Biomineral-Based Foams - Cass Materials
Cass’ foams are open celled, where the air pockets are connected to each other. Foams are used in many industries; fluid absorbing sponges, insulation, filtration, medical applications, horticulture, padding and packaging.
CASSPAK – 100% Bio-based Foams for Sustainable Packaging
2023年6月20日 · CASSPAK is the next generation of bio-based foams for sustainable packaging, made from 100% cellulose for the protection and cushioning of fragile goods. Using 0% detergents and non-hazardous processing, the major input for the production of CASSPAK foams is the brown (knot reject) residual streams of the paper and pulp industry.
Biofoams – the sustainable packaging material of the future
2023年5月3日 · “I don't think I could have gotten the help I received from RISE in Örnsköldsvik anywhere else in the world,” says Gary Cass, founder of Cass Materials. In 2006, he stunned the fashion world with a dress made of red wine.
Company for bio-based materials moves from Australia to …
2022年4月19日 · The entrepreneur and scientist Gary Cass are moving his company from Australia to Örnsköldsvik to conduct his research in bio-based materials – Sweden is one of the global leaders in creating a circular economy with a cellulose-based society.
Biofoams – the sustainable packaging material of the future
2023年5月9日 · At the outset, the goal was to use the foam as an absorbent in products like diapers. But then Cass and RISE discovered that packaging shows much greater business potential. The foam can be used as a more sustainable alternative to polystyrene in packaging.
New materials create 100% compostable packaging! - RISE
Cass Materials AB is a start-up founded in 2022 and is using nanocellulose to make the next generation of sustainable materials. By not using any toxic chemicals and instead using a breakthrough foaming technology, Cass Materials AB has created CASSPAK packaging materials, made from 100% cellulose materials, which have minimal impact on our ...
team – Cass Materials
Gary has a BSc in Horticulture specialising in microbiology and over 20 years’ experience working with bacterial nanocellulose. In addition to his expertise in microbiology, he has a broad theoretical and practical knowledge across the biological sciences including environmental conversation and molecular biotechnology.
IB:Accel | Project report 2022
At the outset, the goal was to use the foam as an absorbent in products like diapers. But then Cass and RISE discovered that packaging shows much greater business potential. The foam can be used as a more sustainable alternative to polystyrene in packaging.
“We are excited to work with Cass Materials with powdered nata de coco as a clean label alternative to cellulose.” Customer 5 (global MNC) “We are looking forward to further R&D with BNC scaffolding technology in the cell culture space.” Customer 7
Interview - Reselo
I’ve shifted my focus to work with microfibrillated cellulose from trees and waste from the forest industry because currently it’s more economically competitive than bacterial nanocellulose. In short, I am developing bio-based foams and fibres for …