HIPAA Self-Shred Direct Thermal Piggyback Labels, White, 3" × 3.5", 3" Core, Permanent Adhesive
Details
PDC HTHERMD50 HIPAA Self-Shred Direct Thermal Piggyback Labels are medical-grade labels designed to protect confidential patient information during IV bag labeling and disposal workflows. Constructed from white direct-thermal paper with a self-shredding piggyback design and glove-friendly permanent adhesive, the label’s upper section can be peeled away after use to remove patient information before the IV bag is discarded.
Material/Structure
- Medical-grade direct-thermal paper construction
- Self-shredding piggyback design
- Glove-friendly permanent adhesive
- Outside-wound roll configuration
- Carrier width: 3 1/8"
- 3" core diameter
- Dimensions: 3" W × 3.5" H
- Color: White
Cleanroom Environment
- Non-sterile construction supports pharmacy and IV bag labeling workflows outside critical sterile processing areas.
- Glove-friendly adhesive supports label application by personnel wearing examination or handling gloves.
- Self-shredding construction supports patient-information removal before used IV bags leave controlled healthcare areas.
- Suitable for facility-approved pharmacy, infusion, and medication-management labeling procedures.
Benefits
- Self-shredding upper section removes confidential patient information before IV bag disposal.
- Supports HIPAA-compliant patient privacy procedures.
- Direct-thermal material produces printed information without requiring ink or a thermal-transfer ribbon.
- Piggyback construction combines secure attachment with a removable information layer.
- Glove-friendly permanent adhesive supports dependable application in healthcare environments.
- White label surface supports clear text, barcode, and patient-information printing.
- 1,000-label roll capacity supports high-volume pharmacy and infusion workflows.
Applications
- IV bag labeling
- Patient-information labeling
- Hospital and health-system pharmacies
- Infusion centers and departments
- Medication preparation and identification
- Patient privacy and disposal workflows
- Direct-thermal healthcare printing