"The future of humanity and indeed, all life on earth, now depends on us. We have the power to create a planet that future generations can be proud of, one that is flourishing and sustainable. This means addressing the urgent challenge of climate change and the pervasive issue of plastic pollution. Our actions today are critical, and it is within our grasp to leave a legacy of stewardship and hope for those who will inherit our Earth."
– David Attenborough
MIMICKING NATURE.
CAMM represents a breakthrough in material science, copying nature's own processes. It's engineered to function like plastic, yet when it's time to decompose, it does so with care for the environment, integrating back into the ecosystem without leaving harmful traces.
DISSOLVING WHEN NEEDED.
CAMM’s unique ability to dissolve in water or soil showcases scientific ingenuity, mimicking nature's own decomposition process in an eco-conscious way. Depending on the formulation and application CAMM dissolves in minutes to months. It's like magic, but it's really science!
INDUSTRIAL MACHINE APPROVED.
Finalizing products in a way that they can be processed on industrial machinery is the hardest piece of work that can take months to years. At CAMM, thanks to our dedicated team and our founder's perseverance, we've developed a suite of products – CAMM airpillows, CAMM stretchfilm, and CAMM rigids – poised to replace significant quantities of plastic. Every year we will add onto this list.
Base materials are produced in our Spanish facility - today with a capacity of 6000 tons, growing fastly. Scaled production occurrs through a network of global partners in the conversion and packaging sector.
RECYCLING CHAMPION.
CAMM is recyclable like traditional plastics. We collaborate with recycling organizations to develop necessary processes, preparing for integration into national recycling systems as we expand.
We're particularly enthusiastic about CAMM's compatibility with paper. When laminated or extruded onto paper, CAMM rivals the properties of multilayer packaging. In the recycling process, the CAMM layer washes away, enabling > 99% paper fiber recovery – a stark contrast to typical packaging that retains microplastics.
