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| Brand Name: | Cholly |
| MOQ: | 2000pcs |
| Price: | Negotiable |
| Delivery Time: | 10days |
| Payment Terms: | T/T, L/C |
This 190 g/m² Lithium Carbonate FIBC Bag is designed for filling, internal transfer, storage and transportation of lithium carbonate powder. The body uses 190 g/m² internally coated fabric. The coating covers the openings in the woven fabric and helps reduce the risk of fine powder escaping through the fabric structure.
The bag has a rated load of 1,000 kg and nominal dimensions of 108 × 108 × 125 cm. Its specified fabric tensile strength is ≥1,700 N/50 mm, with a weaving density of 54 × 54 yarns per 10 cm. These values provide measurable references for fabric and bag-structure selection.
A top filling spout and bottom discharge spout allow the bag to connect with filling and unloading systems. Four internal baffles restrain excessive outward movement of the bag walls, while four cross-corner lifting loops support mechanical handling.
The coated construction is primarily intended to improve powder control through the fabric openings. If the application has stricter requirements for moisture protection, needle-hole leakage or internal cleanliness, an additional liner or specialized seam construction should be considered.
The product is suitable for 1-ton powder-packaging operations throughout lithium carbonate production, processing and distribution, including:
For fine lithium carbonate powder or applications with defined moisture-control requirements, a separate PE liner should be evaluated according to the actual material and storage conditions.
| Specification | Product configuration |
|---|---|
| Product name | Coated Lithium Carbonate FIBC Bag |
| Core keyword | Lithium Carbonate FIBC Bag |
| Suitable material | Lithium carbonate powder |
| Rated load | 1,000 kg / 1 Ton |
| Nominal dimensions | 108 × 108 × 125 cm |
| Bag construction | Tubular body with four internal baffles |
| Body fabric weight | 190 g/m² |
| Fabric treatment | Internally coated |
| Fabric tensile strength | ≥1,700 N/50 mm |
| Weaving density | 54 × 54 yarns/10 cm |
| Top-panel dimensions | 118 × 118 cm |
| Top-panel fabric | 185 g/m², internally coated |
| Bottom-panel dimensions | 118 × 118 cm |
| Bottom-panel fabric | 185 g/m², internally coated |
| Filling spout | Φ45 × 60 cm |
| Filling-spout material | 90 g/m² internally coated PE |
| Discharge spout | Φ40 × 55 cm |
| Discharge-spout material | 90 g/m² internally coated PE |
| Number of baffles | Four |
| Baffle dimensions | 56 × 100 cm |
| Baffle fabric | 130 g/m², internally coated |
| Number of lifting loops | Four |
| Loop design | Cross-corner |
| Loop dimensions | 7 × 151 cm |
| Loop weight | 52 g/m |
| Sewn-down loop length | 30 cm |
| Loop tensile requirement | ≥17,000 N per loop |
| Stitch density | 10 stitches/10 cm |
| UV additive | 1% |
| Filling method | Top-spout filling |
| Discharge method | Bottom-spout discharge |
The volume occupied by lithium carbonate depends on its actual bulk density. Use the following calculation before confirming the dimensions:
Required bag volume (m³) = filling weight (kg) ÷ bulk density (kg/m³)
Verify whether 1,000 kg of the customer’s material matches the nominal 108 × 108 × 125 cm bag. The bag should not be selected by its 1-ton load rating alone.
Coated fabric helps control powder passing through the woven structure, but needle holes and stitched seams must be evaluated separately.
Confirm:
When strict powder control is required, conduct an actual filling test instead of relying only on the 190 g/m² fabric weight.
The documented bag uses internally coated fabric but does not include a separate liner. Coated fabric should not automatically be described as verified moisture-proof packaging.
Confirm:
The standard filling spout measures Φ45 × 60 cm. Confirm the filling-machine outlet diameter, fixing method, filling speed and air-venting requirement.
If filling generates trapped air or airborne powder, suitable venting or dust-collection measures should be considered.
The standard discharge spout measures Φ40 × 55 cm. Its final dimensions should be selected according to powder flowability, required discharge rate and equipment connection.
Poor-flowing powder may require:
For battery-grade lithium carbonate, confirm:
These requirements must be supported by production controls and inspection standards. They cannot be demonstrated by the 190 g/m² coated fabric specification alone.
