A few microns can add up to big packaging costs. In Food Manufacturing, Peak Nano’s Pam Wilson explores how nanolayering could reduce tie layers and material use while maintaining barrier performance. Read her latest byline.
https://ow.ly/n7r151006EJ #FoodPackaging
https://ow.ly/n7r151006EJ #FoodPackaging
October 23, 2026 at 1:40 PM
A few microns can add up to big packaging costs. In Food Manufacturing, Peak Nano’s Pam Wilson explores how nanolayering could reduce tie layers and material use while maintaining barrier performance. Read her latest byline.
https://ow.ly/n7r151006EJ #FoodPackaging
https://ow.ly/n7r151006EJ #FoodPackaging
Great convos at #PACKEXPO 2026 with food packaging, medical packaging and film customers exploring nanolayering with existing resins. Peak Nano’s Films as a Service (FaaS) helps R&D teams turn ideas into samples. #PACKEXPOInternational
October 21, 2026 at 5:34 PM
Great convos at #PACKEXPO 2026 with food packaging, medical packaging and film customers exploring nanolayering with existing resins. Peak Nano’s Films as a Service (FaaS) helps R&D teams turn ideas into samples. #PACKEXPOInternational
Could less EVOH deliver the barrier performance a package needs?
Pam Wilson, PhD, explores how nanolayering could help food packaging films do more with less EVOH.
Read more: https://ow.ly/bu0650ZUJQv
Pam Wilson, PhD, explores how nanolayering could help food packaging films do more with less EVOH.
Read more: https://ow.ly/bu0650ZUJQv
Doing More with Less EVOH: A New Way to Think About Food Packaging Films
Discover how nanolayering in food packaging films can enhance EVOH performance, reduce material use, and meet evolving industry demands for sustainability and efficiency.
www.peaknano.com
October 5, 2026 at 9:40 PM
Could less EVOH deliver the barrier performance a package needs?
Pam Wilson, PhD, explores how nanolayering could help food packaging films do more with less EVOH.
Read more: https://ow.ly/bu0650ZUJQv
Pam Wilson, PhD, explores how nanolayering could help food packaging films do more with less EVOH.
Read more: https://ow.ly/bu0650ZUJQv
#FoodPackaging needs to balance barrier, shelf life & evolving recycling requirements. Through #FilmsAsAService, we apply #nanolayering to commercially available polymers to explore how new film architectures can improve performance. Learn more: youtu.be/1JL6zdvJeeQ
Peak Nano for Food Packaging Films
YouTube video by Peak Nano Corp
youtu.be
September 29, 2026 at 7:41 PM
#FoodPackaging needs to balance barrier, shelf life & evolving recycling requirements. Through #FilmsAsAService, we apply #nanolayering to commercially available polymers to explore how new film architectures can improve performance. Learn more: youtu.be/1JL6zdvJeeQ
Join us on September 15 at 12pm ET as Pam Wilson takes a closer look at how nanolayer architecture gives engineers new ways to work with EVOH and other familiar polymers.
Register now: https://www.peaknano.com/webinars/doing-more-with-less-evoh
#FoodPackaging #EVOH #FlexiblePackaging #Nanolayering
Register now: https://www.peaknano.com/webinars/doing-more-with-less-evoh
#FoodPackaging #EVOH #FlexiblePackaging #Nanolayering
September 11, 2026 at 2:26 PM
Join us on September 15 at 12pm ET as Pam Wilson takes a closer look at how nanolayer architecture gives engineers new ways to work with EVOH and other familiar polymers.
Register now: https://www.peaknano.com/webinars/doing-more-with-less-evoh
#FoodPackaging #EVOH #FlexiblePackaging #Nanolayering
Register now: https://www.peaknano.com/webinars/doing-more-with-less-evoh
#FoodPackaging #EVOH #FlexiblePackaging #Nanolayering
#FoodPackaging needs to balance barrier, shelf life & evolving recycling requirements.
Through #FilmsAsAService, Peak Nano applies #nanolayering to commercially available polymers to explore new film architectures around your performance targets. Learn more: https://youtu.be/0Fic4lQ4ah0
Through #FilmsAsAService, Peak Nano applies #nanolayering to commercially available polymers to explore new film architectures around your performance targets. Learn more: https://youtu.be/0Fic4lQ4ah0
September 9, 2026 at 8:15 PM
#FoodPackaging needs to balance barrier, shelf life & evolving recycling requirements.
Through #FilmsAsAService, Peak Nano applies #nanolayering to commercially available polymers to explore new film architectures around your performance targets. Learn more: https://youtu.be/0Fic4lQ4ah0
Through #FilmsAsAService, Peak Nano applies #nanolayering to commercially available polymers to explore new film architectures around your performance targets. Learn more: https://youtu.be/0Fic4lQ4ah0
New performance doesn’t always require new chemistry.
Peak Nano’s #NanolayerCoextrusion technology engineers commercially available polymers into nanoscale architectures to unlock new performance.
Explore our tech: https://www.peaknano.com/nanolayer-coextrusion
#Nanolayering #AdvancedMaterials
Peak Nano’s #NanolayerCoextrusion technology engineers commercially available polymers into nanoscale architectures to unlock new performance.
Explore our tech: https://www.peaknano.com/nanolayer-coextrusion
#Nanolayering #AdvancedMaterials
September 3, 2026 at 6:59 PM
New performance doesn’t always require new chemistry.
Peak Nano’s #NanolayerCoextrusion technology engineers commercially available polymers into nanoscale architectures to unlock new performance.
Explore our tech: https://www.peaknano.com/nanolayer-coextrusion
#Nanolayering #AdvancedMaterials
Peak Nano’s #NanolayerCoextrusion technology engineers commercially available polymers into nanoscale architectures to unlock new performance.
Explore our tech: https://www.peaknano.com/nanolayer-coextrusion
#Nanolayering #AdvancedMaterials
Peak Nano didn't invent nanolayering. Nature's been running the experiment for hundreds of millions of years.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
August 24, 2026 at 6:01 PM
Peak Nano didn't invent nanolayering. Nature's been running the experiment for hundreds of millions of years.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
Peak Nano didn't invent nanolayering. Nature's been running the experiment for hundreds of millions of years.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
August 24, 2026 at 6:01 PM
Peak Nano didn't invent nanolayering. Nature's been running the experiment for hundreds of millions of years.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.
Mother-of-pearl: brittle mineral + soft polymer, stacked in nanoscale layers. ~3,000× tougher than the mineral alone.
Nothing was added. The architecture did the work.