Sterile Pack Label – Tear-Proof

Sterile packs undergo repeated handling during sterilization, storage, and OT preparation. Conventional paper labels tear easily, absorb moisture, or detach when packs are flexed, compromising sterility status and traceability. In regulated healthcare environments, label failure can delay procedures or trigger reprocessing. Anaika offers tear-proof sterile pack label solutions engineered with durable synthetic materials that resist tearing, moisture, and handling stress—ensuring sterility information remains intact from CSSD to operating theatre.

Key Features

  • Tear-proof synthetic construction resists ripping during handling

  • Maintains integrity through sterilization and storage cycles

  • Clean, flat adhesion on medical paper and pouch materials

  • Moisture-resistant surface prevents ink bleeding or smudging

  • Suitable for handwritten or printed sterility information

  • Does not compromise pack breathability when correctly applied

  • Compatible with manual and automated labeling workflows

Technical Specifications

ParameterDetails
MaterialTear-resistant synthetic label film
Adhesive TypeMedical-grade permanent acrylic
Sterilization CompatibilitySteam (autoclave), ETO*
Moisture ResistanceHigh
Substrate CompatibilityMedical paper, Tyvek®, sterile pouches
Print / Write CompatibilityMarker, Inkjet, Thermal Transfer
Thickness60–80 microns
Shelf Life12 months

Applications

  • Surgical instrument sterile packs

  • Procedure and dressing kits

  • Hospital CSSD packaging

  • Diagnostic and minor OT packs

  • Medical device sterile packaging

  • Compliance-driven sterile storage systems

Why Choose Anaika?

  • Materials selected specifically for high-handling sterile workflows

  • Tear-proof films tested under real CSSD handling conditions

  • Reliable adhesion without damaging sterile pack material

  • Custom sizes to fit different pouch formats and layouts

  • Consistent quality for compliance-critical healthcare use

  • Technical guidance on correct placement and sterilization compatibility