200g/M² 500KG Anti Static FIBC Bags With Moisture Protection For Electronic Material Packaging

Product Overview

200g/m² 500KG Anti Static FIBC Bags are designed for electronic materials, precision industrial powders, and static-sensitive materials requiring reliable bulk packaging protection.

Electronic materials often require better control of static electricity, moisture exposure, and packaging conditions during transportation.

The bag adopts conductive PP material structure combined with 200g/m² fabric design, inner coating protection, and conductive components to support static control and moisture protection requirements.

With a 500KG load capacity design, this FIBC solution is suitable for electronic materials, industrial powders, and new energy material packaging applications.

Problem

1. Static Control Requirements for Electronic Materials

Electronic materials and fine powders may be sensitive to static electricity.

During filling, handling, and discharge, friction between materials and packaging surfaces may generate electrical charges.

Standard FIBC bags may not provide sufficient static control for these applications.

2. Moisture Exposure Affects Material Stability

Some electronic materials and industrial powders are sensitive to moisture.

During transportation, humidity may affect:

• Material flowability;

• Powder condition;

• Processing efficiency.

3. Precision Materials Require Better Packaging Protection

Electronic materials often require:

• Clean packaging;

• Static control;

• Material isolation;

• Transportation protection.

Cause

1. Static Electricity Generated by Material Friction

Materials generate electrical charges through movement and friction.

Static control packaging uses:

• Conductive materials;

• Conductive films;

• Conductive connection structures.

2. Humidity Affects Material Conditions

Moisture may enter packaging through standard structures.

Sensitive materials may require:

• Inner coating;

• Moisture protection;

• Barrier solutions.

3. Packaging Needs to Match Material Requirements

Different electronic materials require different packaging solutions based on:

• Material characteristics;

• Storage environment;

• Transportation method;

• Usage process.

Solution

1. Conductive PP Material Structure

The Anti Static FIBC Bags adopt conductive PP material construction.

Features include:

• White conductive material;

• 200g/m² fabric design;

• Inner coating structure.

The combination of material and structure supports static control applications.

2. Moisture Protection Structure

The inner coating design helps reduce direct contact between materials and external environments.

It provides additional protection for moisture-sensitive materials.

3. 500KG Bulk Packaging Design

The FIBC bag is designed with a 500KG load capacity.

It supports:

• Industrial bulk transportation;

• Storage management;

• Production supply.

4. Conductive Component Integration

The bag can integrate:

• Conductive film;

• Conductive lifting loops;

• Conductive connection areas.

Providing a complete static control packaging solution.

Technical Specifications

Application

1. Electronic Material Packaging

Suitable for:

• Fine electronic powders;

• Functional industrial materials;

• Static-sensitive materials.

2. Battery Material Packaging

Suitable for:

• Battery materials;

• Cathode and anode materials;

• Industrial powders.

3. Precision Industrial Powder Packaging

Suitable for:

• High-performance industrial powders;

• Functional additives;

• Fine chemical materials.

FAQ

Q1: Why are Anti Static FIBC Bags used for electronic materials?

Electronic materials may require static control during handling.

Anti Static FIBC Bags use conductive materials and structures to help manage static electricity accumulation.

Q2: Does 200g/m² material improve packaging performance?

200g/m² is a fabric specification.

Combined with conductive PP material and inner coating structure, it supports packaging requirements for specific applications.

Q3: Can these FIBC bags provide moisture protection?

The inner coating structure provides additional protection.

For higher moisture requirements, suitable liner solutions should be selected according to material characteristics.

Q4: Can the FIBC structure be customized?

Yes.