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| Brand Name: | SINOPACK |
| Model Number: | SINA26011 |
| MOQ: | 1000PCS |
| Price: | Negotiable |
| Delivery Time: | 30dAYS |
| Payment Terms: | T/T |
Urea, compound fertilizer and other fertilizer granules can all be packed in FIBCs, but different projects do not always use the same filling equipment, discharge system, working load or handling method.
A fixed bag size, spout configuration or lifting arrangement may work on one packaging line but may not fit another.
For fertilizer applications, customization should therefore focus on matching the FIBC to the actual packaging process rather than simply changing the bag dimensions.
A fertilizer FIBC usually operates across several stages, including upstream filling, full-bag handling, storage, transportation and downstream discharge.
The filling spout needs to match the filling pipe and clamping method, while the discharge spout needs to suit material flow and downstream receiving equipment.
Lifting-loop dimensions are related to forklift or hoisting conditions.
If the project also requires control of filled-bag shape, the internal baffle configuration may need to be reviewed.
Effective customization therefore considers material, equipment interfaces, handling method and packaging identification requirements together.
The current product has a defined reference configuration with a 105 × 105 × 120cm bag size, 1000kg working load and 5:1 safety factor.
The body uses 160g/m² white coated fabric, with minimum ≥1700N warp and weft fabric strength.
The reference design includes a φ45 × 50cm top filling spout, φ45 × 50cm bottom discharge spout, four 5 × 165cm lifting loops, and four 54 × 100cm internal baffles.
This configuration can be used as a practical starting point for urea and fertilizer granule packaging, while bag size, spouts, loops, baffles, ties and printing can be further confirmed according to the actual project.
| Parameter | Reference Specification |
|---|---|
| Bag Size | 105 × 105 × 120cm |
| Safe Working Load | 1000kg |
| Safety Factor | 5:1 |
| Body Material | 160g/m² White Coated Fabric |
| Warp Fabric Strength | ≥1700N |
| Weft Fabric Strength | ≥1700N |
| Top Filling Spout | φ45 × 50cm |
| Bottom Discharge Spout | φ45 × 50cm |
| Lifting Loops | 4 pcs, 5 × 165cm |
| Internal Baffles | 4 pcs, 54 × 100cm |
| Tie Length | 25cm |
| UV Addition | 1% |
These values represent the current reference configuration rather than the only possible design. For different fertilizer packaging lines, the final FIBC structure should be confirmed according to filling equipment, downstream discharge systems, handling methods and bag dimensions instead of changing one parameter independently.
Customization starts with the packed material and packaging target.
For urea, compound fertilizer or similar fertilizer granules, the project should first define the target bag load, material condition and whether top filling and bottom discharge are required.
The next step is equipment-interface confirmation.
The current filling and discharge spouts are φ45 × 50cm, but final dimensions can be matched to filling pipes, bag-clamping systems, hopper openings or conveying equipment.
Handling conditions should also be reviewed.
The reference design uses four 5 × 165cm lifting loops, while the final configuration can be confirmed according to forklift dimensions, lifting method and available working space.
Printing and label positions can then be finalized according to the customer's packaging-management requirements.
Filling and discharge spouts are among the most important customization points for fertilizer packaging equipment compatibility.
The current reference design uses φ45 × 50cm top and bottom spouts.
If the customer's filling system uses a different pipe diameter, the filling spout can be confirmed according to the actual interface.
The discharge outlet should be matched to fertilizer flowability, hopper design and downstream conveying conditions.
The purpose of spout customization is not simply to make the opening larger or smaller, but to create a suitable connection with the actual upstream and downstream equipment.
The reference configuration uses four lifting loops and four internal baffles.
The lifting loops support full-bag handling, while the internal baffles provide structural restraint against excessive lateral expansion after filling.
If forklift access, handling method or filled-bag shape requirements differ, these structures can be reviewed according to the operating conditions.
The reference body uses 160g/m² coated fabric with minimum ≥1700N warp and weft strength.
If bag dimensions, working load or structural configuration change significantly, the related material and load specifications should also be reconfirmed.
The current manufacturing specification includes one-side, one-color black printing.
For B2B fertilizer packaging projects, printing can be confirmed for product names, company markings, specifications, batch information or other identification requirements.
Printing areas and label positions should be finalized before production to avoid interference with filling spouts, lifting loops or other functional structures.
This Custom Chemical FIBC is mainly intended for bulk packaging projects involving urea, compound fertilizer and similar fertilizer granules. The current 105 × 105 × 120cm, 1000kg, 5:1 and 160g/m² coated configuration can be used as a reference, while filling interfaces, discharge structure, forklift handling conditions, bag configuration and printing can be adjusted according to the actual fertilizer packaging line.
No.
A change in bag dimensions may also affect filling volume, filled-bag shape and overall structure, so the working load, equipment interfaces and handling method should be reviewed together.
Yes, according to project requirements.
The current reference dimensions are φ45 × 50cm, while final dimensions should be matched to filling pipes, clamping systems, hoppers and downstream conveying equipment.
The loop configuration can be reviewed according to actual handling conditions.
The current reference design uses four 5 × 165cm lifting loops.
Not necessarily.
The current design uses four 54 × 100cm baffles. Whether this structure is required depends on the filled-bag shape and project requirements.
No.
If the required working load changes, the related fabric, lifting and structural specifications should also be technically reconfirmed.
Printing content and position can be confirmed according to project requirements.
The current manufacturing specification already includes one-side, one-color black printing as a reference.
