Custom Size Structure Anti Static FIBC Bags with Sewing Process for Chemical Raw Material Packaging

Product Overview

Custom Size Structure Anti Static FIBC Bags are designed for chemical raw materials, industrial powders, and static-sensitive materials requiring customized bulk packaging solutions.

Compared with standard FIBC bags, this solution focuses not only on basic handling requirements but also on customized dimensions, structural design, anti-static components, and sewing processes.

Through flexible customization of bag size, conductive structure, and reinforced sewing technology, these FIBC bags are suitable for chemical raw material transportation, powder storage, and industrial bulk packaging applications.

Problem

1. Static Control Challenges During Chemical Material Transportation

Chemical materials, especially powders and fine particles, may generate static electricity during filling, transportation, and discharge.

Standard PP FIBC bags mainly provide basic packaging functions, while static-sensitive materials require additional conductive structures.

Without proper static control, production environments may face higher safety management requirements.

2. Standard FIBC Sizes May Not Meet Special Applications

Different chemical materials require different packaging solutions.

For example:

• Powder materials require better sealing structures;

• Moisture-sensitive materials require protection;

• Automatic filling systems require suitable openings;

• Mechanical handling requires proper loop designs.

Standard FIBC bags cannot meet every industrial application.

3. Sewing Process Affects Bag Performance

During operation, FIBC bags are exposed to:

• Material weight;

• Lifting force;

• Transportation vibration.

The connection areas and sewing methods influence overall structural performance.

Cause

1. Static Electricity Generated by Material Friction

Chemical powders may generate electrical charges through friction between particles and packaging surfaces.

Static-sensitive materials require conductive materials and static control structures.

2. Different Production Processes Require Different Designs

FIBC bags need to match actual production requirements, including:

• Filling equipment;

• Discharge methods;

• Storage space;

• Transportation conditions.

3. Sewing Structure Determines Connection Performance

Main stress areas include:

• Lifting loop connections;

• Bag seams;

• Filling and discharge areas.

Proper sewing technology helps improve structural consistency.

Solution

1. Custom Size Design

FIBC bags can be customized according to customer requirements.

Customization includes:

• Bag length;

• Bag width;

• Bag height;

• Special dimensions.

Customized sizes help match storage, transportation, and handling requirements.

2. Anti Static Structure Design

The product adopts anti-static design solutions including:

• Conductive PP material;

• Conductive film components;

• Conductive lifting loops.

The combination of materials and structure supports static control applications.

3. Reinforced Sewing Process

The FIBC structure can include reinforced sewing solutions:

• Double stitching;

• Reinforced stress areas;

• Conductive component integration.

These designs support lifting and transportation requirements.

4. Customized Chemical Packaging Solution

Customization options include:

• Bag structure;

• Filling spout design;

• Discharge method;

• Liner solutions.

The solution can be adjusted according to different chemical material requirements.

Technical Specifications

Application

1. Chemical Raw Material Packaging

Suitable for:

• Chemical powders;

• Industrial additives;

• Resin materials;

• Fine chemical materials.

2. Battery Material Packaging

Suitable for:

• Battery materials;

• New energy powders;

• Static-sensitive materials.

3. Industrial Powder Transportation

Suitable for:

• Mineral powders;

• Industrial fillers;

• Bulk material transportation.

FAQ

Q1: What can be customized for Anti Static FIBC Bags?

Anti Static FIBC Bags can be customized in:

• Bag dimensions;

• Lifting loop structure;

• Filling and discharge design;

• Liner options;

• Printing requirements.

Q2: Why is sewing process important for FIBC bags?

Sewing technology affects the connection areas and structural performance of FIBC bags during lifting and transportation.

Q3: Are Anti Static FIBC Bags suitable for chemical raw materials?

Yes.

They are suitable for chemical raw materials, industrial powders, and static-sensitive materials requiring static control.

The final solution should be confirmed according to material characteristics and operating conditions.

Q4: Can FIBC bags be customized according to production equipment?

Yes.

The structure can be customized according to:

• Filling equipment;

• Handling methods;

• Storage requirements;

• Transportation conditions.