Coated PP Fabric Battery Grade FIBC Bag For New Energy Battery Material Bulk Packaging

Coated PP Fabric Battery Grade FIBC Bag for New Energy Battery Material Bulk Packaging

Product Positioning

The Coated PP Fabric Battery Grade FIBC Bag is an industrial flexible intermediate bulk container designed for new energy battery material bulk packaging applications.

This FIBC bag adopts a PP woven fabric structure with an inner coated layer, providing a packaging solution focused on structural stability, powder material protection, and industrial handling requirements.

Compared with standard uncoated FIBC bags, the coated PP fabric structure provides an additional protective layer for powder material packaging applications.

The bag uses white PP woven fabric with a fabric weight of 180g/m² and an inner coated structure. It can also be configured with aluminum foil inner liner, vent valve design, and customized filling and discharge solutions according to different battery material packaging requirements.

Problem

Powder Materials Require More Controlled Packaging Structures

New energy battery materials are commonly processed, transferred, and transported in powder form.

During material handling, packaging systems need to consider:

• Powder material integrity

• Packaging structure stability

• Bulk handling requirements

• Storage and transportation conditions

Standard woven bags mainly provide basic load-bearing performance but may not fully meet the structural requirements of specialized battery material packaging.

Standard FIBC Structures May Not Fit Different Material Requirements

Different battery materials require different packaging configurations.

When selecting FIBC bags, buyers usually need to evaluate:

• Fabric structure

• Coating design

• Inner protection requirements

• Filling and discharge configuration

A suitable packaging structure helps improve the compatibility between the FIBC bag and the battery material handling process.

Cause:

Fabric Structure Determines Basic Load Support

During industrial handling, FIBC bags need to withstand:

• Material weight

• Filling pressure

• Lifting force

• Transportation impact

Therefore, fabric specification and strength parameters are important references when evaluating bulk bag performance.

Lack of Functional Structure Limits Packaging Applications

Standard PP woven fabric mainly provides mechanical support.

For new energy material packaging, additional structural considerations may be required, including:

• Coated fabric layer

• Inner liner configuration

• Filling port design

• Discharge structure

• Lifting loop design

A suitable combination of these elements helps create a more application-oriented packaging solution.

Solution

Inner Coated PP Fabric Structure

This Battery Grade FIBC Bag adopts white PP woven fabric with an inner coated structure.

Key material features include:

• PP woven fabric

• Fabric weight: 180g/m²

• Inner coated layer structure

The coated PP fabric design combines mechanical support with additional protection requirements for powder material packaging.

High Strength Fabric for Industrial Handling

Battery material packaging usually involves multiple handling processes, including:

• Automatic filling

• Lifting operations

• Factory transfer

• Warehouse handling

The bag uses PP woven fabric with:

• Warp strength ≥1600N

• Weft strength ≥1600N

These measurable strength parameters provide clear reference data for industrial bulk packaging evaluation.

Flexible Configuration for Different Battery Material Applications

According to different application requirements, this FIBC bag can be configured with:

• Aluminum foil inner liner

• Vent valve design

• Customized filling port

• Customized discharge port

• Different lifting loop structures

This flexible configuration allows the packaging solution to match different battery material handling processes.

Technical Specifications

Application

The Coated PP Fabric Battery Grade FIBC Bag is designed for bulk packaging and handling of new energy battery materials.

It is suitable for battery material manufacturers, powder processing companies, and supply chain operations requiring industrial packaging solutions for material storage, factory transfer, and transportation.

Typical applications include:

• Battery material powder packaging

• Cathode material handling

• New energy material transportation

• Factory material transfer

• Industrial powder storage

The coated PP fabric structure and flexible configuration options make this FIBC bag suitable for battery material suppliers requiring customized bulk packaging solutions.

FAQ

Q1: What is the main advantage of coated PP fabric in a Battery Grade FIBC Bag?

The coated PP fabric structure provides additional packaging protection while maintaining the mechanical support required for industrial bulk handling.

Q2: What materials can use this Battery Grade FIBC Bag?

This product is designed for new energy battery material bulk packaging applications, including cathode material powder and other industrial battery material handling requirements.

Q3: Why is fabric strength important for battery material packaging?

FIBC bags experience mechanical stress during filling, lifting, and transportation. Fabric strength is an important parameter for evaluating packaging structure performance.

Q4: Can this FIBC bag be customized?

Yes. Filling ports, discharge ports, inner liner configurations, and bag structures can be customized according to different application requirements.