Is Inner Mongolia Shanshan Technology reliable?

Reliable. Shanshan Enterprise was founded in Ningbo, Zhejiang in 1989 by Zheng Yonggang. Over the past 32 years, Shanshan has steadily developed from a single clothing business into a diversified industrial cluster integrating new energy technology, fashion clothing, tourism and leisure, medical health, film and television culture, trade logistics, financial investment and other industries. Shanshan has been included in the top 500 Chinese companies for 19 consecutive years since 2002. In 2020, it ranked 367th with operating revenue of 50.55 billion yuan. Shanshan adheres to the development strategy of keeping pace with industry and investment, dual-wheel drive of industry and finance, and continuous innovation of technology and management. By actively innovating its business model, strengthening its talent strategy, and improving its management and control model, Shanshan is becoming China's flagship private enterprise that integrates industry and finance, has sophisticated management, and develops steadily. Shanshan Technology was founded in 1999 and is affiliated to Ningbo Shanshan Co., Ltd., a listed company under Shanshan Enterprise. It is the first domestic high-tech enterprise specializing in the research, development, production and sales of lithium-ion battery anode materials. Over the past 20 years, Shanshan Technology has been driven by technological innovation and based on quality assurance. Its products cover artificial graphite, natural graphite, composite graphite, new negative electrode materials and other varieties. Shanshan Technology's total assets reach 5.2 billion yuan, and its annual operating income exceeds 2.5 billion yuan. It has eight domestic R&D and production bases in Shanghai, Ningbo, Chenzhou, Ningde, Huzhou, Baotou (Qingshan), Baotou (Jiuyuan), and Meishan. It has formed a production capacity of 100,000 tons and can supply 1 million new energy vehicles every year. It is the world's leading R&D and production base. The largest supplier of lithium-ion anode battery materials.