Common Anti-Static Bag Specifications: Sizes, Bag Types and Customization Guide

2026.06.29

How to Choose PE Film for Automatic Packaging Machines? Thickness, Strength and Packaging Efficiency Guide

Choosing PE film for automatic packaging machines is not only about thickness. Film flexibility, sealing consistency, strength, tension control, machine compatibility and packaging efficiency all affect production stability. This guide explains how to choose the right PE film for automated packaging applications.

2026.06.26

LDPE vs HDPE Film: Differences, Material Properties, Uses and Selection Guide

LDPE and HDPE are two common polyethylene film materials, but they differ in flexibility, strength, clarity, durability and applications. This guide explains how to compare LDPE film and HDPE film and choose the right PE film for packaging, covering, automated packaging and industrial protection.

2026.06.16

What Is PE Film? A Complete Guide to Uses, Types and Applications

PE film is one of the most widely used plastic films for industrial packaging, protection, automated packaging, covering, shrink wrapping, lamination, and cleanroom-related applications. This guide explains what PE film is, its key features, common types, industries, and how to choose the right PE film for your application.

2026.06.15

How to Choose an Anti-Static Bag Supplier? Key Factors in Quality Stability, Customization and Delivery Management

Choosing an anti-static bag supplier is not only about product price. This guide explains how to evaluate supplier quality stability, customization capability, delivery management, cleanroom packaging support, certifications, and problem-solving ability for electronics, semiconductor, PCB, and precision component packaging.

2026.06.08

Can Anti-Static Bags Be Customized? Size, Thickness, Bag Type and Printing Guide

Anti-static bags can be customized based on product size, thickness requirements, bag type, sealing method, printing needs, and packaging workflow. This guide explains how electronics, semiconductor, PCB, and precision component industries can plan custom ESD bags for better protection, efficiency, and identification management.

2026.06.05

Do Anti-Static Bags Need to Be Used with Cleanroom Bags? Packaging Strategy for High-Cleanliness Industries

Anti-static bags and cleanroom bags solve different packaging risks. Anti-static bags protect products from electrostatic discharge (ESD), while cleanroom bags reduce particle contamination and cleanliness risks. This guide explains when ESD bags alone are sufficient, when cleanroom packaging should be added, and how semiconductor, electronics, biotech, and medical industries build more complete packaging protection strategies.

2026.05.22

Anti-Static Bags vs Anti-Static Film: How to Choose the Right ESD Packaging Format

Anti-static bags and anti-static film are both ESD packaging materials, but they are designed for different packaging formats and production workflows. This guide explains their differences, applications, and selection logic for electronics, semiconductor, PCB, precision component, and automated packaging needs.

2026.05.21

What Industries Use Anti-Static Bags? Applications in Electronics, Semiconductor, PCB and Precision Component Packaging

Anti-static bags (ESD bags) are widely used in electronics, semiconductor, PCB, precision component, automation, and medical industries to reduce electrostatic discharge risk and improve packaging reliability. This guide explains the most common ESD packaging applications and how to determine whether your products require anti-static protection.

2026.05.20

Common Anti-Static Bag Specifications: Sizes, Bag Types and Customization Guide

Learn the common specifications of anti-static bags, including size, thickness, bag type, material structure, sealing design, and customization options for electronics, PCB, semiconductor, and precision component packaging.