Single-Loop Integrated Sling New Energy FIBC Bulk Bag is a high-efficiency bulk packaging solution specially designed for battery electrode materials, conductive additives and other high-value new energy powders.
The bag features a one-piece integrated single lifting loop designed for fast hook-on and efficient automated handling. Compared with conventional multi-loop structures, the integrated sling simplifies lifting alignment and supports rapid crane or automated lifting operations in high-turnover battery material logistics.
Made from high-purity 100% virgin PP woven fabric, the bag can also be equipped with food-grade PE liners, aluminum foil liners and Type C / Type D anti-static configurations for additional contamination, moisture and electrostatic protection.
The one-piece integrated single lifting loop provides standardized lifting positioning, allowing cranes and compatible automated lifting systems to engage the bag quickly.
This reduces manual loop alignment and helps shorten loading and unloading time in high-volume battery material operations.
The integrated sling structure with reinforced root transition provides more uniform load distribution and reduces reliance on conventional sling-to-bag stitched joints.
This design supports stable lifting under frequent handling and high-turnover logistics conditions.
High-purity virgin PP woven fabric can be combined with an optional food-grade sealed liner and dust-tight closure to help prevent external impurities and reduce cross-batch contamination.
This configuration provides additional protection for sensitive battery electrode and new energy materials.
Optional Type C and Type D anti-static outer fabric configurations are available for applications requiring electrostatic charge control.
The appropriate anti-static configuration can be selected according to the battery material and handling environment.
Optional food-grade PE liners and aluminum foil liners are available according to contamination, moisture and barrier requirements.
Safe Working Load, bag dimensions, sling length, liner type, top/bottom structures and anti-static configurations can be customized according to material characteristics and lifting equipment.
| Category | Specification | Details |
|---|---|---|
| Basic | Product Name | Single-Loop Integrated Sling New Energy Grade PP Woven FIBC |
| Basic | Outer Material | High-Purity 100% Virgin Polypropylene (PP) Woven Fabric |
| Basic | Construction / Bag Type | U-Panel Body with Integrated Single Lifting Loop |
| Load | Safe Working Load (SWL) | 1,000 kg Standard; 500–1,500 kg Customizable |
| Load | Safety Factor (SF) | 5:1 |
| Size | Dimensions (L×W×H) | 90 × 90 × 120 cm Standard; Fully Customizable |
| Fabric | Fabric Weight / GSM | 170 GSM Standard; 150–200 GSM Customizable |
| Handling | Lifting Sling | Single Integrated One-Piece PP Sling; Length Customizable |
| Top | Top Type | Closed Dust-Proof Filling Spout; Open Top Optional |
| Bottom | Bottom Type | Flat Bottom; Discharge Spout Optional |
| Liner | Liner Type | Optional Food-Grade PE Liner / Aluminum Foil 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 | Compliance | Food Contact Grade; RoHS Compliant; Load Test Certified |
| Printing | Printing | Up to 4 Colors, Custom Logo & Handling Marks |
| Packing | Packing Method | 200 pcs/Pack, Clean Compressed Packing |
Single-Loop Integrated Sling New Energy FIBC Bulk Bags are designed for new energy materials where fast lifting, high logistics turnover, purity protection and efficient bulk handling are important.
Suitable for:
The single-loop structure enables fast lifting and hook-on, making it suitable for high-volume cathode material logistics and mass-production environments.
Suitable for:
The integrated lifting structure provides reliable handling, while optional anti-static configurations and liner systems are available for sensitive anode materials.
Suitable for:
The fast single-loop handling structure can be combined with dust containment and liner options for high-value functional additives.
Suitable for:
Optional PE and aluminum foil liners provide additional barrier options for sensitive battery auxiliary materials.
Different production lines and logistics systems have different requirements for lifting speed, hook configuration, load capacity, material purity and barrier protection.
Send us your material name, bulk density, required load, bag dimensions, filling/discharge method, lifting equipment type, sling length requirements, liner requirements and compliance needs. We will recommend a suitable Single-Loop Integrated Sling FIBC configuration based on your specific new energy material logistics conditions.
Contact us today to discuss your Single-Loop Integrated Sling New Energy FIBC requirements and request a quotation.
The one-piece integrated sling eliminates conventional stitched joints between separate lifting loops and the bag body while simplifying hook-on operations. It is particularly suitable for applications requiring fast lifting and high logistics turnover.
Yes. The standardized single lifting loop is designed for quick hook-on and can be used with compatible automated lifting systems, reducing the need for manual loop alignment.
According to the provided specification, the bag is compatible with overhead cranes, gantry cranes, hoists and automated lifting systems equipped with a suitable single hook.
Yes. Food-grade PE liners and aluminum foil liners are available according to contamination, moisture and barrier requirements.
Yes. Type C and Type D anti-static outer fabric configurations are available for electrostatic-sensitive battery material applications.
Yes. The Safe Working Load can be customized from 500 kg to 1,500 kg. Bag dimensions, sling length and top/bottom structures can also be customized according to material density and lifting equipment.
The provided specification covers NCM, NCA, LFP, LCO, synthetic graphite, silicon-carbon anode materials, hard carbon, conductive carbon black, Super P, carbon nanotubes, graphene, PVDF powders, lithium salts and electrolyte additive powders.
The stated lead time for standard configurations is approximately 15–20 days. Custom liners, anti-static structures or special load ratings may require approximately 25–30 days. Final lead time depends on order quantity and customization complexity.
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