Made from Nature
We combine the power of green chemistry with a patented manufacturing process to create an advanced cellulose material which brings sustainable performance enhancing solutions to industrial and cosmetic applications.
Cellulose is the main substance found in the cell walls of plants and trees, making it the most abundant organic polymer on the planet.
Why choose Anomera's cellulose
Our advanced material
empowers companies with
sustainable solutions to
improve their product's performance
We bring solutions to product manufacturers faced with sustainability challenges and regulatory pressures
We help bioplastics overcome the performance hurdles needed to become a viable, more widely used alternative for single-use plastic.
We help to reduce volatile organic compounds (VOCs) and CO2 emissions by reducing the amount of cement needed to make concrete and by helping water-based coatings replace polluting solvents.
We help cosmetic, personal care and industrial coating manufacturers replace microplastics and silica from their products whilst delivering high performing properties.
Our Product Lines
We offer three multi-functional FSC®-certified product lines:
ChromaPur®, DextraCel®, and CellAnoTM
Our cellulose nanocrystals and micron-sized powders are available in various grades and sizes to answer the performance and sustainability needs across a range of sectors, including: cosmetics & personal care, bioplastics, coatings, adhesives, and concrete.
Industry Applications
Anomera’s multi-functional cellulose products deliver performance and environmental benefits to various industries.
WHO WE ARE
Our company’s momentous evolution and strides in scientific innovation are powered by the combined forces of our brilliant team, firm business foundation and partnerships with private, government and academic organizations.
We are steadfast in our mission purpose to forging the Anomera Way across various industries, which aims to deliver win win outcomes to both our customers and the environment.
Our commitment to sustainability and performance exemplifies the potential of modern green chemistry to revolutionize material science and industry practices.
