Coconut Shell Base Hard Carbon

Coconut Shell is the endocarp of Coconut, with a hard texture. It is generally used to produce Utensils, Handicrafts and Activated Carbon. Coconut Shell-based Hard Carbon has a well-developed pore structure. The main sources of Coconut Shell Charcoal in China are imported from the Philippines and Indonesia. The Philippines and Indonesia have lower latitudes and stronger sunshine duration and intensity. The Coconut Shells they produce are thicker, have better moisture and volatile content indicators, and fewer impurities. The Coconut Shell carbonized materials produced have better strength and quality.

Coconut Shell Base Hard Carbon

Type：ETY-A001-P

The Hard Carbon produced by Kuraray Co., Ltd using Coconut Shells as a Precursor is recognized as the best quality hard carbon in the industry, but due to limited production capacity, the price is higher. There are also many companies in China that use Coconut Shells as Precursor Materials. The price of the Finished Hard Carbon made from them is only one-third of Kuraray, and the parameters are also very close to Kuraray Hard Carbon. Therefore, Biomass coconut shell Hard Carbon Raw Material is currently an ideal Precursor Material and can meet the Biohardcarbon requirements of most manufacturers.

Nowadays, as the supply bottleneck of Lithium Resources becomes more prominent and the application scenarios of Secondary Batteries become more abundant, Sodium ion battery has regained market attention. sodium ion battery has the advantages of low cost and high safety, and may be a strong complement to lead-acid batteries and lithium iron phosphate batteries and balance the price. Compared with the lithium iron phosphate Battery Material system, the performance bottleneck of Sodium Batteries at the negative end is more prominent. Hard Carbon has a rich sodium storage environment and a higher theoretical sodium storage capacity. Combined with its low price and small volume deformation after embedded sodium , low temperature and good fast charging performance, it has become the first commercially available sodium electrolyte anode material.