WiseLid+ Desiccant Seal Foil
WiseLid+ Desiccant Seal Foil Structure

Desiccant Seal Foil

Seal foil with moisture absorption function

Tablets, capsules, and other sensitive drugs are vulnerable to external environmental factors. A difference in the external temperature and the invasion of moisture into the packaging are significant risks that can harm the safety and efficacy of drug products. To better protect the quality, ensure continued stability, and extend the shelf life of medicines, WiseNano launched WiseLid+ desiccant seal foil.

WiseLid+ consists of a two-layer structure combining aluminum and desiccant film. The lid offers an enhanced barrier for moisture adsorption and superior sealing characteristics. WiseLid+ provides a comprehensive protective barrier for drugs by adding desiccant film. Desiccant film’s high moisture absorption performance ensures a stable internal environment for drug packaging. At the same time, WiseLid+ prevents any lateral permeation, which can effectively avoid the possibility of moisture cross-diffusion from the edge of the blister.

Desiccant Seal Foil

CR (Child Resistant) feature by adding a PET layer

High moisture absorption performance can prevent drugs from being affected by moisture and prolong shelf life.

Customizable printing

WiseLid+ Desiccant Seal Foil Structure

Applications

WiseLid+ offers these properties in a variety of application scenarios and is suitable in pharmaceutical, healthcare, diagnostics, food, and cosmeceutical packaging. WiseLid+ works in various types of packages: stick packs, tablet packaging, and diagnostic reagent bag.

Pharmaceutical Healthcare

Diagnostics

Food

Technical Parameters

WiseLid+ Desiccant Seal Foil (Alu16/Des60)
Thickness (um \ mil) 75±7 \ 2.9528±0.2756
Grammage (g/m² \ oz/yd²) 110.0±10.0 \ 3.2453±0.2950
Moisture Adsorption Capacity (g/pcs.\ oz/pcs.) ≥4.0 \ 0.12
Heat Seal Strength (N/15mm\ lb/in) ≥8\3.00
Peel Strength (N/15mm\ lb/in) ≥6\2.25
Water Vapor Transmission Rate(38℃,RH90%)(g/( m².24h)) ≤0.010
Oxygen Transmission Rate (23℃±2℃) (cm3/( m².24h.0.1Mpa)) ≤0.020

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