavy‑duty plastic pallet is sewn into the bag bottom, forming a firm non‑separable assembly. Standard forklift pockets are reserved on four sides of the pallet, allowing forklift tines to directly engage for stable handling of full loaded bags. Once filled with granular materials, the bottom pallet holds the bag securely. Even under multi‑layer stacking, stress is evenly distributed without sliding or stack collapse, eliminating manual strapping and wrapping entirely.
The bag body is constructed from heavy‑duty chemical‑grade PP woven fabric, fitted with a PE barrier inner liner for outstanding dust‑proof and moisture‑sealing performance, protecting internal chemical raw materials from moisture and dust contamination.
Lifting loops around the bag perimeter are fully reinforced with multi‑ply bound seams at stress points, supporting both ground forklift transfer and overhead hoisting. The fabric offers excellent wear and tear resistance for multiple reuse cycles.
After material discharge, the complete empty unit can be folded inward along bag creases with the pallet folded together, removing the need for separate storage. A dedicated barcode‑label area is reserved on the bag body to facilitate warehouse scanning and inventory management. Sewing workmanship and material standards pass European‑American packaging‑safety tests and satisfy export compliance requirements.
After deployment of the integrated‑pallet FIBCs, filled‑bag stacking remains stable and secure. Hazards of cargo tilting and stack collapse are completely eliminated. Procedures for stretch‑film wrapping and manual securing are removed. Each loading‑unloading line saves substantial manual working hours daily, boosting handling efficiency by 40 %.
Empty bags can be folded together with their bottom pallets. Warehouse floor occupation is reduced by more than half compared with the former separate bag‑and‑pallet mode, greatly improving warehouse utilization.
The sealed liner effectively keeps chemical granules dry and dust‑free, steadily raising finished‑product qualification rates.
Regular bag geometry maximizes container internal space, increasing cargo load per container and lowering overall cross‑border ocean‑shipping costs by 28 %.
Robust construction enables far more reuse cycles than conventional FIBCs, continuously reducing long‑term consumable procurement expenditure. All performance indicators meet the enterprise’s export operational requirements.
“These FIBCs with integrated bottom pallets perfectly address our long‑standing pain points: prone‑to‑collapse stacking, labor‑intensive strapping during handling, and high warehousing & shipping costs. Forklift picking is easy and reliable, multi‑tier stacking stays safe and stable, and the foldable‑storage design frees up considerable warehouse space. Ocean container loading also becomes more cost‑effective, while moisture‑protection for materials meets our requirements. This integrated packaging solution greatly optimizes our entire storage‑and‑transport supply chain. We will keep purchasing these custom‑made FIBCs for all granular‑chemical‑raw‑material export turnover and establish long‑term strategic cooperation.”