Recently, the official website of Shenzhen Shenzhen Small and Medium Enterprises Service Bureau showed that in the list of the fourth batch of specialized, special and new "little giants" enterprises entrusted by the Ministry of Industry and Information Technology, Shenzhen Mannster Technology, a well-known enterprise in the domestic lithium battery coating industry Co., Ltd. (hereinafter referred to as "Manst") is impressively listed.
The “Little Giant” of specialized, specialized and new refers to the leaders of specialized specialized, specialized and new small and medium-sized enterprises, the vanguard enterprises that focus on market segments, have strong innovation ability, high market share, master key core technologies, and have excellent quality and efficiency. The "Little Giant" company is a "superior student" in the specialization and novelty, which is of great significance for solving the problem of "stuck neck".
According to public information, Manst was established in 2014 and is mainly engaged in the research and development, design, production and sales of high-precision slit coating dies, coating equipment and coating accessories, and provides lithium battery coating for lithium battery manufacturers. The overall solution is currently the most important slot coating die supplier for domestic mainstream battery companies.
According to data from China Battery Industry Association, the market share of Manst's leading product, high-precision slit-type lithium battery pole piece coating die head, will be 19%, 21%, and 26% for three consecutive years from 2019 to 2021, respectively. The enterprise industry ranked first for three consecutive years, and the market share continued to grow.
It is reported that the coating die is one of the core components of the battery cell manufacturing process in the production of lithium batteries. The performance of the cell is 60%-80% dependent on the performance of the coated pole piece, and the capacity, rate and safety of the lithium battery are closely related to the coating technology. In the early days, this technology was occupied by companies such as Japan's Panasonic, Japan's Mitsubishi, and the United States' EDI, and domestic battery companies could only purchase imported equipment. The emergence of a number of outstanding domestic lithium battery coating companies such as Manst will undoubtedly accelerate the localization process in this field.
With advanced independent technology research and development capabilities, high-level production technology, stable product quality, efficient after-sales service and perfect product system, Manst has quickly become the most important slot coating die supplier for domestic mainstream battery companies. One of the businessmen, and made great contributions to the localization of lithium battery coating die.
Manst's R&D team provides customers with customized coating dies based on their hard-core technical strength in mechanical design, materials science, fluid mechanics, automation control technology and software algorithms, etc. The adaptability of battery cells, and the support and maintenance of equipment with localized technology, covering most of the top ten high-quality customer resources of power lithium batteries in the world, and working with well-known 3C digital lithium battery companies and lithium battery equipment manufacturers at home and abroad. Established in-depth cooperative relationship.
According to public information, Manst has 8 invention patents, 83 utility model patents (including 2 German patents), 5 design patents, 10 software copyrights and a number of proprietary technologies. The scientific and technological achievement appraisal report of China Battery Industry Association shows that the "high-precision slit-type lithium battery pole piece coating die" project independently developed by Manst has reached the international advanced level.
It is reported that in the future, Manst will actively deploy the research and development of new technologies and the expansion of new coating application fields, such as hydrogen fuel cell electrode coating, perovskite solar coating, MLCC coating, and semiconductor-related coating, etc. Challenges of new market demands and new changes in the future. Continue to improve the company's core competitiveness in terms of technical strength, product structure, market layout, etc., complete the company's strategic layout, and achieve long-term sustainable development.
