Specialty Materials · Static Control
ESD-Safe labels and static dissipative materials
Protect static-sensitive electronic components and populated circuit boards from electrostatic discharge (ESD). Peeling a conventional label from its release liner generates high triboelectric voltage that can damage microchips. We convert specialized ESD-safe polyimide and polyester labels with low-charging adhesives and static-dissipative topcoats.
- Low-charging adhesives keep peel voltage well below sensitivity thresholds
- Static-dissipative topcoats (10⁴ to 10¹¹ ohms/sq) bleed off residual charges
- Available in high-temp Polyimide (PI) for reflow and durable Polyester (PET)
- Engineered to support ANSI/ESD S20.20 and S541 static control programs
Compare your current roll or fanfold invoice against wholesale $/M tiers
Select a common distributor part number below or enter the roll price from your last invoice to see your per-thousand ($/M) cost and annual volume savings.
The hidden triboelectric danger of standard labels
Separating a standard pressure-sensitive label from a silicone release liner can generate several thousand volts of static electricity—especially in low-humidity assembly rooms. When that charged label is applied to a PCB, IC package, or disk drive, electrostatic discharge can cause immediate gate-oxide breakdown or latent field failures.
ESD-safe label constructions eliminate this hazard at the source. Anti-static release liners, static-dissipative adhesives, and treated thermal transfer topcoats work together so peel voltage stays below 100 volts.
Polyonics ESD-Safe Polyimide and Polyester options
We source proven static-control materials from manufacturers like Polyonics. For surface-mount PCB tracking that goes through lead-free reflow ovens and chemical washes, ESD-safe polyimide combines 572°F heat resistance with permanent static dissipation.
For chassis labeling, static-shielding bags, tote bins, and finished electronic sub-assemblies that do not enter a solder oven, ESD-safe polyester (PET) delivers durable, cost-effective static protection.
Custom die sizing and matched resin ribbons
Whether your line requires 0.25 × 0.25" component tracking decals, JEDEC tray identifiers, or ESD caution header labels, we convert rolls to your exact width × length, core diameter, and rewind specification.
Pair your ESD-safe labels with our pure-resin thermal transfer ribbons for crisp, solvent-resistant 2D barcodes that survive IPA wipe-downs and harsh flux cleaners.
Related
Same-Day Wholesale Quote & Swatch Evaluation
Need case or pallet pricing on ESD-Safe labels and static dissipative materials?
Tell us your printer model, core size, and target volume. Our Little Rock desk returns negotiated $/M tier pricing or dispatches a free physical sample pack within 1 business day.
FAQ
When should our facility specify an ESD-safe label over standard polyester?
Specify ESD-safe labels whenever a label is peeled and applied inside an Electrostatic Protected Area (EPA), attached directly to a populated PCB or sensitive semiconductor device, or applied to ESD-shielding bags, tubes, and conductive totes.
What surface resistivity range do your ESD-safe labels meet?
Our static-dissipative polyimide and polyester label stocks are formulated to maintain surface resistivity between 10⁴ and 10¹¹ ohms/square, aligning with ANSI/ESD S20.20 and EIA-625 guidelines.
Can I print ESD-safe labels on our existing Zebra thermal transfer printers?
Yes. ESD-safe polyimide and polyester labels run on standard 203, 300, and 600 DPI thermal transfer printers using a compatible pure-resin ribbon.
Can we test ESD-safe label swatches with our static meter before ordering?
Yes. Request a complimentary commercial sample pack and note your ESD requirements. Our Little Rock desk will ship physical swatches so your ESD coordinator can verify peel voltage on your line.