全生物降解颗粒材料的应用正在升温 - 常见问题

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全生物降解颗粒材料的应用正在升温

全生物降解颗粒材料的应用正在升温

来源网址:http://www.rsoau.com 2019-05-08 16:45:43    

  生物降解材质低碳环保领着者,定粉基生物降解塑料,是定粉历经增韧、接枝反映后与别的高聚物共混挤压成型而成的这种塑胶产品,在制造业上能够替代通常通用塑料等,可用作包装材料、防震材料、地板膜、食品容器、玩具等。淀粉的性质与淀粉的相对分子量、支链淀粉的长度和直链淀粉与支链淀粉的比例有关。让我们给你看看我们的环保餐具。

  Biodegradable material, low-carbon environmental leader, fixed-powder-based biodegradable plastic, is a kind of plastic product, which is formed by mixing fixed-powder with other polymers after toughening and grafting reaction. It can replace common plastics in manufacturing industry, and can be used as packaging materials, shockproof materials, floor film, food containers, toys and so on. The properties of starch are related to the relative molecular weight of starch, the length of amylopectin and the ratio of amylopectin to amylopectin. Let's show you our environmentally friendly tableware.
  实验证明,高直链淀粉含量的淀粉更适合制备塑料,所得产品具有较好的力学性能。目前,淀粉塑料的力学性能已基本达到传统塑料的标准。然而,由于淀粉本身的吸水性,该材料会在潮湿的环境中吸水,导致机械性能严重下降,淀粉含量越高,问题就越严重。一些淀粉塑料甚至可以用水完全溶解。
  Experiments show that starch with high amylose content is more suitable for the preparation of plastics, and the products obtained have better mechanical properties. At present, the mechanical properties of starch plastics have basically reached the standard of traditional plastics. However, due to the water absorption of starch itself, the material will absorb water in humid environment, resulting in a serious decline in mechanical properties. The higher the starch content, the more serious the problem. Some starch plastics can even be completely dissolved in water.
                                    生物降解颗粒
  对于生物聚合物这类产品,人们的兴趣不仅仅在于其的生物降解能力,他们还对其他方面感兴趣,比如石油价格。我们近期看到石油的价格已升到了高峰,而且据有关预测我们将面临20年、50年甚至100年的石油短缺。这不是一个是否会发生的问题,而只是一个早晚的问题。
  For products such as biopolymers, people are interested not only in their biodegradability, but also in other areas, such as oil prices. We have recently seen the price of oil reach a peak, and according to the relevant forecast, we will face 20, 50 or even 100 years of oil shortage. It's not a question of whether it will happen, it's just a matter of time.
  生物聚合物应用的突破,有可能是出现在包装市场,而且较大可能是在食品包装方面。“由于我们的产品容易替代PET,因此我们的市场大约有80%是在包装方面。市场已经自然而然地创造了一种拉动力。
  Breakthroughs in the application of biopolymers may occur in the packaging market, and more likely in food packaging. "Since our products are easy to replace PET, about 80% of our market is in packaging. The market has naturally created a kind of pulling power.
 

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