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Poly(3-hydroxybutyrate-b-4-hydroxybutyrate)
P(3HB-b-4HB)
4HB mol%: 15±1
S(Mw: <200k Da)
M(Mw: 300k~1000k Da)
P(3HB-b-4HB) 4HB mol%: 15±1
S(Mw: <200k Da)
M(Mw: 300k~1000k Da)
Poly(3-hydroxybutyrate-b-4-hydroxybutyrate)
$280.00 ~ 5,893.00

Taxes are included and shipping costs are calculated at checkout.

Molecular Formula:(C4H6O2)m(C4H6O2)nH2O

Molecular Weight Class

  • S
  • M

Specification

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It is a product made by utilizing synthetic biology, and the product itself has many excellent properties such as biodegradability, biocompatibility, optical activity, piezoelectricity, gas phase separation, and so on, which is in line with the national green low-carbon and environmental protection standards.

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  • Technical InformationTechnical Information
    It is a product made by utilizing synthetic biology, and the product itself has many excellent properties such as biodegradability, biocompatibility, optical activity, piezoelectricity, gas phase separation, and so on, which is in line with the national green low-carbon and environmental protection standards.
  • FAQFAQ

    Q Do products from Krill Design degrade after purchase?

    A A Absolutely not. Products from Krill Design are designed to last in indoor environments. We use a biomaterial called Rekrill, made through the recovery of food industry waste. This material is extremely strong and durable, ensuring that our products maintain their beauty and functionality over time.
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PHA Product Manufacturing Process
Decades of Innovation: Phabuilder has harnessed three decades of innovation in PHA bioengineering. This long-term experience underpins our expertise. Bacteria Transformation: We have transformed Halomonas bacteria from Aydingkol Lake. These bacteria are now custom-crafted powerhouses for production. Unique Strains for Variety: Our unique bacterial strains deliver an unparalleled variety of PHA types and families. This variety caters to diverse needs in the market. Engineered Efficiency: This engineered transformation significantly boosts bio-fermentation efficiency. It also enhances the process of product extraction. Cost Reduction: As a result of these innovations, there's a substantial reduction in production costs. This makes our process economically advantageous.
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We are fully committed to addressing the global call for green and low-carbon development.
Our contribution to sustainability is through the use of biodegradable material PHA.
We assist global scientific research enthusiasts in exploring the mysteries of PHA.
Our aim is to promote the transition of PHA scientific research from theory to practice.
We are dedicated to fully exploring the application value of PHA in new materials.
Collaborating with global customers, we strive to advance the innovation of new material technologies.
Insights on PHA: A Closer Look
"PHAs can be produced from renewable carbon resources and be completely biodegraded to CO2 and H2O, so PHAs have come under investigation as potential alternatives to petrochemical plastics."
—— Yoshiharu Doi.
Professor, RIKEN Institute, Japan.
"Due to the facts that PHAs are nontoxic and water-insoluble thermoplastic polymers, a high commercial potential arose from their possible applications in industry, medicine, pharmacy, and agriculture."
—— Alexander Steinbüchel.
Professor, Universität Münster, Germany.
"When PHAs are discarded in the environment, they will be completely biodegraded. However, it is interesting to note that PHAs might also be used as a supplementary carbon source for some animals beyond microorganisms."
—— Sang Yup Lee.
Professor, KAIST, Korea.
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Medical Engineering

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