Why Luminy® PLA?
While commonly associated with packaging and other disposable applications, Luminy® PLA can be as durable as fossil-based plastics like ABS, PS, and PP compounds. Unlike their fossil-based counterparts, biobased and eco-friendly PLA is made from annually renewable resources that support business’ sustainability goals.
The most common Luminy® PLA grades used for durable applications are L105, L130, and LX175.
By itself, Luminy® PLA offers good processability, scratch resistance, dimensional stability, high gloss, and excellent surface finish. With our own innovations in compounding technology and formulation development we enhance the properties of PLA which improves heat and impact resistance.
"By combining innovative technology with renewable materials, we are addressing the urgent need for sustainability in the healthcare sector and paving the way for a greener future."
The U.S. healthcare sector generates 5.9 million tons of waste annually, over half from single-use plastics. Innovative Bottles pioneers eco-friendly vials and medical devices, using Luminy® PLA. Their FDA-approved products cut production energy by 42% compared to their fossil-based counterparts. They aim to reduce waste and restore the environment by reimagining plastic with renewable solutions.
Sulapac’s Solid 2.0, Luxe Flex, and Flow 1.7 compounds are made with Luminy® PLA to create eco-friendly cosmetics products with a luxurious look and feel.
Benvic’s Plantura compounds line is made with Luminy® PLA to maximize decarbonization in automotive, healthcare, medical, cosmetics packaging, appliances, and electronics.
Our Luminy® PLA has a 75% lower carbon footprint compared to conventional plastics. It’s recyclable, compostable, and made from responsibly sourced sugarcane.
Our scientists and experts are always on call. We work alongside your team to help build new applications and ensure a smooth transition to sustainable solutions.
We are driven by our vision of a better world for generations to come.
