The Future of Plastics: What is PHA?

PHA (Polyhydroxyalkanoates) represents the next step in sustainable materials. Derived from natural resources and fully biodegradable, PHA provides industries with a versatile, eco-friendly alternative to traditional plastics. Learn more about its types, properties, and impact on the environment.

Polyhydroxyalkanoates (PHA) are naturally occurring polymers produced by microorganisms during fermentation. This biopolymer offers a sustainable alternative to petroleum-based plastics, breaking down naturally in the environment. PHA is transforming industries with its versatility and biodegradability.

Performance

Reliable Performance with Natural Degradability

PHA offers the best of both worlds: a strong, long-lasting material under normal conditions, yet it fully biodegrades in environments rich in microorganisms, ensuring a sustainable solution without compromising on product performance.

Performance

The Only Biodegradable Polymer for All Environments

PHA is the only polyester that naturally biodegrades across all environments, including marine, freshwater, soil, and industrial composting. Unlike other bioplastics, its complete breakdown leaves no harmful residues, making it the ideal replacement for conventional plastics in any industry looking for sustainable alternatives.

PHA is the only polyester that can be biodegraded naturally in the whole environment
Different Types of PHA<br />

Types of PHA

Different Types of PHA

PHA comes in various forms, each with unique properties suitable for different applications. From short-chain to medium-chain PHAs, discover which type best fits your business needs, offering optimal performance and eco-friendliness.

Environment

The Environmental Impact of PHA

Unlike conventional plastics, PHA degrades naturally in various environments, including soil and marine ecosystems. Its low carbon footprint and minimal reliance on fossil fuels make it an ideal solution for businesses committed to sustainability.

PHA: A Key Player in the Biomaterials Ecosystem

Biomaterials

PHA: A Key Player in the Biomaterials Ecosystem

PHA is part of a growing ecosystem of biomaterials designed to reduce our reliance on petroleum-based plastics. As a fully biodegradable polymer derived from natural sources, PHA contributes to a circular economy, offering a sustainable alternative to conventional plastics. In combination with other biomaterials like PLA and bio-based composites, PHA supports a comprehensive approach to reducing waste and minimizing environmental impact across industries.

Certifications

Certifications and Regulations for PHA

PHA complies with international environmental and safety standards, making it a certified, reliable choice for businesses. Learn about the certifications and regulations ensuring PHA’s quality and sustainability.

TUV Austria - OK biobased
TUV Austria - OK compost home
TUV Austria - compost industrial
TUV Austria - OK biodegradable water
TUV Austria - OK biodegradable marine
TUV Austria - OK biodegradable soil
USDA certified biobase product
BPI Compostable

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