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Professional Production Of Various 3d Printing Materials.
29
2024-08
What are the specialized biodegradable materials
The ubiquitous plastic products have facilitated people's lives, but the resulting plastic waste has also caused significant pollution to the ecological environment. The plastic pollution caused by plastic bags is gradually endangering the natural environment and people's normal lives. So what are the specialized biodegradable materials?
2024-08-29
Why is fully biodegradable the best choice for biodegradable plastics
Degradable plastics have become the most concerned alternative for everyone. Degradable plastics refer to substances that are completely degraded into environmentally harmless substances under special circumstances or in natural environments.
The use of fully biodegradable plastic bag products
The so-called fully biodegradable plastic bag products, in other words, are plastic packaging bags made of compostable biodegradable plastics. Under the action of natural bacteria, bacteria and other microorganisms, fully biodegradable plastic bag products can decompose into small molecule water such as carbon dioxide and water within a certain period of time, without producing harmful residues during the dissolution process.
Fully biodegradable materials are the optimal choice for biodegradable materials
Degradable plastics refer to substances that are completely degraded into environmentally harmless substances under specific conditions or in natural environments. Degradable plastics, as a new type of polymer material, include various types, and the technological route is constantly developing. From the perspective of raw materials, biodegradable plastics can not only come from petrochemical raw materials, but also from biodegradation, photodegradation, oxidative degradation, and so on. From the perspective of degradation mechanisms, biodegradable plastics include biodegradation, photodegradation, oxidative degradation, etc. From the perspective of degradation effect, it can be divided into "complete" degradation and "partial" degradation.
Harvard scientists develop algae bio ink to improve the feasibility of 3D printing tissues in biology
Scientists at Harvard Medical School have developed a novel algae based bioink that, once 3D printed into soft tissue structures, exhibits enhanced cellular vitality. The team formed bio ink by combining photosynthetic algae and human liver cells into a hydrogel matrix, and then used it for 3D printing hexagonal structures with realistic liver "lobules". Due to the natural tendency of algae to release oxygen, human cells that undergo biological printing and dyeing are able to reproduce, exhibit increased function, and produce liver specific proteins.
High precision 3D scanning technology leads a new trend in the wig customization industry
In recent years, with the booming development of the "beauty economy", wig products have gradually become the focus of attention in "head fashion". Whether it is to enhance the beauty of personal image, such as covering hair loss issues, or to pursue versatile and innovative styling, customized wig products have become a popular choice for many consumers. However, in the process of customizing wig products, issues such as connection, hair flow, and hairline often become a headache for consumers, causing great distress.