New Interface Requirements for Lithium Salt and Battery Material Packaging

With the continuous development of the new energy battery supply chain, lithium salt, battery raw materials, and related powder materials are moving toward automated packaging and large-scale production.

During actual production processes, FIBC bags are not only used for material packaging but also need to work with existing filling equipment, discharge systems, and production operations.

Therefore, besides bag capacity and material structure, filling spout and discharge spout design has become an important factor in new energy material packaging solutions.

Different companies may require different FIBC interface structures due to differences in equipment, material handling methods, and operating processes.

Equipment Compatibility Challenges of Standard Packaging Structures

Traditional standard FIBC bags usually use fixed dimensions and general interface designs.

This structure can meet many common powder packaging applications, but new energy material companies may face different requirements:

• Different filling equipment interfaces
• Different automation levels
• Different material feeding processes
• Different discharge methods

When the packaging structure does not match existing equipment, the material packaging and usage process may become less efficient.

Therefore, industrial buyers should evaluate:

• Packaging specifications
• Filling spout design
• Discharge spout structure
• Equipment compatibility

Filling Spout Design and Filling Process Compatibility

The filling spout is an important connection point between the FIBC bag and filling equipment.

For lithium salt and battery raw material packaging, companies usually need to confirm:

• Filling port dimensions
• Opening design
• Filling method
• Equipment connection requirements

For example, some industrial battery material packaging solutions use:

• Loading Capacity: 1000KG
• Bag Dimension: 90×90×105cm

to support large-volume material packaging requirements.

According to different equipment requirements, filling structures can be customized, including:

• Filling spout size
• Spout length
• Connection design

This helps FIBC bags better match different filling systems.

Discharge Spout Design and Material Feeding Processes

When battery raw materials enter production processes, FIBC bags often need to connect with downstream equipment for material release and transfer.

Discharge structure design should consider:

• Discharge port dimensions
• Material release method
• Equipment connection
• Operating process

Different manufacturers may use different material feeding methods, making discharge spout configuration an important part of packaging design.

For example, some FIBC packaging solutions use:

• Discharge Port Size: 136×70cm

The discharge structure can also be adjusted according to customer requirements, including:

• Discharge port dimensions
• Discharge structure
• Operation method

This improves compatibility between packaging solutions and production processes.

How Customized FIBC Structures Meet Different Application Requirements

For lithium salt and battery raw material companies, selecting an FIBC bag is not only about choosing a standard package, but also about ensuring the packaging structure fits into existing production systems.

Common customization options include:

Customized Filling Structure

Adjustments based on filling equipment:

• Filling spout size
• Opening design
• Connection method

Customized Discharge Structure

Adjustments based on material usage processes:

• Discharge spout size
• Discharge structure
• Operation method

Customized Bag Structure

Adjustments according to application requirements:

• Bag dimension
• Loading capacity
• Lifting structure

For example, some new energy material FIBC solutions combine:

• 1000KG loading capacity
• 90×90×105cm standard dimension

with customized structural configurations according to customer requirements.

How to Select Suitable Filling and Discharge Structures

Select Filling Spout According to Filling Equipment

When selecting an FIBC packaging solution, companies should confirm:

• Filling equipment type
• Filling port dimension
• Packaging operation process

This ensures the filling structure matches the actual filling system.

Select Discharge Spout According to Production Process

Important considerations include:

• Material release method
• Downstream conveying equipment
• Production line connection requirements

A suitable discharge spout design improves compatibility with the actual usage process.

Determine Customization Requirements According to Application

Companies should evaluate:

• Whether special filling structures are required
• Whether special discharge structures are required
• Whether bag dimensions need adjustment

Proper configuration helps FIBC solutions better match real application environments.

Interface Design Trends in New Energy Material Packaging

With increasing automation in new energy material production, FIBC packaging is developing from standard products toward application-oriented solutions.

Future packaging selection will focus more on:

• Equipment compatibility
• Structural flexibility
• Customization capability
• Production process matching

For lithium salt and battery raw material companies, filling and discharge structure design has become an important factor when selecting suitable packaging solutions.