FIBCs are large containers commonly used in modern port transportation. They can hold a large number of goods and are very convenient. We know that in port transportation, dust and humid air are unavoidable due to weather and the natural environment. Many products require dust and moisture protection. So how do FIBCs achieve dust and moisture protection?
FIBCs are flexible packaging containers, mainly made of polypropylene with a small amount of stabilizing agents added and mixed evenly. The mixture is melted and extruded into a plastic film using an extruder, cut into filaments, stretched, and thermoformed into high-strength, low-elongation PP filaments. These filaments are then woven and laminated to create a plastic woven fabric base, which is then sewn together with straps and other accessories to form FIBCs. They are moisture-proof, dust-proof, radiation-proof, sturdy, and safe. They are easy to load, unload, and handle during cargo transportation, greatly improving work efficiency. They are currently the most widely used transport packaging.
The production of FIBCs (Flexible Intermediate Bulk Containers) employs a combined upper and lower feeding system and a cross-lifting mechanism for presser feet. This ensures that the sewing process remains smooth and that adhesive sewing materials and special products do not shift at any length within the rated range, resulting in neat and aesthetically pleasing products. A connecting rod thread take-up mechanism increases the spindle speed, while high-precision machining of high-quality steel effectively reduces noise and extends service life.