On November 7, the first phase of the annual 1,000-ton silicon-carbon anode material project achieved a key breakthrough. The initial two sets of batch vapor-phase deposition rotary furnaces completed production testing and were officially shipped, marking a phased milestone in the project's construction and laying a core foundation for large-scale production.
The core process equipment for silicon carbon negative electrode materials delivered this time focuses on the key links of silicon carbon and carbon source vapor deposition and coating, integrating multiple industry-leading technologies. The equipment adopts SUS310S high-temperature resistant furnace tubes and is equipped with a seven zone independent temperature control system, with a temperature control accuracy of ± 1 ℃, achieving full process automation control. It has core advantages such as high-precision temperature control, excellent airtightness, and professional explosion-proof design. The material yield exceeds 97%, and various performance indicators remain at the leading level, demonstrating the accumulation of hard core technology and top-notch manufacturing strength.
Faced with the challenges of tight construction schedules and heavy tasks, with R&D and process optimization as the core, the entire process is finely controlled, resources are coordinated, quality control is strictly adhered to, delivery progress is efficiently guaranteed, and high-quality turnkey services are provided to ensure the rapid production and stable operation of equipment.
This breakthrough further consolidates the leading position in the high-end material heat treatment equipment market, laying a solid foundation for deepening strategic cooperation, promoting technological upgrading of the new energy industry, and green and low-carbon development. In the future, we will continue to deeply cultivate the new energy equipment track, adhere to innovation driven, empower high-quality development with top-notch products and perfect services, and lead China's new energy industry towards a new technological highland.