Carbon FIBC Bulk Bag is a dust-tight bulk packaging solution specially designed for carbon black, activated carbon, graphite powder and other fine carbon-based materials.
Made from high-density 100% virgin PP woven fabric, the bag can be equipped with a sealed PE liner and hermetic seam construction to help minimize fine powder leakage, material loss and workplace dust. Optional Type C and Type D anti-static configurations are available for applications requiring electrostatic charge control.
With a standard Safe Working Load (SWL) of 1,000 kg and customizable capacities from 500 to 2,000 kg, the bag can be configured according to material bulk density, particle size, purity requirements, filling equipment and discharge method.
High-density PP woven fabric combined with an optional sealed PE liner and hermetic seam sealing helps minimize the escape of ultra-fine carbon powders through fabric pores and stitching.
This configuration helps reduce material loss, dust pollution and contamination during filling, storage, transportation and discharge.
Carbon powders can generate electrostatic charge through friction during filling and discharge. Optional Type C and Type D anti-static FIBC configurations are available for applications requiring static-control performance.
Conductive test reports can be provided according to the selected configuration.
A smooth inner liner can be combined with a large-diameter discharge opening and U-panel construction to support smooth gravity discharge and reduce carbon powder residue inside the bag.
Lower residue also helps reduce cross-contamination between material batches and supports applications with higher purity requirements.
Thickened PP woven fabric, reinforced lifting loops and corner reinforcement provide additional resistance against wear caused by high-density carbon materials during repeated handling.
An optional sealed PE tubular liner provides an additional containment barrier for fine carbon powders. Liner thickness can be customized from 80–150 μm according to material and packaging requirements.
Bag dimensions, SWL, fabric weight, lifting loops, top and bottom structures, liner specifications, anti-static configuration and printing can be customized according to your carbon material and handling process.
| Category | Specification | Details |
|---|---|---|
| Basic | Product Name | Carbon Grade Anti-Dust PP Woven FIBC |
| Basic | Material | 100% Virgin Polypropylene (PP) Woven Fabric |
| Basic | Construction / Bag Type | U-Panel; Tubular Optional |
| Load | Safe Working Load (SWL) | 1,000 kg Standard; 500–2,000 kg Customizable |
| Load | Safety Factor (SF) | 5:1 |
| Size | Dimensions (L×W×H) | 90 × 90 × 120 cm Standard; Fully Customizable |
| Fabric | Fabric Weight / GSM | 180 GSM Standard; 160–220 GSM Customizable |
| Fabric | Coating / Lamination | Optional Dust-Proof PP Lamination |
| Handling | Lifting Loop Type | 4 Corner Loops; Size Customizable |
| Top | Top Type | Closed Filling Spout; Open Top Optional |
| Bottom | Bottom Type | Flat Bottom; Discharge Spout Optional |
| Liner | Liner Type | Optional Sealed PE Tubular Liner |
| Liner | Liner Thickness | 80–150 μm; Customizable |
| Safety | Anti-Static Option | Type C / Type D Available on Request |
| Protection | UV Stabilization | Yes, Up to 12 Months Outdoor Exposure |
| Compliance | Standard | Standard Industrial Grade; Conductive Test Reports Provided |
| Printing | Printing | Up to 4 Colors, Custom Logo & Handling Marks |
| Packing | Packing Method | 200 pcs/Pack, Compressed Packing |
Carbon FIBC Bulk Bags are designed for bulk filling, lifting, storage, transportation and controlled discharge of carbon powders and granular carbon materials.
The combination of dust containment, optional anti-static construction and low-residue discharge makes the bag suitable for carbon processing applications where powder leakage, electrostatic charge and contamination need to be considered.
Suitable for:
Dust containment and optional anti-static configurations make the bag suitable for high-volume bulk carbon handling in rubber and tire manufacturing applications.
Suitable for:
The smooth liner and controlled discharge structure help reduce material residue and dust during bulk handling in water treatment applications.
Suitable for:
Optional sealed liners and anti-static configurations are available for applications requiring additional purity protection, contamination control and static management.
Suitable for:
Heavy-duty fabric and reinforced load-bearing structures provide additional durability for industrial bulk transportation and handling.
Different carbon materials can have significantly different particle sizes, bulk densities, dust characteristics, purity requirements and electrostatic control requirements.
Send us your material name, bulk density, required load, bag dimensions, filling/discharge method, lifting equipment, anti-static requirements and purity requirements. We will recommend a suitable Carbon FIBC configuration based on your handling conditions.
Contact us today to discuss your Carbon FIBC Bulk Bag requirements and request a quotation.
Please provide your material name, bulk density, required load per bag, desired dimensions, filling and discharge method, lifting equipment type, anti-static requirements and any special purity requirements.
Based on this information, we can recommend a suitable FIBC configuration for your carbon material.
The provided design combines high-density PP woven fabric, an optional sealed PE liner and hermetic seam sealing to help minimize fine carbon powder leakage.
For ultra-fine carbon powders, a form-fit liner and reinforced sealing configuration can also be selected according to requirements.
Yes. Type C and Type D anti-static configurations are available, with corresponding conductive test reports according to the provided product specification.
The appropriate anti-static configuration should be selected according to the material, operating environment and handling requirements.
Yes. Bag dimensions, Safe Working Load, lifting loop type and top/bottom structures can be customized. Final specifications depend on material density and actual handling conditions.
Yes. An optional sealed PE tubular liner is available. Standard liner thickness can be customized from 80–150 μm according to material and containment requirements.
The provided specification includes UV stabilization with up to 12 months of outdoor exposure.
Yes. Printing of up to four colors is available, including custom logos and handling marks.
The stated lead time for standard configurations is approximately 15–20 days. Custom anti-static structures or special liners may require approximately 25–30 days. Final lead time depends on order quantity and customization complexity.
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