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| Brand Name: | Cholly |
| MOQ: | 2000pcs |
| Price: | Negotiable |
| Delivery Time: | 10days |
| Payment Terms: | T/T, L/C |
When lithium carbonate is packed in 1,000 kg FIBCs, buyers need to consider more than whether the material fits inside the bag. The actual profile after filling is also important.
A conventional bulk bag may expand around the middle under internal material pressure. This increases the occupied footprint and can affect pallet fit, warehouse arrangement and transport loading.
For operations using fixed pallets, containers or automated filling equipment, controlling the filled-bag profile can be more important than the empty-bag dimensions.
The bulk density, particle size and flow characteristics of lithium carbonate affect the lateral pressure applied to the bag walls. Without internal restraints, opposing walls can move outward as the bag is filled.
Fabric weight, weaving density and tensile strength also influence how the sidewalls respond under load. Increasing the bag dimensions alone does not control lateral expansion. The fabric construction and internal baffles must work together to manage the filled-bag profile.
This 190 g/m² Coated Lithium Carbonate FIBC Bag has a rated load of 1,000 kg and nominal dimensions of 108 × 108 × 125 cm.
The body uses 190 g/m² internally coated fabric with a specified tensile strength of ≥1,700 N/50 mm and a weaving density of 54 × 54 yarns/10 cm. These values provide measurable references for evaluating the body construction.
Four 56 × 100 cm internal baffle panels connect the opposing bag walls. During filling, the baffles restrain outward wall movement and help maintain a more controlled square profile.
A Φ45 × 60 cm filling spout supports connection to filling equipment, while a Φ40 × 55 cm discharge spout allows bottom unloading. The four cross-corner loops are sewn 30 cm down the bag body, with a specified tensile requirement of ≥17,000 N per loop.
This product is designed for 1-ton packaging operations throughout lithium carbonate production and supply chains, including:
The baffle structure is intended to control the bag profile. It does not, by itself, establish certified stacking performance. Multi-layer stacking should be evaluated according to filled-bag tests, pallet dimensions and storage height.
| Specification | Product configuration |
|---|---|
| Core product | 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 and bottom panels | 185 g/m² internally coated fabric |
| Number of baffles | Four |
| Baffle dimensions | 56 × 100 cm |
| Baffle fabric weight | 130 g/m², internally coated |
| Filling spout | Φ45 × 60 cm |
| Discharge spout | Φ40 × 55 cm |
| Lifting-loop design | Four cross-corner loops |
| Loop dimensions | 7 × 151 cm |
| Loop weight | 52 g/m |
| Loop tensile requirement | ≥17,000 N per loop |
| Sewn-down loop length | 30 cm |
| Stitch density | 10 stitches/10 cm |
| UV additive | 1% |
| Filling method | Top filling |
| Discharge method | Bottom gravity discharge |
| Information to confirm | Effect on bag selection |
|---|---|
| Lithium carbonate bulk density | Determines the volume required for a 1,000 kg filling weight |
| Permitted filled-bag profile | Determines the required baffle construction |
| Pallet dimensions | Determines whether the base dimensions need adjustment |
| Filling-machine connection | Determines filling-spout diameter, length and fixing method |
| Discharge-equipment connection | Determines discharge-spout diameter and length |
| Powder flowability | Affects outlet dimensions and assisted-discharge requirements |
| Moisture-control requirement | Determines whether a separate PE liner is required |
| Cleanliness requirement | Affects the production environment and packing method |
| Lifting equipment | Affects loop style, length and handling procedure |
| Outdoor storage period | Affects the UV formulation and external protection |
For filled-bag profile control:
Confirm the bulk density, filling height, pallet dimensions and baffle arrangement.
For automated filling:
Confirm the filling-machine outlet, filling speed, spout connection and air-venting requirements.
For bottom discharge:
Confirm the outlet dimensions, powder flowability, discharge-control method and acceptable residue.
For battery-grade material packaging:
Separately define the liner, cleanliness, metallic-contamination and moisture-control requirements.
