From the perspective of the development of silicon anode technology, the focus of improving the energy density of power batteries has expanded from the cathode electrode to the anode electrode and other components. Anode electrode material In the context of this industry, lithium metal secondary batteries that use metallic lithium as a anode electrode…
Since the beginning of this year, with the triumphant advancement of the new energy vehicle market, the power battery industry is really “lively”. New battery technologies Driven by the market and demand, in the tide of rising raw material prices and intensified competition, thanks to the development of new materials and new processes, more…
A brand-new production process and equipment to ensure the particle size and moisture requirements of lithium iron phosphate. Particle size: d50=1-2um, d100<10um; (Malvern laser particle size analyzer test) Moisture: ≤600ppm (Karl Fischer moisture tester) LNPE iron phosphate crushing sleeve Drying, packaging, and conveying into a processing system. The system uses counter…
Study on the performance of anthraquinone-based conjugated microporous polymers for lithium-ion battery cathode materials
According to recent news, after CATL’s overseas purchasing competition for lithium, another acquisition of GF Lithium has encountered a setback. Tender for lithium On October 24, GF Lithium announced that its wholly-owned subsidiary, GF International, had made a tender offer for Bacanora, because the Mexican government’s approval process for the matter has not yet…
Summarizing the materials of various lithium batteries, they can be divided into four categories: oxide carbon material alloy polymer. The first category is oxides, including nickel-hydrogen battery cathode materials Ni(OH)2, lithium ion battery cathode materials LiCoO2, LiNiO2, LiNixCo1-xO2, LiMn2O4, V2O5, etc., as well as lithium ion battery oxide anode materials and solid oxide electrolytes, oxide…
Google will invest 1 billion euros in Germany’s clean energy and digital infrastructure. Shenzhen Airport reduces carbon emissions by over 600,000 tons during the 13th Five-Year Plan Google’s investment Google will invest 1 billion euros in Germany’s clean energy and digital infrastructure China News Service reported on September 1 that Google…
People have high hopes that the most abundant element in the universe can solve the world’s energy problems. Hydrogen Hydrogen is odorless and invisible, and it is the most abundant element in the universe, and it is possible to provide clean, nearly unlimited energy. It has been used in oil refining and fertilizer manufacturing.…
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