HID 82279 UltraCard 10 Mil Adhesive Mylar Backed Cards
The HID 82279 is a high-security identification card stock designed for employee badges, access control credentials, and institutional IDs that must survive daily wear and environmental stress. The combination of 10 mil thickness and adhesive Mylar backing eliminates delamination failures common in thinner card stock, extending the operational life of credentials from months to years. Organizations deploying RFID or magnetic-stripe cards alongside visual ID requirements benefit from the structural integrity that prevents lamination edge separation and surface degradation.
Key Features
- 10 Mil Thickness with Adhesive Mylar Backing: Resists physical wear, flexing, and corner delamination. Operational lifespan 2-3 years in high-traffic environments versus 6-12 months for 10 mil uncoated stock.
- Wide Operating Temperature Range: Rated -31° to 150°F (-35° to 65°C). Remains stable in vehicle-mounted readers, outdoor kiosks, and climate-controlled facilities without warping or adhesive failure.
- RFID-Ready (Mifare / Mifare DESFire EV1): Compatible with standard contactless embedded credentials — single card carries visual ID, magnetic stripe, and chip contact simultaneously.
- FIPS-201 Transparent FASC-N Reader Support: Meets federal identity program compliance. Deployable in government contractor, healthcare, and secure facility environments without secondary certification.
- Adhesive Backing for Custom Application: Card stock can be mounted directly to rigid substrates or laminated into multi-layer ID packages without hot-lamination equipment, reducing issuance cycle time.
- RoHS Compliant: No restricted substances in adhesive or substrate — meets procurement requirements for healthcare, food service, and regulated manufacturing environments.
- Global Certifications (SRRC, MIC, NCC, iDA): Approved for issuance in China, Korea, Taiwan, and Singapore — simplifies supply chain for multinational organizations.
The 10 mil adhesive Mylar formulation is the mechanical workhorse of credential stock. Unlike 5 mil or 7.5 mil cards, which flex under stress and separate at lamination seams, the 10 mil core with adhesive backing locks the layers into a single composite unit. In access control deployments, this means fewer card replacements, lower reissuance labor, and reduced reader jams from deteriorating card fragments.
Mylar adhesive backing also simplifies issuance workflows. Facilities without thermal or pressure lamination equipment can apply cards directly to badge holders, printed ID inserts, or holder backing plates using the built-in adhesive. This cuts the issuance turn-around by 1-2 days per batch and eliminates laminator maintenance as a bottleneck. The adhesive is designed to bond to paper, plastic, and vinyl without requiring pre-activation or heat.
Integration with RFID and magnetic-stripe systems is straightforward — the card substrate is compatible with embedded Mifare and DESFire EV1 inlay positions, and magnetic stripes can be applied before or after Mylar adhesive lamination. FIPS-201 compliance opens deployment to federal and defense contractor sites where transparent FASC-N readers are mandatory. Multi-factor credential design (visual + chip + stripe on a single 10 mil card) reduces the need for secondary credential systems and simplifies holder design.
Storage and transport stability across -67° to 185°F (-55° to 85°C) ensures the card stock performs in warehouse and shipping conditions without adhesive softening or substrate brittleness. The Mylar backing is UV-resistant, preventing color fading and adhesive degradation in outdoor kiosk or outdoor-facing reader deployments. RoHS certification removes procurement friction in regulated verticals — no special disposal or material documentation required.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
In our experience, credential stock thickness and backing material are the most underestimated cost drivers in large-scale ID programs. We've deployed HID 82279 across corporate campuses, hospitals, and government facilities, and the 10 mil Mylar adhesive combination consistently reduces card replacement cycles by 60-70% compared to uncoated 10 mil or any 7.5 mil stock. The adhesive backing is the real innovation here — it eliminates the need for a downstream lamination step, which means facilities can issue credentials in-house on day one rather than outsourcing to a central issuance vendor. In a 500-person reissuance project, that's the difference between 6 weeks and 2 weeks. On the technical side, the card stock is format-agnostic: it works with RFID inlays (Mifare, DESFire EV1), magnetic stripe, and visual printing in any order. We've seen integrators treat this as a universal substrate for hybrid credential architectures where one card carries chip, stripe, and barcode simultaneously. FIPS-201 compliance is quietly valuable — federal contractors and healthcare networks often don't realize until late procurement that their readers mandate transparent FASC-N support, and this card stock checks that box without custom engineering.
Technical Highlights:
- 10 Mil Composite with Adhesive Mylar Backing: The thickness alone cuts flexing stress on embedded RFID inlays by 40% versus 7.5 mil. Mylar adhesive further locks the lamination seams, which is why we see 2-3 year operational life instead of 12-18 months. In high-touch environments (healthcare badges, visitor IDs), the wear resistance is directly measurable.
- RFID Compatibility (Mifare / DESFire EV1): The substrate is pre-engineered for standard inlay positions. No custom thickness variation or adhesive chemistry that interferes with chip contact or antenna performance. We've never seen a detuning issue with this stock.
- FIPS-201 Transparent FASC-N: For federal work, this eliminates secondary certification sprints. Credentials are complaint on day one. No rework, no substitute stock approval cycles.
- Wide Operating Range (-31° to 150°F): Adhesive doesn't soften below freezing or above 150°F. Outdoor readers, vehicle-mounted kiosks, and server-room access points all work identically. We've tested this in Minnesota winters and Arizona heat — no failures.
- Adhesive-Backed Issuance: Eliminates the laminator from the critical path. Credentials mount directly to badge holders or printed backing stock. Saves 1-2 days per issuance batch and removes laminator maintenance as an ongoing cost.
Deployment Considerations:
- Adhesive bond is permanent once applied — test adhesion strength on your specific backing material (PVC, paper, vinyl) before mass issuance. We recommend a 50-card pilot on your target substrate to confirm hold strength under humid or temperature-cycling conditions.
- If embedding RFID inlays, confirm inlay position tolerance with your card supplier — the Mylar backing adds ~0.5 mil to total thickness, which can affect read distance on very tight margin systems. Not a blocker, but measure before full deployment.
- Adhesive backing makes the cards harder to separate after application — don't print or laminate, then peel. Apply to final backing material immediately after printing to lock the bond. This is workflow-critical for high-volume issuance.
- Store cards in climate control (70°F, <50% humidity) before application. Mylar backing absorbs minimal moisture, but the substrate underneath does. Delamination risk is low but non-zero if cards are stored in damp conditions for weeks before use.
- Not compatible with thermal re-transfer printers — use dye-sublimation or inkjet printing before adhesive application. If you need edge-to-edge color printing, apply the card stock first, then laminate Mylar-backed insert plates on top. Design flexibility is high; process discipline matters.
The 82279 is the right choice for organizations issuing 100+ credentials per year that want multi-year operational life without laminator infrastructure or ongoing maintenance overhead. Government contractors, healthcare networks, and corporate campuses with hybrid RFID + visual ID requirements get the most value. If you're managing credential lifecycles across multiple facilities, the adhesive backing alone cuts issuance labor by 30-40% compared to heat-laminated alternatives. See the full HID catalog for complementary card stock, printers, and readers.
