4 - Layer Antistatic PE Bags for Moisture Protection are advanced packaging solutions composed of four layers of polyethylene (PE) materials with antistatic properties. These bags are designed to provide both antistatic protection and effective moisture resistance, making them suitable for packaging electronic components and other items that are sensitive to both static electricity and moisture. The multiple layers work together to create a robust barrier against external factors.
Production Process
Surface resistance: 106Ω-1011Ω
Regular thickness: 0.05mm/0.08mm
Color: Transparent
Customization: Customized printing is available.
Size: Minimum width 50mm, maximum width up to 1600mm
Bag type:
 |  |  |  |  |  |
Roll Material | Flat Bag | Self-seal Bag | Accordion Bag | Stand-Up Bag | Custom-Shaped Bag |
Certification: REACH, RoHS, Halogen-Free Certification
Customizable: Resistance value, bag type, size, printing, thickness, etc.
Material: PE
These bags feature a laminated structure consisting of PET, VMPET, anti static PE, and an inner conductive layer. This design provides multifunctional protection against static, moisture, and oxidation. The outer PET layer enhances tear resistance, while the VMPET (vacuum metallized polyester) layer offers excellent moisture and oxygen barriers, with MVTR <0.2 g/100in²/24hr and oxygen transmission <0.5 cc/100in²/24hr. The inner anti static PE layer ensures surface resistivity of 10⁸–10¹¹ ohms, preventing electrostatic buildup.
The four-layer construction is optimized for long-term storage of moisture-sensitive components, such as semiconductor wafers, medical implants, and precision instruments. The hermetic seal created during heat welding ensures no moisture or contaminants enter the bag. These bags are often used in vacuum packaging to further reduce oxidation risks, particularly for high-value components requiring extended shelf life.
Certified to IEC 61340 and ANSI/ESD S20.20, these bags undergo rigorous testing for seal strength, puncture resistance, and static decay time. Their translucent design allows for easy visual inspection of contents without compromising protection. In electronics manufacturing, they are commonly used for PCB storage and IC transportation, where both ESD and moisture control are critical.
4 - Layer Antistatic PE Bags are commonly used in the packaging of electronic components such as memory chips, hard drives, and connectors, especially in environments with high humidity. They are also suitable for packaging optical components and other items that require protection from both static and moisture.
Production Process
Surface resistance: 106Ω-1011Ω
Regular thickness: 0.05mm/0.08mm
Color: Transparent
Customization: Customized printing is available.
Size: Minimum width 50mm, maximum width up to 1600mm
Bag type:
| | | | | |
Roll Material | Flat Bag | Self-seal Bag | Accordion Bag | Stand-Up Bag | Custom-Shaped Bag |
Certification: REACH, RoHS, Halogen-Free Certification
Customizable: Resistance value, bag type, size, printing, thickness, etc.
Material: PE
These bags feature a laminated structure consisting of PET, VMPET, anti static PE, and an inner conductive layer. This design provides multifunctional protection against static, moisture, and oxidation. The outer PET layer enhances tear resistance, while the VMPET (vacuum metallized polyester) layer offers excellent moisture and oxygen barriers, with MVTR <0.2 g/100in²/24hr and oxygen transmission <0.5 cc/100in²/24hr. The inner anti static PE layer ensures surface resistivity of 10⁸–10¹¹ ohms, preventing electrostatic buildup.
The four-layer construction is optimized for long-term storage of moisture-sensitive components, such as semiconductor wafers, medical implants, and precision instruments. The hermetic seal created during heat welding ensures no moisture or contaminants enter the bag. These bags are often used in vacuum packaging to further reduce oxidation risks, particularly for high-value components requiring extended shelf life.
Certified to IEC 61340 and ANSI/ESD S20.20, these bags undergo rigorous testing for seal strength, puncture resistance, and static decay time. Their translucent design allows for easy visual inspection of contents without compromising protection. In electronics manufacturing, they are commonly used for PCB storage and IC transportation, where both ESD and moisture control are critical.
4 - Layer Antistatic PE Bags are commonly used in the packaging of electronic components such as memory chips, hard drives, and connectors, especially in environments with high humidity. They are also suitable for packaging optical components and other items that require protection from both static and moisture.
