Additives in plastics are substances incorporated during the manufacturing process to enhance or modify the material's properties. Common additives include plasticizers to increase flexibility, stabilizers to prevent degradation from heat and UV light, fillers to improve strength and reduce costs, colorants to provide desired colors, and flame retardants to reduce flammability. Antioxidants and antistatic agents are also added to improve the plastic's durability and performance. These additives are essential for tailoring the plastic to specific applications and improving its functionality and lifespan.
- Product Name
- CAS No.
-
19372-44-2
-
6642-31-5
What Are Bio Additives For Plastic?
Bio additives for plastics are environmentally friendly substances designed to enhance the biodegradability and reduce the environmental impact of plastic products. These include starch-based additives, polylactic acid (PLA), and polyhydroxyalkanoates (PHAs), which are derived from renewable resources and promote faster degradation under appropriate conditions. Enzyme-based additives are also used to accelerate the breakdown of plastics when exposed to microbial activity. These bio additives help create more sustainable plastic products by facilitating their decomposition and reducing plastic waste in the environment.
Read Our Latest News

Feb.24,2025
Sevoflurane: A Revolutionary Advancement in Modern Anesthesia Medicine
In the field of anesthesia, the emergence of sevoflurane marks an important breakthrough in inhaled anesthetics.
Read More
Feb.24,2025
Does Sevoflurane, The "Magic Drug" In Film and Television Dramas, Really Exist?
I don't know if you have seen such a plot in film and television dramas: the bad guy holds a handkerchief stained with "ecstasy" and covers the victim's nose and mouth from behind.
Read More
Feb.24,2025
Application of Methylurea as an Important Pharmaceutical Intermediate in the Field of Dyes
Methylurea is an important pharma intermediate. With its simple molecular structure and unique chemical properties, it has been widely used in the fields of medicine, pesticides and fine chemicals.
Read More