The reasons for the popularity of plant-based ceramic functional plastics are as follows

Bio-based PA materials refer to polyamides (PA) produced using renewable biomass resources, such as glucose, cellulose, or vegetable oils (including castor oil, oleic acid, and linoleic acid), as raw materials (typically diacids, diamines, or cyclic lactams) through bioengineering methods. Plant-derived PA is extracted from castor oil, offering 100% bio-based content, making it environmentally friendly and healthy. When combined with ceramic powder materials, it forms ​plant-based ceramic functional plastics.

This innovative material leverages the sustainability of bio-based PA and the functional properties of ceramics, creating a versatile and eco-friendly solution for various industrial and consumer applications.

This is a high-performance plant-based ceramic composite material, offering the following advantages:

1. ​Excellent Mechanical Properties: Particularly the combination of rigidity and toughness.
2. ​Extremely Low Water Absorption: Ensures good dimensional stability.
3. ​Outstanding Hydrolysis and Chemical Resistance: Enhances durability in various environments.
4. ​Superior Surface Performance: Capable of achieving a high-gloss finish with excellent scratch resistance.
5. ​Distinctive Ceramic Texture: Features a cool-to-the-touch feel and impressive hardness.
6. ​Excellent Moldability: Facilitates easy and precise forming during manufacturing.