Specialty Materials · Static Control
ESD-Safe labels and static dissipative materials
Protect sensitive electronic components from electrostatic discharge (ESD). Standard labels generate static electricity when peeled from their liner, which can instantly destroy microchips and circuit boards. We source specialized ESD-safe labels that feature low-charging adhesives and static dissipative topcoats.
- Low-charging adhesives minimize static generation during peel
- Static dissipative topcoats drain residual charges safely
- Available in high-temp Polyimide (PI) and durable Polyester (PET)
- Compliant with ANSI/ESD S20.20 packaging standards
The hidden danger of standard labels
Peeling a standard label from its release liner can generate thousands of volts of static electricity. If that label is then applied to a static-sensitive device, the resulting electrostatic discharge can cause latent or catastrophic failure.
ESD-safe labels are engineered from the ground up to prevent this. From the adhesive to the face stock, every layer is designed to minimize triboelectric charging and safely dissipate any generated charge.
Polyonics ESD-Safe materials
We partner with industry leaders like Polyonics to provide top-tier ESD control. Polyonics ESD-safe polyimide labels combine extreme heat resistance for PCB reflow with comprehensive static protection.
For applications that don't require extreme heat, we also offer ESD-safe polyester (PET) materials for general component marking and tracking.
Related
FAQ
When should I use an ESD-safe label?
ESD-safe labels should be used anytime you are applying a label directly to a static-sensitive electronic component, a populated printed circuit board (PCB), or the static-shielding packaging used for these components.
Can I use standard thermal transfer ribbons with ESD-safe labels?
While you can use standard ribbons, to maintain full ESD compliance across the entire printed surface, it is often recommended to use specific ESD-safe thermal transfer ribbons. Contact us for matched media recommendations.