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Graphite Powder FIBC Bags
Created with Pixso. 180 G/M² Uncoated Graphite Powder FIBC Bags With Inner Liner

180 G/M² Uncoated Graphite Powder FIBC Bags With Inner Liner

Brand Name: Cholly
MOQ: 2000pcs
Price: Negotiable
Delivery Time: 10days
Payment Terms: T/T, L/C
Detail Information
Place of Origin:
CHINA
Name:
FIBC Bags For Graphite Powder
Material:
Coated PP Woven Fabric With PE Liner
Suitable Material:
Graphite Powder
Safe Working Load:
1 Ton
Bag Dimension:
95 × 95 × 125 Cm
Fabric Strength:
Warp ≥1650 N; Weft ≥1650 N
Fabric Weight:
Body 180 G/m² / Top & Bottom 160 G/m²
Coating Structure:
Uncoated Body With Internally Coated Filling And Discharge Spouts
Lifting Loop Design:
4 Cross-Corner Lifting Loops, 7 × 140 Cm, 45 G/m
Filling & Discharge:
Ø45 × 55 Cm Filling Spout / Ø35 × 45 Cm Discharge Spout
Inner Liner:
100 × 100 × 135 Cm Inner Liner With Top And Bottom Spouts
Additives:
1% UV Additive
Sewing Density:
9–12 Stitches Per 10 Cm
Custom Service:
Made To Order Based On Confirmed Bag And Spout Specifications
Application:
Bulk Material Handling
Highlight:

Graphite Powder fibc bag

,

PP Woven fibc bag

,

PP Woven fibc bags

Product Description

180 g/m² Uncoated Graphite Powder FIBC Bags with Inner Liner

Product Positioning

These Graphite Powder FIBC Bags combine a 180 g/m² uncoated outer body with an independent inner liner. The bag has a rated loading capacity of 1000 kg and finished dimensions of 95 × 95 × 125 cm.

The uncoated woven body forms the primary outer load-bearing structure together with the lifting loops, reinforcement patches and seams. The inner liner separates the graphite powder from the outer woven fabric. This configuration is intended for filling, production transfer, temporary storage and bulk transportation of graphite powder.

Overseas buyers may also search for these products as Graphite Powder Jumbo Bags or Graphite Powder Bulk Bags. Regardless of the search term used, the product should be described according to its actual outer-body, liner and spout configuration. The presence of an inner liner alone does not prove that the complete bag is moisture-proof.

Functions of the Outer Bag and Inner Liner

Structural part Primary function Documented specification Limitation
Outer body Forms the main outer load-bearing structure 180 g/m² tubular double-warp fabric Uncoated and not an independent moisture barrier
Top and bottom panels Connect the body and spout structures 160 g/m² uncoated fabric Not a fully coated bag construction
Independent inner liner Separates graphite powder from the woven fabric 100 × 100 × 135 cm Liner material and vapor-barrier data are not stated
Filling spout Connects with powder-filling equipment 100 g/m² internally coated spout fabric with tie Equipment interface must be checked
Discharge spout Releases material into receiving equipment 100 g/m² internally coated spout fabric with tie Not verified as completely dust-free
Four lifting loops Transfer the filled load to lifting equipment 7 × 140 cm cross-corner loops All four loops should carry the load evenly

The 180 g/m² value describes the fabric weight of the outer body. It does not describe the liner thickness or establish a moisture-resistance rating for the complete package.

Why an Inner Liner Does Not Automatically Mean Moisture-Proof

An independent liner reduces direct contact between the graphite powder and the outer woven fabric. It can also help limit the entry of external contaminants during normal packaging operations.

Actual moisture-barrier performance, however, depends on several factors:

  • Liner material;
  • Liner thickness and water-vapor transmission rate;
  • Filling-spout closure;
  • Discharge-spout sealing structure;
  • Seam and sealing method;
  • Warehouse humidity and transportation environment;
  • Possible liner damage during filling and lifting.

The production sheet specifies the liner dimensions and structure but does not identify PE or HDPE material. It also provides no moisture-barrier test data. The appropriate product description is therefore with inner liner, rather than waterproof or completely moisture-proof.

Application Areas

These 180 g/m² uncoated bags are intended for operations in graphite-processing plants, carbon-material facilities and industrial powder warehouses, including:

  • Collecting graphite powder after grinding or classification;
  • Transferring graphite powder from production areas to warehouses;
  • Moving bulk powder between processing stages;
  • Temporary storage before blending or downstream processing;
  • Covered transportation in one-ton packaging units;
  • Discharge into receiving hoppers or production equipment.

Buyers searching for Graphite Powder Jumbo Bags commonly focus on rated load, lifting structure and handling convenience. Buyers using the term Graphite Powder Bulk Bags may place greater emphasis on storage, transportation, liner configuration and equipment compatibility.

Both search intentions can be addressed on this page, but unverified anti-static, waterproof or leak-proof claims should not be added.

Technical Specifications

Specification Configuration
Product name Graphite Powder FIBC Bag
Rated load 1000 kg
Finished dimensions 95 × 95 × 125 cm
Body fabric 180 g/m² tubular double-warp fabric
Body coating Uncoated
Fabric strength Warp ≥1650 N; weft ≥1650 N
Top and bottom fabric 160 g/m² uncoated fabric
Inner liner dimensions 100 × 100 × 135 cm
Lifting structure Four cross-corner lifting loops
Loop dimensions 7 × 140 cm
Loop weight 45 g/m
Reinforcement patches Four pieces, 14 × 20 cm
Filling system Top filling spout with tie
Discharge system Bottom discharge spout with tie
UV additive 1%
Stitch density 9–12 stitches per 10 cm

FAQ

Does the uncoated body directly contact the graphite powder?

Under the intended configuration, the graphite powder is contained inside the independent liner. The liner should be correctly positioned and inspected for damage before filling.

Does 180 g/m² refer to the liner thickness?

No. It is the fabric weight of the outer bag body. The document provides the liner dimensions but does not confirm its material or thickness in an internationally publishable unit.

Can the bag be described as moisture-proof because it has a liner?

Not based on the available information. No liner-material specification, water-vapor transmission value or sealing-performance test is provided.

Is this an anti-static graphite powder bag?

No anti-static additive, conductive construction or electrostatic classification is documented. It should not be promoted as an anti-static FIBC.