Naturally Occurring
PHA is produced through natural bacterial fermentation.
WHAT IS PHA? | THE FUTURE OF BIOMATERIAL SOLUTIONS
Polyhydroxyalkanoates (PHA) represent a breakthrough in sustainable engineering. Unlike conventional petroleum-based plastics, PHA is a bio-based resin synthesized by microorganisms through precision fermentation
KEY STRATEGIC ADVANTAGES:
·MARINE BIODEGRADABILITY: The only polymer certified for complete degradation in sensitive aquatic ecosystems, ensuring zero microplastics.
·INDUSTRIAL VERSATILITY: A superior PLA alternative for injection molding, film extrusion, and 3D printing filaments.
·CARBON NEUTRALITY: A closed-loop lifecycle that captures atmospheric CO2 and returns to nature as organic nutrients.
THE PHA PROTOCOL — PHA is a family of naturally occurring biopolymers produced through microbial fermentation.
100% Biobased
Made entirely from renewable plant sources.
Fully Biodegradable
Biodegrades completely in natural environments.
* 1 KG of PHA stores 2 KG of CO₂
Feedstock
- Renewable: 100% bio-based carbon sources.
- Sustainable: Zero fossil fuel reliance.
Application
- Versatile: Injection, Film, and 3D printing.
- Resilient: High-performance natural polyester.
End-of-life
- Circular: Marine, soil, and home compostable.
- Clean: Returns to nature as CO₂ and H₂O.
The unique marine biodegradability of PHA
Unlike many other bioplastics, PHA exhibits exceptional marine biodegradability, fully breaking down in seawater without leaving microplastics.
FROM BETA-HYDROXY ACIDS TO PHA
PHA (Polyhydroxyalkanoate) is not just a biopolymer; it is a sophisticated storage form of energy found in nature. At its core, PHA is composed of Beta-Hydroxy Acids—natural nutrient compounds and metabolic intermediates.
- SAFETY
- Non-toxic and Biocompatible.
- STANDARDS
- TUV & FDA Compliant.
- ORIGIN
- 100% Microbial Synthesis.