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3-羟基丁酸-4-羟基丁酸无规共聚物
科研级
P(3HB-co-4HB)
4HBmol%:25±1
S (<20万分子量)
科研级
P(3HB-co-4HB) 4HBmol%:25±1
S (<20万分子量)
3-羟基丁酸-4-羟基丁酸无规共聚物
￥2,500.00 ~ 42,000.00

结账时计算运费。

分子式：(C4H6O2)m(C4H6O2)nH2O

规格

我同意 相关条款及细则

它是利用合成生物学制成的产品，产品本身具有生物可降解性、生物相容性、光学活性、压电性、气体相隔性等许多优秀性能，符合国家绿色低碳环保标准。

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  • Technical Information技术信息
    它是利用合成生物学制成的产品，产品本身具有生物可降解性、生物相容性、光学活性、压电性、气体相隔性等许多优秀性能，符合国家绿色低碳环保标准。
  • FAQ常见问题

    Q Do products from Krill Design degrade after purchase?

    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.
产品指标
从微生物是怎么到PHA的
依托三十余年的PHA研究成果，利用合成生物学工具，对于在新疆艾丁湖发现的盐单胞菌Halomonas进行工程化定制改造，改造后菌种可获得全球种类和族类最多的PHA产品。 通过工程化改造后，整体生物发酵、产物提取效率大幅提升，生产成本大幅降低。
了解更多
这些材料有什么价值
充分响应全球绿色低碳发展的号召，通过可
降解材料PHA为全球绿色可持续发展做贡献
助力全球科研爱好者探索PHA的奥秘
推动PHA科研工作从理论向实践迈进
充分挖掘PHA在新材料领域应用的价值
与全球客户携手推动新材料技术的革新
他们这样评价PHA
"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.
PHA 材料的应用

医疗工程

流行时尚

品质生活

无毒玩具

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