Pentapharm® kpSilver™

kpNext® RB2, is a pioneering advancement in sustainable, recyclable pharmaceutical blister films. Crafted from polyethylene, it combines functionality with eco-consciousness. Engineered as a greener alternative, it ensures medication safety while minimising environmental impacts. Polyethylene's recyclabili...

Finally, there is an alternative to vinyl blister films that will meet or exceed all your sustainability goals and work within your current manufacturing setup. kpNext™ R1 films are designed to be recyclable and will work with your existing production lines. No need for expensive retooling or costly line s...

Imagine design and prototyping Services that enable accelerated market introduction with increased accuracy in stability testing using the most cost-effective blister film to meet your requirements. Contact us for more information.

With kpVantage® you can change to polyester without changing a thing. Our polyester-based films are a high-performance alternative to vinyl that can be processed on standard equipment and tooling. Available as mono films or integrated into barrier structures, kpVantage® films are engineered to ma...

Pentapharm® alfoil® ET SG films complement kp’s existing ultra-high barrier alfoil® E S03 film series. alfoil® ET SG delivers outstanding value to performance ratio with a specially formulated color package to enhance brand perception. The product reduces stickiness while improving barrier performance and ...

Klöckner Pentaplast (kp), a leading global manufacturer of high barrier protective packaging solutions with industry-leading use of recycled content material, has launched kpNext, its first-to-market innovation in recyclable PET blister films. kpNext is the only PET recyclable blister that is completely compatible on pharmaceutical manufacturing form, fill and seal equipment.

This session was originally broadcast as part of the CPHI Worldwide 2021 digital content programme. Investing in better is what drives us. Imagine a vinyl-free blister designed to be fully recyclable and compatible with all standard equipment, serving optimal performance in health protection and environmental safety.