Moisture Protection Anti Static FIBC Bags With Inner Coating Design For Static Sensitive Material Packaging

Moisture Protection Anti Static FIBC Bags with Inner Coating Design for Static Sensitive Material Packaging

Product Overview

Moisture Protection Anti Static FIBC Bags are designed for static-sensitive materials and bulk materials requiring additional moisture protection during storage and transportation.

During long-term transportation or warehouse storage, external humidity may affect material conditions.

The product adopts white conductive PP material combined with inner coating structure, providing additional protection while supporting bulk packaging requirements.

It is suitable for static-sensitive materials, industrial powders, and materials requiring moisture protection.

Moisture Protection Challenges

1. Humidity Changes Affect Material Conditions

Some industrial materials are sensitive to moisture.

During transportation and storage, humidity changes may affect:

• Material flowability;

• Powder conditions;

• Processing efficiency.

2. Standard FIBC Structures May Not Provide Moisture Protection

Standard FIBC bags are mainly designed for:

• Bulk transportation;

• Industrial handling;

• Basic packaging protection.

However, moisture-sensitive materials require additional barrier structures.

3. Static Control and Moisture Protection Need Combined Consideration

Some materials require both:

• Conductive structure;

• Moisture protection;

• Suitable packaging environment.

Why Moisture Protection Matters

1. Humidity Exposure Influences Internal Packaging Conditions

Standard woven structures may allow environmental interaction.

In humid environments, moisture exposure may affect internal materials.

Inner coating provides an additional protective layer.

2. Storage Period Influences Packaging Selection

Different applications require different protection levels.

Selection should consider:

• Transportation period;

• Storage environment;

• Material characteristics.

3. Static-Sensitive Materials Require Comprehensive Protection

For static-sensitive materials, packaging needs to consider:

• Static control;

• Moisture changes;

• Material stability.

Inner Coating Protection Solution

1. Inner Coating Structure for Moisture Protection

The product adopts inner coating structure.

The coating layer reduces direct contact between materials and external environments.

It is suitable for bulk materials requiring additional moisture protection.

2. Conductive PP Material Support

The product uses white conductive PP material.

Material specification:

• Fabric Weight: 200g/m²

3. Integrated Anti Static Packaging Design

The product combines:

• Conductive materials;

• Conductive components;

• Inner coating structure.

Providing a comprehensive packaging solution.

4. Customized Structure Options

The structure can be adjusted according to:

• Dimensions;

• Filling design;

• Discharge design;

• Lifting loop requirements.

Technical Specifications

Application

1. Static Sensitive Material Packaging

Suitable for:

• Static-sensitive materials;

• Industrial functional materials;

• Fine powders.

2. Moisture Sensitive Industrial Material Packaging

Suitable for:

• Industrial materials sensitive to humidity;

• Bulk materials requiring additional protection.

3. Bulk Material Storage and Transportation

Suitable for:

• Long-distance transportation;

• Industrial storage;

• Bulk material supply.

Selection Guide

1. Select According to Material Sensitivity

For materials requiring:

• Moisture protection;

• Static control;

a FIBC bag with inner coating and conductive structure is recommended.

2. Select According to Transportation and Storage Environment

Consider:

• Ocean transportation;

• Humid environments;

• Long-term storage.

Inner coating structure is recommended for higher moisture exposure conditions.

3. Select According to Handling Process

Confirm:

• Filling method;

• Discharge method;

• Lifting structure.

Ensure compatibility with production equipment.