Silane is necessary for the production of silicon anode materials. The material consists of a carbon "scaffold" with 3-5 nanometer amorphous silicon particles inside. The voids inside the scaffolding provide a certain amount of expansion space for the silicon, while the carbon surface forms a stable interface with the electrolyte. Batteries using only SCC55 as the anode have shown stability over 500 cycles. It can also be combined with graphite in different ratios to obtain 1000-2000 cycle stability, and customers can find the best balance point.
      According to market research institutions, by 2025, the demand for silicon anode materials is expected to grow at a compound annual growth rate of 70%. Analysts predict that the sales of silicon anode materials will really begin in 2023. Someone said, "If the auto industry can be fully electrified, it means that a battery industry worth nearly one trillion dollars will be created, and the scale will be 25 times the current size.