Type C Conductive FIBC Bulk Bags are designed for bulk powders requiring controlled electrostatic dissipation during filling, lifting, storage and transportation.
Manufactured from PP woven fabric with integrated conductive yarns, the bag is designed to dissipate accumulated static electricity through a reliable grounding connection. This helps reduce electrostatic ignition hazards when handling combustible or static-sensitive powder materials.
The standard configuration features a 4-panel construction, four lifting loops, small top filling spout, flat bottom and 1000kg Safe Working Load. Bag dimensions, liners, filling structures and printing can be customized according to your application requirements.
Powder filling and discharge can generate electrostatic charges through friction between particles, packaging and handling equipment.
Type C FIBCs incorporate conductive yarns into the woven fabric. When the bag is properly grounded, accumulated static electricity can be safely dissipated, helping reduce electrostatic ignition hazards during powder handling.
Proper grounding is essential when using a Type C Conductive FIBC.
The conductive structure provides a continuous path for static charge dissipation when correctly connected to a suitable grounding point during filling and handling operations.
The standard bag provides a Safe Working Load of 1000kg with a 5:1 safety factor.
Four integrated lifting loops help distribute the load evenly, providing reliable lifting performance during industrial powder handling.
A small top filling spout provides controlled material entry and can be securely closed after filling.
The restricted opening helps reduce dust escape and material loss during the filling of fine powders and granular products.
The PP woven fabric incorporates UV stabilization to improve resistance against degradation caused by sunlight exposure.
This provides additional protection for applications involving outdoor storage and handling.
An optional PE liner can be added when powders require additional protection against moisture ingress.
PE coating is also available according to the required packaging and barrier performance.
| Specification | Details |
|---|---|
| Product Name | Type C Conductive FIBC Bulk Bag |
| Material | PP Woven Fabric with Conductive Yarn |
| Electrostatic Type | Type C |
| Bag Construction | 4-Panel |
| Safe Working Load (SWL) | 1000 kg |
| Safety Factor | 5:1 Standard |
| Dimensions | Customizable |
| Fabric Weight | 170–190 g/m² |
| Coating / Lamination | Optional PE Coating |
| Lifting Loops | 4 Loops |
| Top Type | Small Top Filling Spout |
| Bottom Type | Flat Bottom |
| Liner | Optional PE Liner, 0.06–0.10 mm |
| UV Stabilization | Yes |
| Safety Documents | FIBC Load Test Report & Anti-Static Test Certificate |
| Printing | Custom Logo & Warning Marks |
| Packing | Compressed Bale on Pallet |
Suitable for chemical powders requiring controlled electrostatic dissipation during bulk filling, storage and transportation.
The conductive yarn network provides a path for accumulated static charge to dissipate through grounding.
Designed for powder-handling applications where electrostatic accumulation may create an ignition hazard.
Proper grounding of the Type C FIBC must be maintained during use to ensure effective static dissipation.
Suitable for applicable pharmaceutical powder operations where controlled electrostatic behavior is required.
Custom bag dimensions, filling spouts and liners can be configured according to material characteristics and handling requirements.
Suitable for fine powders where both dust control and static-charge management are important.
The small filling spout helps control material flow, while the conductive construction supports electrostatic dissipation when properly grounded.
Suitable for compatible bulk materials requiring controlled electrostatic discharge during industrial handling.
The final FIBC configuration should be selected according to the material, bulk density, filling method and required electrostatic protection conditions.
Conductive yarns are integrated into the PP woven fabric to create a conductive path for static charge dissipation.
When properly grounded, the Type C structure helps dissipate accumulated electrostatic charge during powder handling.
The standard configuration provides a 1000kg Safe Working Load with a 5:1 safety factor.
UV stabilization provides additional resistance against sunlight-induced fabric degradation.
A 0.06–0.10 mm PE liner is available when additional moisture protection is required.
Load capacity, dimensions, lifting loops, inlet/outlet configuration and liner options can be customized according to your powder handling process.
Electrostatic hazard warnings, handling instructions and company logos can be printed according to order requirements.
Selecting the correct conductive FIBC depends on the characteristics of the material and the operating environment.
Tell us your powder type, bulk density, required SWL, bag dimensions, filling method, liner requirements and explosion protection class, and we will recommend a suitable Type C Conductive FIBC configuration for your bulk powder handling application.
Request a Quote for Your Custom Type C Conductive FIBC Bulk Bags Today.
Type C FIBCs incorporate conductive yarns into the woven fabric. When the conductive structure is properly connected to ground, accumulated electrostatic charge can be dissipated through the grounding path.
Reliable grounding must be maintained during use.
Yes. Type C Conductive FIBCs require a continuous and reliable grounding connection to dissipate accumulated static electricity.
The grounding connection should be properly maintained during filling and discharge operations.
Yes. Bag dimensions and Safe Working Load can be customized according to your requirements.
Fabric strength, UV performance and conductive properties should be matched to the required operating conditions.
Yes. An optional PE liner with a thickness of 0.06–0.10 mm is available for applications requiring additional moisture protection.
The standard configuration uses a small top filling spout and flat bottom.
Other configurations can be discussed according to your filling and handling requirements.
Yes. Custom electrostatic hazard warnings, handling instructions and company logos can be printed on the bag. MOQ requirements may apply.
FIBC load test reports and anti-static performance test certificates can be provided according to the product and order requirements.
Lead time and minimum order quantity depend on bag dimensions, conductive fabric specifications, liner, printing and UV requirements.
Please send us your detailed RFQ for an accurate quotation and production schedule.
admin
admin
admin
