~58%
of ocean microplastics come from paint — the single largest source, an estimated ~1.9 million tonnes every year.
BIOCRYL Technologies · Sustainable materials, India
Biodegradable, non-toxic paint — engineered to replace acrylic, designed to leave nothing behind.
The problem
~58%
of ocean microplastics come from paint — the single largest source, an estimated ~1.9 million tonnes every year.
84%
of Indian decorative paints tested exceeded the permissible lead limit.
PoP
Festival immersion of plaster-of-Paris idols spikes heavy metals in water bodies and collapses the dissolved oxygen aquatic life needs.
The technology
Acrylic paint works because five components each do one job. BIOCRYL substitutes every one of them with a bio-derived equivalent — same function, different fate.
01
The film-former that holds paint together — in acrylics, it is the plastic. Our bio-polymer binder is engineered to do the same job, then biodegrade instead of persisting.
02
The colour itself — formulated from bio-derived sources, designed to avoid the heavy metals found in conventional paint.
03
Helps the film form evenly as water leaves. Substituted with a bio-derived equivalent.
04
Governs flow, body and brush feel. Substituted with a bio-derived equivalent.
05
Keeps paint stable in the can. Replaced with a preservative approach designed to be non-toxic.
First markets
Beachhead 01
Classrooms, studios, and everyone who paints with their fingers first. Our first formulations target creative and educational use — colour designed to be safe before it is anything else.
Beachhead 02
Ganesh and Durga idols are painted to be immersed. CPCB guidelines call for natural, water-soluble paints — a compliance-driven demand our chemistry is built to answer.
The vision
Colour shouldn’t cost the water it washes into. We’re building circular-economy materials that take microplastics and toxicity out of paint — colour that performs, and then lets go.