BP330-05 PHBH Pellets - Sample

2.5KG SAMPLE

Provide a comprehensive overview of Bluepha® PHA, a biobased, semi-crystalline natural polymer, highlighting its production process, unique properties, and certifications. The goal is to present Bluepha® PHA as a superior material suitable for specific applications in the bioplastics industry, particularly focusing on the BP330-05 variant.

Start with a brief introduction to Bluepha® PHA, emphasizing that it is produced through microbial fermentation and is 100% biobased, which contributes to its biodegradability. Detail the specific applications for the BP330-05 variant, including extrusion, injection molding, casting, and blister molding, while explaining why its characteristics make it ideal for low-flow, high-strength applications.

Next, outline the key product features, including:

1. Heat Resistance: Highlight its heat distortion temperature of 105 °C and how this positions it as a leading choice among bioplastics in terms of thermal stability.
2. Barrier Properties: Discuss its exceptional barrier efficacy against water vapor, oxygen, and carbon dioxide, which enhances its usability in various packaging and protective applications.

Then, list the certifications that validate its quality and environmental sustainability, including:

• TÜV Austria 100% biobased certificate
• European Commission food contact certificate (EU) No 10/2011
• Japanese Food contact certificate (JP) No 233/1947
• Compostable certificate by BPI (North America)
• JBPA certificate for biodegradable and marine biodegradable bioplastics
• TÜV Austria certificates affirming biodegradability in marine, soil, home composting, and industrial composting environments

Finally, summarize the technical specifications of Bluepha® PHA, including:

• Heat Distortion Temperature (HDT): 105 °C
• Elongation at Break: ≤5%
• Melting Point: 148 °C
• Co-Polymer Content: 6% HHx
• Melt Flow Index (165 °C/2.16KG): 3 g/10 min

Conclude with a remark on how these features and certifications position Bluepha® PHA as a leading choice in the bioplastics market, promoting sustainability without compromising on performance. Structure the output into clearly defined sections with headings for ease of reading and comprehension.