WiseForm+ Cold-Formed Blister Aluminum Desiccant Film
WiseForm+ Cold-Formed Blister Aluminum Desiccant Film

Cold-Formed Blister Aluminum Desiccant Film

Cold-Formed blister made with aluminum desiccant film

WiseForm+ cold-formed blister aluminum desiccant film is a new packaging solution developed by WiseSorbent for tablets, capsules, and other pharmaceutical and healthcare products.

Building upon standard cold-formed blister packs, WiseForm+ integrates an additional layer of desiccant film. This desiccant film contains desiccant particles that not only effectively absorb moisture within the blister pack but also mitigate moisture diffusion at the edges of the blister, thereby enhancing the durability of the packaging. It provides comprehensive moisture protection for sensitive products, ensuring long-term stability and quality of the packaged products.

Cold-Formed Blister Aluminum Desiccant Film

Strong moisture and oxygen resistance performance, effectively blocking water vapor, oxygen, and ultraviolet rays.

High moisture absorption can prevent drugs from damping and extend the product’s shelf life.

WiseForm+ provides higher puncture resistance with three layers structure.

WiseForm+ is PVC-free and environmentally friendly.

WiseLid Structure

Applications

WiseForm+ Aluminum Desiccant Blister offers these properties in a variety of application scenarios and is suitable in pharmaceutical, healthcare and diagnostics packaging. It is a new moisture-proof packaging solution developed for tablets, capsules and small devices.

Pharmaceutical

Healthcare

Diagnostics

WiseForm+ Cold-Formed Blister Aluminum Desiccant Film

WiseForm+ Cold-Formed Blister Aluminum Desiccant Film (OPA30/Alu55/Des60um – MOB605530)
Thickness (um \ mil) 45±14 \ 5.709±0.551
Grammage (g/m² \ oz/yd²) 250.0±25.0\7.376±0.738
Moisture Adsorption Capacity (g/pcs.\ oz/pcs.) ≥4.0\0.118
Heat Seal Strength (N/15mm\ lb/in) ≥6\2.25
Peel Strength (N/15mm\ lb/in) ≥4\1.50
Water Vapor Transmission Rate(38℃,RH90%)(g/( m².24h)) ≤0.010
Oxygen Transmission Rate (23℃±2℃) (cm3/( m².24h.0.1Mpa)) ≤0.010

Email Us