500kg Moisture Protection Anti Static FIBC Bags With UV Resistance For Chemical Powder Packaging

500kg Moisture Protection Anti Static FIBC Bags with UV Resistance for Chemical Powder Packaging

Product Overview

500kg Moisture Protection Anti Static FIBC Bags are designed for chemical powders, industrial raw materials, and bulk materials requiring static control during packaging, transportation, and handling.

The bag adopts conductive PP material structure combined with inner coating, moisture protection design, and conductive components to help control static electricity accumulation and improve packaging protection performance.

This model features a 100×100×63cm dimension, 500KG safe working load, white conductive material with 200g/m² fabric weight and inner coating structure. The fabric strength reaches ≥1850N in both warp and weft directions, making it suitable for chemical powder packaging, battery materials, and industrial powder transportation.

Problem

Static Electricity Risk During Powder Handling

Chemical powders may generate static electricity during filling, transportation, and discharge due to friction between particles and packaging materials.

Standard FIBC bags mainly focus on mechanical strength, while static-sensitive applications require additional conductive structures.

Moisture Exposure During Transportation

Some chemical powders, battery materials, and industrial additives are sensitive to moisture.

Without proper protection, moisture may cause:

• Powder absorption;

• Material clumping;

• Reduced flowability;

• Processing problems.

Structural Requirements During Handling

FIBC bags are commonly exposed to:

• Lifting operations;

• Forklift handling;

• Storage;

• Long-distance transportation.

Fabric strength, lifting loop structure, and sewing technology influence overall packaging performance.

Cause

Why Static Electricity Happens

Powder materials generate electrical charges through friction during movement.

Static-sensitive applications require:

• Conductive PP materials;

• Conductive film structures;

• Conductive loop designs.

Why Moisture Protection Is Required

Standard PP woven fabric mainly provides mechanical protection.

Moisture-sensitive materials may require:

• Inner coating;

• Barrier protection;

• Customized liners.

Solution

Conductive PP Material Structure

The Anti Static FIBC Bags use conductive PP material construction.

The bag adopts white conductive material with 200g/m² fabric weight and inner coating structure.

The top cover and bottom part also use conductive material design for static control applications.

Conductive Film and Loop Design

The bag integrates conductive components including:

• Conductive film;

• Conductive lifting loops;

• Conductive connection areas.

The product uses four conductive lifting loops with a 7×125cm loop size for industrial handling requirements.

500KG Reinforced Structure

This model is designed with a 500KG safe working load.

The fabric provides warp and weft strength of ≥1850N, supporting structural requirements during lifting and transportation.

The 100×100×63cm design provides a suitable solution for industrial bulk material packaging.

Technical Specifications

Application

Chemical Powder Packaging

Suitable for:

• Chemical powders;

• Fine chemical materials;

• Industrial additives.

Battery Material Packaging

Suitable for:

• Battery materials;

• New energy materials;

• Static-sensitive industrial powders.

Industrial Bulk Material Transportation

Suitable for:

• Mineral powders;

• Industrial fillers;

• Bulk powder transportation.

Selection Guide

Selection Based on Static Control Requirements

General powder transportation:

Choose Standard FIBC Bags.

Static control requirement:

Choose Anti Static FIBC Bags.

Special hazardous environments:

Confirm suitable standards according to actual operating conditions.

Selection Based on Moisture Protection

Standard environment:

Standard PP structure can be considered.

Moisture-sensitive materials:

Recommended options:

• Coated FIBC;

• PE liner;

• Multi-layer barrier structure.

Selection Based on Load Capacity

500KG FIBC Bags:

Suitable for medium-scale industrial powder transportation.

Higher loads require evaluation of:

• Fabric strength;

• Loop structure;

• Safety factor.

FAQ

Q1: What materials are suitable for Anti Static FIBC Bags?

Anti Static FIBC Bags are suitable for chemical powders, industrial raw materials, battery materials, and other bulk materials requiring static control.

Final selection should consider material characteristics and operating conditions.

Q2: Does Anti Static FIBC mean explosion-proof packaging?

No.

Anti Static design helps control static electricity accumulation but does not mean explosion-proof certification.

Additional standards and testing should be confirmed for hazardous environments.

Q3: What is the load capacity of this FIBC bag?

This model is designed with a 500KG safe working load.

The fabric strength reaches ≥1850N in both warp and weft directions for industrial bulk handling applications.

Q4: Can the FIBC bag size and structure be customized?

Yes.

Customization options include:

• Bag dimensions;

• Filling and discharge design;

• Lifting loop structure;

• Printing requirements;

• Liner solutions.