Amine-Free Pink Anti-Static Bags for PCB and Semiconductor Packaging
These 16x18 in. pink anti-static bags provide ESD dissipative protection for circuit boards, semiconductor devices, and other static-sensitive components. Amine-free formulation prevents corrosion of polycarbonate housings and sensitive connector materials — a critical requirement for bare board and populated PCB storage.
Specs: 16 x 18 in. | 4 mil | Pink Anti-Static LDPE | Surface Resistivity <1 x 10¹² Ω/sq | MIL-PRF-81705E Type II | EIA-541 Compliant
Applications
PCB and circuit board staging and packaging; semiconductor component storage; hard drive and SSD bagging; LCD and display module protection; memory module and processor packaging; electronic sub-assembly kitting.
Features
Amine-free formulation does not attack polycarbonate, acrylic, or sensitive connector materials. Surface resistivity below 1 x 10¹² ohms/sq meets full static decay requirements of MIL-PRF-81705E Type II and EIA-541. 4 mil thickness provides substantial mechanical protection for boards and modules during handling and transit. Can be closed by heat sealing, tying, stapling, or taping.
Material Notes
Pink anti-static film uses a migratory additive to achieve ESD dissipative properties. Not a static shielding bag — does not provide a Faraday cage. For full static shielding, use a metalized shielding bag in addition to or in place of pink anti-static. Low humidity performance is rated superior to standard anti-static formulations.
Use Case Notes
The 16x18 in. format fits most full-size ATX motherboards, multi-layer PCBs up to 14 in., and assembled electronic subassemblies in panel or tray form. Amine-free designation is required by many contract electronics manufacturers and aerospace supply chain specifications.
Common Questions
Q: What is the difference between pink anti-static and silver/metallic static shielding bags?
A: Pink anti-static bags dissipate static charge but do not provide a Faraday cage. Metallic shielding bags provide both dissipation and full static shielding for Class 0 and Class 1A ESDS devices.
Q: Is this bag safe for polycarbonate components?
A: Yes. The amine-free formulation will not stress-crack or corrode polycarbonate housings, unlike standard amine-based anti-static bags.
Why Buy
Amine-free chemistry protects polycarbonate and sensitive connector materials. MIL-PRF-81705E Type II and EIA-541 compliance satisfies defense and commercial ESD specification requirements. 4 mil gauge provides handling durability for component kitting and outbound shipment.
