Degradable Technology
It refers to a substance that can naturally decompose into water, carbon dioxide, organic matter, and other substances in the environment under certain conditions,
Technologies that do not have a negative impact on the environment.
This technology can be applied to various fields, such as plastic products, textiles, medical devices, and so on.
Synthetic fibers are plastic molecular compounds that are not easily degradable. Biodegradable technology is achieved through catalysts to achieve biodegradability
Biodegradation
Refers to the decomposition of materials into substances such as water and carbon dioxide within living organisms or through the action of microorganisms. The manufacturing of biodegradable materials requires consideration of factors such as their chemical structure, molecular weight, and hydrolysis properties. At present, common biodegradable materials include starch based materials, polylactic acid, and polylight fatty acid vinegar. Starch based materials can be made by adding certain plasticizers to starch, while polylactic acid and polyvinylidene fatty acid vinegar need to be obtained through chemical synthesis.
Physical Degradation
It refers to the decomposition of materials into substances such as water and carbon dioxide through the effects of light, heat, and oxidation in the natural environment. The manufacturing of physically degradable materials requires consideration of factors such as material molecular weight, crystallinity, and thermal stability. At present, common physical degradation materials include polylactic acid, polyethylene glycol acetate, etc
DEGRADABLE
TECHNOLOGY
The application of biodegradable technology can effectively solve the environmental problems caused by plastic waste and promote sustainable development.
However, biodegradable technologies also have some problems, such as high production costs and unstable performance.
Therefore, when promoting the application of biodegradable technologies, various factors need to be comprehensively considered.