Blisters for pills and tablets
A sustainable alternative to conventional PVC packaging
Driven by heightened awareness of environmental issues, the consumer health segment faces a pressing need for sustainable packaging. This is especially true in the case of blister packaging, which can be found in every household, and which consumers expect to be able to recycle in the same way as other domestic waste. For more than 20 years, we have offered Bormed™ polypropylene medical grade blister packaging - a recyclable alternative to commonly used PVC-aluminium structures - to meet this need.
Benefits of our polyolefin materials
- Exceptional performance: A PVC-free solution that maintains the same exceptional standards of integrity, drug safety and shelf life as conventional blister packaging.
- Enhanced sustainability: Designed for recycling. this blister packaging will help you meet your sustainability goals.
Would you like to learn more about Bormed DM55pharm PVC-free blister packaging?
Your sustainable solutions
The Bornewables™ and Borcycle™ are two of our newest portfolios. The Bornewables offers circular Bormed polyolefins produced with renewable feedstock derived entirely from waste and residue streams and with a reduced carbon footprint, while the Borcycle C line of Bormed uses chemical recycling to renew plastic back to plastic, giving polyolefin-based, post-consumer waste another life. Offering the same material performance and regulatory compliance as virgin Bormed medical grades, these transformative solutions have been created with our planet in mind.
Meet your sustainability targets with ISCC Plus-certified polyolefins produced from renewable or chemically recycled feedstock.
Downloads
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Bormed™ Solutions for Healthcare Applications
Summary Data Sheet.pdf. 777kb .English -
Introducing Bormed™ PL8830-PH
Product News.pdf. 1.47mb .English -
Introducing Bormed™ BJ868MO
Product News.pdf. 1.68mb .English -
Bormed™ solutions for healthcare moulding and film applications
Brochure.pdf. 908kb .English -
The Bornewables™: a sustainable alternative to virgin polyolefins
Brochure.pdf. 2.04mb .English