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| Brand Name: | SINOPACK |
| Model Number: | SINA26011 |
| MOQ: | 1000PCS |
| Price: | Negotiable |
| Delivery Time: | 30dAYS |
| Payment Terms: | T/T |
When FIBCs are used for urea, fertilizer and similar bulk materials, buyers usually need to evaluate more than bag capacity.
Filled bag shape, lifting configuration, fabric strength, filling method and discharge design all affect whether the FIBC is suitable for the actual handling process.
For 1000kg bulk packaging, general claims such as “high strength” or “stable construction” are not enough for technical evaluation.
Buyers need measurable data such as working load, safety factor, fabric strength and structural dimensions.
The filling and discharge configuration is also important when the bag must work with existing packaging equipment.
After bulk material is loaded into an FIBC, the packed material creates continuous outward pressure against the side walls.
Without internal restraint, the bag body can expand outward as the material level increases.
This product uses four internal baffles measuring 54 × 100cm.
The baffles are made from 130g/m² internally coated material and provide additional structural restraint inside the bag.
This design is suitable for bulk packaging applications where filled bag shape needs to be controlled.
Fabric weight alone should also not be used as the only indicator of performance.
The bag body uses 160g/m² coated fabric, while both warp and weft fabric strength are specified at ≥1700N.
This gives buyers both material weight and mechanical strength data for technical comparison.
The bag body, top and bottom use 160g/m² white coated fabric.
The coated construction helps reduce direct exposure of the packed material to the external environment.
However, without dedicated waterproof or moisture barrier testing, the bag should not be described as completely waterproof or 100% moisture-proof.
Four internal baffles measuring 54 × 100cm are installed inside the bag.
The baffle structure provides additional restraint during filling and differentiates the product from a standard non-baffled FIBC.
The bag is designed for a 1000kg working load with a 5:1 safety factor.
Warp and weft fabric strength are both specified at ≥1700N, providing measurable technical data for load-related evaluation.
Four lifting loops measuring 5 × 165cm are used, with one loop positioned on each side.
The lifting loops are sewn together with the bag body to form the lifting structure for forklift and hoisting operations.
| Parameter | Specification |
|---|---|
| Bag Size | 105 × 105 × 120cm |
| Safe Working Load | 1000kg |
| Safety Factor | 5:1 |
| Warp Fabric Strength | ≥1700N |
| Weft Fabric Strength | ≥1700N |
| Body Fabric | 160g/m² white coated fabric |
| Top Fabric | 160g/m² white coated fabric |
| Bottom Fabric | 160g/m² white coated fabric |
| Internal Baffles | 4 pcs, 54 × 100cm |
| Baffle Material | 130g/m² internally coated material |
| Lifting Loops | 4 pcs, 5 × 165cm |
| Filling Spout | φ45 × 50cm |
| Discharge Spout | φ45 × 50cm |
| Tie Length | 25cm |
| UV Addition | 1% |
The bag uses a top filling spout and a bottom discharge spout.
Both the filling and discharge spouts are specified at φ45 × 50cm and include 25cm ties.
The top filling spout can be used with common bulk filling processes, while the bottom discharge spout supports controlled material discharge.
Buyers should not only confirm whether filling and discharge spouts are available.
The equipment outlet diameter, clamping method and discharge process should also be checked before production.
If the filling equipment uses a significantly different outlet diameter, the spout size should be confirmed before bulk ordering.
The bag body, top and bottom use double-needle chain stitching at key seam positions.
Double-sided cotton sealing strips are also used at specified seams.
The filling and discharge spout connections use defined folding and sealing-strip structures.
These features can be described as part of the seam construction and material control design.
However, without formal leakage testing, the bag should not automatically be marketed as a 100% leak-proof or sift-proof FIBC.
This product is mainly suitable for urea, fertilizer and similar industrial bulk materials.
Typical applications include:
The current specification does not provide UN hazardous-goods certification, anti-static classification or food-grade compliance data.
These claims should therefore not be added to the product page.
If the target filling weight is close to 1000kg, this specification can be considered.
Buyers should evaluate both the working load and safety factor rather than only the bag dimensions.
This product is designed for a 1000kg working load with a 5:1 safety factor.
If filled bag shape is important to the packaging process, a baffled structure may be more suitable.
This product uses four 54 × 100cm internal baffles to provide additional internal restraint.
The filling spout measures φ45 × 50cm.
Before ordering, buyers should compare this size with the outlet diameter and clamping design of the existing filling equipment.
The bottom discharge spout is also φ45 × 50cm.
Material particle size, flow characteristics and discharge equipment should be considered before confirming the final configuration.
A 160g/m² fabric specification describes material weight but does not independently define mechanical strength.
This product also specifies ≥1700N warp strength and ≥1700N weft strength, so GSM and tensile strength should be evaluated together.
The rated working load is 1000kg with a 5:1 safety factor.
The product page should therefore remain consistent with the 1000kg specification and should not be expanded to 1500kg or 2000kg without separate technical data.
The four 54 × 100cm internal baffles provide additional restraint inside the bag body.
They are suitable for applications where the filled bag shape needs to be controlled during bulk packaging.
No.
The specification confirms that coated fabric is used, but it does not provide waterproof-rating or moisture-barrier test data.
It is more accurate to describe the product as using coated fabric rather than claiming complete waterproof performance.
The product includes a φ45 × 50cm top filling spout.
Actual compatibility depends on the filling machine outlet diameter, clamping system and connection design.
The product uses double-needle chain stitching and cotton sealing strips at selected seams.
However, there is no formal sift-proof classification or leakage test data, so the product should not be directly marketed as a verified sift-proof FIBC.
