Coatings powered by Crudo BioMelanin
Crudo Labs is building protective coatings powered by its proprietary BioMelanin. A single, nature-identical material does the work of several additives at once, delivering UV resistance, radical scavenging, and durable color from one platform Crudo controls end to end.

Why melanin protects a surface
Melanin is a broad-spectrum light absorber. It takes in ultraviolet and visible energy and dissipates it safely instead of letting it break down the material underneath. It is also a natural antioxidant, so it scavenges the free radicals that drive coating degradation and yellowing. The same molecule that protects skin in nature protects a coated surface from the same forces.
Where it goes
Exterior and architectural coatings
Finishes that need UV stability and color retention outdoors.
Industrial and protective finishes
Surfaces exposed to sunlight, weather, and oxidation.
Functional and decorative coatings
Crudo finishes that deliver durable, bio-based color in place of synthetic pigments.
One platform, several jobs
The advantage is consolidation: one nature-identical platform that handles UV protection, antioxidant stability, and pigmentation at once. Because Crudo produces BioMelanin to a consistent, high-purity grade, it can engineer coatings around a material it owns outright, rather than a variable natural extract — a durable moat in a category still leaning on synthetic additives. See the science.
Questions about coatings
- What does melanin do in a coating?
- In a coating, bio-melanin absorbs UV and visible light and scavenges free radicals, which helps protect the coated surface from photodegradation, oxidation, and color loss while providing durable pigmentation.
- Why use bio-melanin instead of synthetic UV additives?
- BioMelanin combines UV absorption, antioxidant radical scavenging, and durable color in a single nature-identical material produced to a consistent high-purity grade. That lets Crudo build coatings on one platform instead of stacking and balancing multiple synthetic additives.