Anti static aluminum foil bags combine aluminum foil with conductive polyethylene in a four-layer structure (PET/AL/PA/PE). The aluminum layer provides excellent moisture and oxygen barriers, while the conductive PE layer ensures surface resistivity between 10⁶–10¹¹ ohms. This design offers superior protection against electrostatic discharge, humidity, and mechanical stress. The laminated construction also enhances tear resistance, making them suitable for heavy-duty applications.
Superior Moisture Resistance: The aluminum foil layer provides excellent moisture resistance, ensuring that the contents remain dry even in extremely humid conditions. They have a moisture vapor transmission rate of less than 0.1g/m²/day.
Antistatic Protection: The inner antistatic layer ensures that the surface resistance is maintained between 10^8 - 10^11 ohms, protecting the contents from ESD damage.
Light and Oxygen Barrier: In addition to moisture, these bags also block light and oxygen, which helps to extend the shelf life of the contents and prevent oxidation.
Strong and Durable: The combination of materials makes these bags strong and resistant to punctures and tears, providing reliable protection during transportation and storage.
The PE-based inner layer is formulated with high-elongation resins, providing puncture resistance >100N, which is critical for protecting delicate components like semiconductor wafers and optoelectronic devices. The aluminum foil layer acts as a barrier against UV radiation and electromagnetic interference, ensuring components remain stable during storage and transportation. These bags are often used in aerospace and defense industries for their reliability in extreme conditions.
Production Process
Surface resistance: 106Ω-1011Ω
Regular thickness: 0.1mm/0.12mm/0.14mm
Color: Silver
Customization: Customized printing is available.
Size: minimum width 50mm, maximum width up to 1500mm.
Bag type:
 |  |  |  |  |
| Roll Material | Flat Bag | Self-Seal Bag | Envelope Bag | Zipper Bag |
Certification: REACH, RoHS, Halogen-Free Certification
Customizable: Resistance value, bag type, size, printing, thickness, etc. can be customized as needed
Material: Three-layer PET/AL/PE, Four-layer PET/AL/PA/PE
Manufacturers offer tailored sizes and closure options, including ziplock and heat-seal designs, to accommodate different component sizes. The opaque aluminum layer prevents light-induced degradation, making them ideal for photosensitive materials. In medical device packaging, these bags are used for sterile components, combining ESD protection with hermetic sealing to maintain product integrity.
Anti static aluminum foil bags combine aluminum foil with conductive polyethylene in a four-layer structure (PET/AL/PA/PE). The aluminum layer provides excellent moisture and oxygen barriers, while the conductive PE layer ensures surface resistivity between 10⁶–10¹¹ ohms. This design offers superior protection against electrostatic discharge, humidity, and mechanical stress. The laminated construction also enhances tear resistance, making them suitable for heavy-duty applications.
Superior Moisture Resistance: The aluminum foil layer provides excellent moisture resistance, ensuring that the contents remain dry even in extremely humid conditions. They have a moisture vapor transmission rate of less than 0.1g/m²/day.
Antistatic Protection: The inner antistatic layer ensures that the surface resistance is maintained between 10^8 - 10^11 ohms, protecting the contents from ESD damage.
Light and Oxygen Barrier: In addition to moisture, these bags also block light and oxygen, which helps to extend the shelf life of the contents and prevent oxidation.
Strong and Durable: The combination of materials makes these bags strong and resistant to punctures and tears, providing reliable protection during transportation and storage.
The PE-based inner layer is formulated with high-elongation resins, providing puncture resistance >100N, which is critical for protecting delicate components like semiconductor wafers and optoelectronic devices. The aluminum foil layer acts as a barrier against UV radiation and electromagnetic interference, ensuring components remain stable during storage and transportation. These bags are often used in aerospace and defense industries for their reliability in extreme conditions.
Production Process
Surface resistance: 106Ω-1011Ω
Regular thickness: 0.1mm/0.12mm/0.14mm
Color: Silver
Customization: Customized printing is available.
Size: minimum width 50mm, maximum width up to 1500mm.
Bag type:
| | | | |
| Roll Material | Flat Bag | Self-Seal Bag | Envelope Bag | Zipper Bag |
Certification: REACH, RoHS, Halogen-Free Certification
Customizable: Resistance value, bag type, size, printing, thickness, etc. can be customized as needed
Material: Three-layer PET/AL/PE, Four-layer PET/AL/PA/PE
Manufacturers offer tailored sizes and closure options, including ziplock and heat-seal designs, to accommodate different component sizes. The opaque aluminum layer prevents light-induced degradation, making them ideal for photosensitive materials. In medical device packaging, these bags are used for sterile components, combining ESD protection with hermetic sealing to maintain product integrity.
