Vaccine Labels
Vaccine Labels
Vaccine Labels

Vaccine Labels

cryogenic vaccine vial labels
low-temperature medical labels
The vaccine label must meet the stringent requirements of low-temperature resistance, sterility, and chemical stability throughout the vaccine’s lifecycle — from production, filling, storage, and transportation, to final use in hospitals or vaccination centers. Vaccine labels must remain securely adhered and clearly legible even under extreme conditions such as cryogenic freezing (-80°C), high-temperature sterilization, thawing cycles, and moisture exposure.
Product Details

The medical vaccine label material utilizes reinforced synthetic film or PP material, ensuring excellent adhesion to glass vials, polypropylene syringes, aluminum caps, and plastic ampoules. It offers high flexibility, strong adhesion, and resistance to low temperatures, enabling it to endure repeated freeze-thaw cycles without peeling, fading, or cracking.

Vaccine labels are also referred to as cryogenic vaccine vial labels, low-temperature medical labels, vaccine storage labels, laboratory cryo labels, medical vial adhesive labels, low-temperature-resistant syringe labels, and laboratory vaccine sample labels. These labels are widely used in vaccine production lines, hospital cold chain management systems, biological sample storage, and pharmaceutical logistics.

For vaccine label production, the primary face materials are synthetic paper or PET films, combined with solvent-based or hot-melt pressure-sensitive adhesives to guarantee long-term adhesion at low temperatures. Vaccine vials are typically made of glass or medical-grade polypropylene, and the selected adhesives must maintain permanent bonding strength even after exposure to condensation and sterilization processes.

Specifically, the synthetic paper used for vaccine labels is a polyolefin-based material blended with inorganic fillers, manufactured through advanced extrusion and stretching technology. This unique composition provides it with the dual characteristics of plastic durability and paper printability, making it ideal for thermal transfer and barcode printing.

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