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| Brand Name: | Cholly |
| MOQ: | 2000pcs |
| Price: | Negotiable |
| Delivery Time: | 10days |
| Payment Terms: | T/T, L/C |
Designed for one-ton powder handling, these Graphite Powder FIBC Bags combine a 1000 kg rated loading capacity with four cross-corner lifting loops, an independent inner liner, a top filling spout and a bottom discharge spout.
The finished bag measures 95 × 95 × 125 cm. Its body uses 180 g/m² uncoated tubular fabric, with minimum fabric strength of 1650 N in both warp and weft directions. This configuration is intended for graphite powder filling, factory transfer, temporary storage and bulk shipment where lifting structure and controlled material flow must be considered together.
Each bag is equipped with four soft lifting loops measuring 7 × 140 cm and weighing 45 g/m. The cross-corner arrangement positions the loops around the four corners of the bag, providing accessible lifting points for forklift handling.
The loop attachment area includes four 14 × 20 cm reinforcement patches. According to the production specification, each loop is folded at the lifting point and sewn downward along the bag body using a 40 cm diamond-shaped stitching pattern.
At least three backstitching passes are specified at the loop ends. These measurable production details are more relevant to lifting performance than simply describing the bag as “strong” or “reliable.”
The four loops must still be engaged evenly during lifting. A cross-corner structure cannot compensate for tilted forks, uneven loop positioning or lifting fewer than four loops.
| Specification | Product configuration |
|---|---|
| Product type | Graphite powder FIBC bag |
| Rated load | 1000 kg |
| Finished size | 95 × 95 × 125 cm |
| Body construction | Tubular double-warp fabric |
| Body fabric weight | 180 g/m² |
| Body coating | Uncoated |
| Fabric strength | Warp ≥1650 N; weft ≥1650 N |
| UV additive | 1% |
| Lifting structure | Four cross-corner lifting loops |
| Loop size | 7 × 140 cm |
| Loop weight | 45 g/m |
| Reinforcement patches | Four pieces, 14 × 20 cm |
| Top configuration | Filling spout with tie |
| Bottom configuration | Discharge spout with tie |
| Inner liner | 100 × 100 × 135 cm |
| Stitch density | 9–12 stitches per 10 cm |
| Body color | White |
The inner liner material is not identified in the original production specification. It should therefore be confirmed before describing it as a PE or HDPE liner on purchase documents.
These 1000 kg Graphite Powder FIBC Bags can be considered for:
The filling and discharge spouts should be matched with the customer’s equipment. The specification uses internally coated 100 g/m² fabric for both spout sections, while the main bag body remains uncoated.
Because the document does not provide sift-proof seam testing, the bag should not be promoted as completely dust-proof or leak-proof. For very fine graphite powder, the powder particle size, liner closure and equipment connection method should be reviewed before production.
Before ordering or filling the bag, the user should confirm the following conditions:
The documented rated loading capacity is 1000 kg. The actual filling volume also depends on the bulk density of the graphite powder and the usable internal volume of the bag.
The bag uses four cross-corner lifting loops with reinforcement patches. Each loop is sewn approximately 40 cm downward along the bag body using a diamond-shaped pattern, with at least three backstitching passes specified at the ends.
Yes. The specified inner liner measures 100 × 100 × 135 cm and includes top and bottom bottle-neck openings, with the bottom outlet sealed during production. Its exact material must be confirmed before ordering.
No. The 180 g/m² body fabric is uncoated. The filling spout and discharge spout use internally coated fabric, and the reinforcement patches are also specified with an internal coating.
The base fabric contains 1% UV additive, making it a relevant configuration where limited sunlight exposure may occur during handling. However, the specification does not state a guaranteed outdoor storage period.
No anti-static additive, surface-resistance value or Type C/Type D classification is provided. If static control is required, the operating environment and appropriate FIBC electrostatic classification must be confirmed separately.
