Anti-static packaging protects sensitive electronic components from electrostatic discharge (ESD) that can damage or destroy circuits during manufacturing, storage and transportation. Pyramid Packaging supplies a complete range of anti-static packaging solutions, including ESD shielding bags, moisture-barrier bags, static-dissipative materials and conductive packaging designed to safeguard valuable electronic products throughout the supply chain.
These bags are commonly made from low density polyethylene (PE) or polyethylene terephthalate (PET) and have a pink or silver metalized color.
To create the anti-static effect, the bags are slightly conductive, which creates a Faraday Cage around bagged item which avoids any discharges from being deposited onto the item. These bags will dissipate static electricity so it cannot create electrostatic discharge (ESD) whereas a static shielding bag blocks the ESD. Pyramid Packaging is a supplier of the following types anti-static bags:
Reclosable/ziplock bags
Flat poly bags
Tubing
conductive flat bags
conductive bags reclosable/ziplock
conductive tubing
static shielding bags
cushioned static shielding bags
reclosable/ziplock
- available in clear, pink, various sizes and thicknesses
Types of Anti-Static Packaging
Different electronic applications require different levels of electrostatic protection. The most common types of anti-static packaging include:
Static-Shielding Bags
Static-shielding bags feature a metalized layer that protects electronic components from external electrostatic discharge. They are commonly used for printed circuit boards, electronic assemblies and sensitive devices.
Static-Dissipative Bags
Static-dissipative bags reduce the buildup of static electricity by safely dissipating electrical charges. They are ideal for handling and transporting components that require moderate ESD protection.
Conductive Packaging
Conductive bags and materials create a Faraday cage around electronic components, providing maximum protection against electrostatic discharge during storage and shipping.
Moisture-Barrier Bags
Moisture-barrier bags combine ESD protection with resistance to moisture and oxygen, making them ideal for semiconductors, integrated circuits and other moisture-sensitive electronic devices.
When Do You Need Anti-Static Packaging?
Anti-static packaging should be used whenever electronic components are vulnerable to electrostatic discharge.
Typical applications include:
- Printed circuit boards (PCBs)
- Semiconductors
- Integrated circuits
- Computer components
- Electronic assemblies
- Medical electronics
- Telecommunications equipment
- Aerospace electronics
- Automotive electronics
Using the correct ESD packaging helps prevent costly product failures while maintaining product reliability throughout manufacturing and distribution.
FAQ
What is anti-static packaging?
Anti-static packaging is packaging designed to prevent static electricity build-up that can damage sensitive electronic components.
What’s the difference between anti-static and static-shielding bags?
Anti-static packaging is a broad category that includes static-shielding bags, static-dissipative bags, conductive bags and moisture-barrier bags. Static-shielding bags specifically protect against external electrostatic discharge.
Who needs anti-static packaging?
Manufacturers of electronics, semiconductors, PCBs, medical devices and telecommunications equipment commonly use anti-static packaging to protect sensitive products.
Can anti-static bags be reused?
Many anti-static bags can be reused if they remain clean, undamaged and continue to meet ESD protection requirements.
About Pyramid Packaging
Est. in 1968, Pyramid Packaging is a value-added supplier of flexible packaging films, equipment & services. We are a supplier of stock and customized anti-static shielding bags. If needed, our experienced packaging engineers will work with you to develop a customized anti-static poly bag based on your design specifications (size, thickness, closure type, graphics). Call us at 847-272-3400, fill out our Contact Us form to learn more, or simply email us at [email protected].