Introduction:
Recently, Jiangsu Dita Magnesium Technology Co., Ltd. (hereinafter referred to as "Dita Magnesium Technology") announced the completion of a new round of financing, with the amount raised nearly one thousand yuan Ten thousand yuan. This marks another important milestone for Dieta Magnesium following its first round of financing, marking a new stage in the company's R&D and industrialization process in the perovskite photovoltaic cell field. This round of financing will mainly be used for the research and production of large-size single-junction and laminated coating machines, further advancing the industrialization of perovskite photovoltaic cells.

Perovskite Cells: The Future Star of the Photovoltaic Industry

Perovskite cells are hailed as the most promising new concept solar cells among third-generation photovoltaic technologies. Compared with traditional crystalline silicon cells, perovskite cells have the following significant advantages: high efficiency: laboratory efficiency has surpassed 25%, approaching the level of crystalline silicon cells, with a higher theoretical efficiency ceiling;

Low cost: abundant and inexpensive raw materials, simple manufacturing process, and low energy consumption;

Flexible applications: Can be made into flexible thin-film cells, suitable for building-integrated photovoltaics (BIPV), wearable devices, and other emerging fields.

According to forecasts by the International Energy Agency (IEA), by 2030, the perovskite cell market size is expected to exceed 100 billion yuan, becoming a key growth driver for the photovoltaic industry. However, the industrialization of perovskite cells still faces many challenges, among which the performance of the core equipment—the coating machine—directly affects the efficiency and quality of mass production.

Dita Magke: Leader in coating technology

Dita Magnesium was established in April 2021, focusing on the research, development, and production of slit coating machines. As the core equipment in perovskite cell production, the coating machine evenly coats perovskite material onto the substrate, forming an efficient light-absorbing layer. Dita Magnesium's technical team has many years of experience in the field of high-end instrumentation. Its coating machine products have been continuously iterated and updated, offering the following core advantages:

l Blade head: Liquid fluid simulation

l Gantry: Overall stress, statics, and modal simulation analysis

l Injection system: Three-stage defoaming design, capable of 0.1 μl per second injection accuracy

l Air Knife: Gas and fluid simulation

l Actuator: High acceleration, low velocity fluctuation

l Vibration isolation system: vibration isolation VC-c grade

l Beat: Within 50 seconds

l Oven-integrated VCD

l Lamination: Solves issues of wafer thickness inconsistency and twist diameter

These technical features not only fill the gap in domestic coating technology but also make Dita Magnesium a leader in the industry. Currently, the company's products are widely used in perovskite cells, OLED displays, semiconductors, and other fields, earning broad recognition from customers.

Financing supports accelerating technological breakthroughs and industrialization

The completion of this round of financing will provide Dita Maggi with more resources to accelerate the R&D and production of large-size single-junction and lamination coating machines. The introduction of these devices will significantly improve the production efficiency of perovskite cells, reduce manufacturing costs, and lay a solid foundation for large-scale application of perovskite cells.

The investor stated: "Perovskite cells are a key direction for future photovoltaic technology, and Dita Magnesium's technological accumulation and market layout in this field are truly impressive." We are optimistic about its enormous potential in the industrialization process and look forward to helping the company achieve faster development through this round of investment. ”

Driven by technological innovation, leading industry development

Dita Magnesium consistently takes technological innovation as its core driving force, continuously increasing R&D investment to promote upgrades and breakthroughs in coating technology. The company not only has an experienced R&D team but has also established close cooperative relationships with multiple universities and research institutions to jointly explore cutting-edge technologies.

In the perovskite cell field, Dita Magnesium's coating machine products have been successfully applied in the production lines of many well-known companies, helping customers achieve technological leaps from laboratory to mass production. For example, after a leading photovoltaic company adopted Dita Magnesium Cro's coating machine, the production efficiency of perovskite cells increased by 30%, and the yield rate significantly improved.

Clear first-mover advantage, products recognized by leading enterprises

As an emerging technology, perovskite cells have a first-mover advantage. With years of deep cultivation, Dita Meike has established an independent R&D system and mature sales channels. The company's full range of products has been sold on a large scale to domestic and international markets and has been validated and tested by many leading photovoltaic companies, with relevant technical indicators reaching internationally leading levels.

In addition, Dita Magnesium Ke actively participates in industry standard formulation and promotes the standardized development of the perovskite cell industry chain. The company has established strategic partnerships with multiple upstream and downstream enterprises to jointly build a perovskite cell ecosystem.

Future outlook: Promote perovskite industrialization and support the green energy revolution

With the continuous growth in global demand for clean energy, perovskite cells, as a new generation photovoltaic technology, are entering a period of rapid development. Dita Magnesium will continue to drive technological innovation, strengthen collaboration with upstream and downstream partners, promote large-scale production and application of perovskite cells, and contribute to the green energy revolution.

In the future, Dita Magco plans to further expand into international markets, bringing advanced Chinese-made coating equipment to the global market and enhancing the international competitiveness of China's high-end equipment manufacturing industry. The company has established branches in the United States, Europe, and other regions, and has cooperated with many internationally renowned enterprises.

Conclusion:
The completion of this new round of financing not only marks the capital market's recognition of Dita Magnesium's technological strength and development prospects, but also marks the starting point for the company to reach new heights. In the future, Dita Mage will continue to uphold the philosophy of "innovation-driven and win-win cooperation," working hand in hand with industry partners to jointly promote the industrialization of perovskite photovoltaic technology and contribute to the global energy transition.