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| Brand Name: | Cholly |
| MOQ: | 2000pcs |
| Price: | Negotiable |
| Delivery Time: | 10days |
| Payment Terms: | T/T, L/C |
This Top Filling Lithium Carbonate FIBC Bag is designed around the complete material-transfer process: lithium carbonate powder enters through filling equipment, remains in the bag during storage and transportation, and is discharged into downstream processing equipment through the bottom outlet.
The bag has a Φ45 × 60 cm top filling spout for connection to a powder filler or storage hopper. A Φ40 × 55 cm bottom discharge spout allows gravity unloading without cutting open the bottom panel.
Both spouts use flexible 90 g/m² internally coated PE material for easier connection and closure. The filling spout has a 25 cm tie, while the discharge spout has a 20 cm tie for closing the bag after filling and controlling the outlet before discharge.
With a rated load of 1,000 kg, the bag is suitable for lithium carbonate handling systems requiring defined filling connections, bottom discharge and batch-based material transfer.
The filling spout connects the bag to filling equipment and directs lithium carbonate powder into the bag from a defined position.
The documented filling configuration includes:
The filling-spout diameter should be matched to the equipment outlet. An oversized spout may be difficult to secure, while an undersized spout may restrict filling or cause material accumulation around the connection.
The bottom outlet supports controlled unloading of lithium carbonate at the point of use. Operators can open the spout without cutting or damaging the bottom panel.
The documented discharge configuration includes:
Actual discharge speed depends on powder flowability, particle size and moisture condition. Material that tends to bridge or compact should be evaluated through an unloading test rather than by outlet diameter alone.
This Lithium Carbonate FIBC Bag is intended for end-of-line filling, finished-product storage, internal transfer, logistics transportation and downstream feeding of battery-grade or industrial-grade lithium carbonate powder, particularly in handling systems with an overhead hopper or screw-filling unit and a receiving station or mixing system below the bag; the top spout connects to the filling side, while the bottom outlet supports point-of-use discharge and forms a complete filling, closing, handling and unloading process.
| Specification | Product configuration |
|---|---|
| Product name | Top Filling and Bottom Discharge Lithium Carbonate FIBC Bag |
| Core keyword | Lithium Carbonate FIBC Bag |
| Suitable material | Lithium carbonate powder |
| Rated load | 1,000 kg |
| Nominal dimensions | 108 × 108 × 125 cm |
| Body fabric | 190 g/m², internally coated |
| Top and bottom panels | 185 g/m², internally coated |
| Filling-spout dimensions | Φ45 × 60 cm |
| Filling-spout cut piece | 151 × 65 cm |
| Top-panel opening | Φ39 cm |
| Filling-spout material | 90 g/m² internally coated PE |
| Filling-spout tie | 25 cm |
| Discharge-spout dimensions | Φ40 × 55 cm |
| Discharge-spout cut piece | 136 × 60 cm |
| Bottom-panel opening | Φ34 cm |
| Discharge-spout material | 90 g/m² internally coated PE |
| Discharge-spout tie | 20 cm |
| Spout requirement | Flexible material with finished raw edges |
| Baffle construction | Four internal baffles |
| Baffle dimensions | 56 × 100 cm |
| Lifting-loop design | Four cross-corner loops |
| Loop dimensions | 7 × 151 cm |
| Loop tensile requirement | ≥17,000 N per loop |
| Fabric tensile strength | ≥1,700 N/50 mm |
| Weaving density | 54 × 54 yarns/10 cm |
| Stitch density | 10 stitches/10 cm |
| UV additive | 1% |
Measure the outside diameter of the filling machine or hopper outlet before specifying the filling spout. The spout should fit over the outlet and leave enough length for secure attachment.
Confirm:
The standard Φ45 × 60 cm filling spout can be adjusted when it does not match the equipment.
Powder entering the bag displaces the air inside it. For high filling rates, define how this air will escape to avoid premature bag inflation or powder accumulation around the inlet.
Options may include:
The Φ40 × 55 cm discharge spout supports gravity discharge, but performance depends on the actual lithium carbonate characteristics.
Confirm:
For partial or batch discharge, determine whether the standard tie closure is sufficient or whether a double outlet, flap valve or protective cover is required.
For complete single-batch discharge, focus on matching the outlet diameter to the receiving equipment.
A bottom spout allows centralized discharge but does not guarantee that no material will remain inside the bag. Baffle position, bottom construction and powder flowability can all affect residue.
When a residue limit is specified, verify it through an actual filling and discharge test with lithium carbonate powder.
