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西安陜煤涇久新能源科技有限公司（簡稱“涇久公司”）成立于2021年1月，注冊資本3.6億元人民幣，陜西省科技型中小企業(yè)，是陜西煤業(yè)化工技術(shù)研究院有限責(zé)任公司（簡稱“陜煤研究院”）投資設(shè)立的全資子公司。

涇久公司以鋰電前驅(qū)體材料、硅基負(fù)極材料為技術(shù)載體，總投資16.5億元，建設(shè)年產(chǎn)量萬噸級(jí)鋰電前驅(qū)體材料、千噸級(jí)硅基負(fù)極材料生產(chǎn)線以及配套公輔設(shè)施，達(dá)產(chǎn)后年產(chǎn)值將超過22.5億元，年上繳各項(xiàng)稅收預(yù)計(jì)超過1億元。

鋰電前驅(qū)體產(chǎn)品涵蓋了NCA、NCM、無鈷、摻雜以及富錳前驅(qū)體；硅基負(fù)極材料產(chǎn)品涵蓋硅碳、硅氧兩個(gè)系列五款負(fù)極材料產(chǎn)品；鈉離子電池材料產(chǎn)品涵蓋了鈉電前驅(qū)體、 鈉電正極材料、 鈉電負(fù)極材料

涇久公司、涇河新能源公司、涇河新能源材料公司、涇久新能源；

陜煤涇久公司、陜煤涇河新能源公司、陜煤涇河新能源材料公司；

陜煤集團(tuán)涇久公司、陜煤集團(tuán)涇河新能源公司、陜煤集團(tuán)涇河新能源材料公司；

陜煤研究院涇久公司、陜煤研究院涇河新能源公司、陜煤研究院涇河新能源材料公司；

研究院涇久公司、研究院涇河新能源公司、研究院涇河新能源材料公司；

陜煤集團(tuán)研究院涇久公司、陜煤集團(tuán)研究院涇河新能源公司、陜煤集團(tuán)研究院涇河新能源材料公司；

西安陜煤涇久新能源科技有限公司

新能源、電池材料，鋰電前驅(qū)體材料、硅基負(fù)極材料、鈉電正極材料、鈉電負(fù)極材料

國內(nèi)優(yōu)質(zhì)新能源材料供應(yīng)商。涇久新能源，持久源動(dòng)力

打造國際一流的新能源材料科技企業(yè)

融涇匯川，持久恒長

首頁 >English>Products>Sodium-ion Battery Cathode Materials

Product Advantage

Sodium-ion battery cathode materials have obvious advantages of safety and cost in the field of energy storage, with strong competitiveness. The element co-doping technology was adopted to accurately realize the doping of Na site and transition metal site to enhance the structural stability and air stability of sodium-ion battery layered materials. At the same time, the coating modification technology is adopted to effectively improve the stability and cycle life of the material surface.

At present, the company takes single crystal layered oxide as the mainstream route to create products with excellent comprehensive performance. It has the advantages of wider temperature range, high safety and good rate capability.

Application scenarios

Distributed grid energy storage, two-wheeled vehicles, low-speed vehicles, etc.

Sodium-ion battery cathode materials

Product Advantage

Sodium-ion battery cathode materials have obvious advantages of safety and cost in the field of energy storage, with strong competitiveness. The element co-doping technology was adopted to accurately realize the doping of Na site and transition metal site to enhance the structural stability and air stability of sodium-ion battery layered materials. At the same time, the coating modification technology is adopted to effectively improve the stability and cycle life of the material surface.

At present, the company takes single crystal layered oxide as the mainstream route to create products with excellent comprehensive performance. It has the advantages of wider temperature range, high safety and good rate capability.

Application scenarios

Distributed grid energy storage, two-wheeled vehicles, low-speed vehicles, etc.

Sodium-ion battery cathode materials