Improving the carrying capacity of container bags requires starting from many aspects. The following are some specific suggestions:
1. Optimize material selection
Increase material thickness: By selecting higher-strength materials or increasing the number of material layers, the load-bearing capacity of the container bag can be directly increased. For example, use multi-layer composite materials or increase the thickness of polypropylene (PP) materials.
Select high-strength materials: high-strength synthetic fiber materials such as polyester (PET) and nylon (NYLON). These materials have higher tensile strength and abrasion resistance, which can increase the load-bearing capacity of the container bag.
2. Strengthen structural design
Optimize the structural design of the bag: By optimizing the structural design of the container bag, the load-bearing performance of the material can be fully utilized. For example, the structural stability of the bag can be enhanced by reinforcing ribs, increasing bottom support, and optimizing strap design.
Reasonable layout of stiffeners: The layout of stiffeners should be reasonable and able to cover the key stress-bearing areas of the container bag, such as the bottom, sides, and top. Avoid creating excessive spaces between stiffeners that could reduce overall structural strength. At the same time, the number and size of the reinforcing ribs should be reasonably designed according to the purpose and load-bearing requirements of the container bag.
3. Improve manufacturing technology
Increase the stitching strength: Improving the stitching strength of the container bag can effectively prevent tearing during the load-bearing process. Thicker wire diameters, tighter stitching spacing, and more advanced sewing techniques can be used to enhance stitching strength.
Bottom reinforcement treatment: Special treatment is performed on the bottom of the container bag, such as increasing the thickness of the bottom, using circular or cross-shaped reinforcement ribs, etc., to improve the load-bearing capacity of the bottom.
4. Correct selection and use
Choose container bags based on needs: In actual use, appropriate container bags should be selected based on the weight, size, and other characteristics of the goods. Make sure the carrying capacity of the selected container bag meets actual needs.
Follow the correct usage methods: such as avoiding overloading, avoiding puncture by sharp objects, and avoiding use in harsh environments, etc. These can effectively extend the service life of the container bag and improve its load-bearing capacity.
5. Load cargo reasonably
Ensure that the cargo is evenly distributed: When loading cargo, ensure that the cargo is evenly distributed to avoid being too heavy or too light. This helps the FIBC maintain balance and stability during load-bearing.
Avoid excessive compression or stretching: During the loading process, excessive compression or stretching of the container bag should be avoided to avoid adverse effects on its load-bearing capacity.