Increase anode specific capacity to 500~2000 mAh/g
First cycle efficiency 90%~95%
More than process improvement
innovation from the start
Easy to mass produce
drop in solution
Use of commodity chemicals
cost competitive products
The new energy industry, driven by both policy and growing consumer demand, has seen rapid growth, particularly in portable electronics, electric vehicles, drones, and other areas utilizing lithium-ion batteries.
However, the limitations of traditional graphite anode capacity, reaching a theoretical limit of 372mAh/g, can no longer meet end-user requirements for long battery life and fast charging. To address this, new anode materials, such as silicon-carbon with an extremely high capacity (theoretical capacity of 4200 mAh/g) and hard carbon for fast charging, are poised for growth in the new energy market. Despite the potential, the application of these new materials faces challenges.
Tanovus's TANO3D innovation technology offers solutions to these challenges by providing scalable low-expansion rate silicon-carbon and fast-charging hard carbon. With a top-notch team in Silicon Valley, Tanovus will continue to innovate and produce groundbreaking new materials, swiftly bringing them to market.