J2MG Nanocomposites
Pioneering the Future of Bio-engineering and Nanotechnology
Mineral fillers featuring a nanostructured biopolymer coating that facilitates dispersion at the nanoscale.
What we do?
THE PROBLEM:
Limitations of Traditional Chemistry
High Cost: Traditional mineral modification (silanization) requires expensive, petrochemical-based reagents.
Sustainability: Chemical processes are energy-intensive and generate a significant carbon footprint, making "100% Eco" certification difficult.
Compatibility: The growing bioplastics market (PLA, PBAT) lacks dedicated, natural fillers that enhance mechanical properties without compromising sustainability.
THE SOLUTION:
Surface Biomodification
We have developed a scalable, solid-state surface bio-engineering process. Instead of synthetic coupling agents, we utilize natural biopolymer self-assembly processes.
How does it work? The technology involves generating an ultrathin, amphiphilic biopolymer layer directly on the mineral surface. This layer acts as a "molecular bridge" between the hydrophilic mineral and the hydrophobic polymer matrix.
"Mineral fillers featuring a nanostructured biopolymer coating that facilitates dispersion at the nanoscale."
J2MG Nanocomposites
Pillar I
From "Filler" to "Reinforcement"
We are reversing the market logic. Thanks to our biomodification, the mineral is no longer a foreign body within the polymer matrix. It becomes an integral, functional component. We don't just want to "fill" materials – we aim to enhance them at the molecular level.
Pillar II
From "Synthesis" to "Symbiosis"
The 21st-century chemical industry must draw inspiration from nature. Our production process mimics natural self-assembly mechanisms, eliminating the need for harsh solvents and high temperatures. We are building technology that is safe for both people and the planet.
