Currently, there are two main development trends in society: energy conservation and environmental protection. The development methods of the past are no longer suitable for modern trends, and resources are constantly being integrated and developed. In the mining industry, crushing is a crucial step, and basalt, a relatively important mineral resource in China, has a high utilization rate. For basalt crushing, we have specialized equipment: the impact crusher.

How is such stone transformed into fiber? Basalt, after being crushed by an impact crusher, undergoes a special high-temperature treatment (1450℃-1500℃) to liquefy it before being drawn into fibers, thus turning basalt into fiber. Moreover, one ton of basalt raw material can produce one ton of fiber, with virtually no loss or waste impurities.

The emergence of continuous basalt production projects is a significant milestone in my country’s new industrial sector. However, new industries have always required processing equipment and high-temperature treatment processes. If the particle size of the crushed basalt does not meet requirements, the high-temperature treatment time will increase, thus raising production costs. On the other hand, it is also necessary to consider low-cost production processes to meet production demands. Therefore, equipment selection requires a comprehensive consideration of reasonable investment plans. Choosing crushing equipment from reputable, large-brand companies is crucial for safe and efficient production, avoiding unnecessary downtime and maximizing production efficiency.

Xinshengrun has a strong reputation in basalt crushing. The company’s impact crushers are well-equipped for crushing operations, and its crushing equipment boasts advanced core technologies. As a leading domestic crushing equipment manufacturer, Xinshengrun offers efficient and cost-effective basalt crushing production line equipment specifically designed for the specific conditions of basalt. This production line includes a vibrating feeder, jaw crusher, hydraulic cone crusher, hard rock impact crusher, and circular vibrating screen. Compared to a process line using only an impact crusher as the crushing step, output is increased by 30-35%, and wear on vulnerable parts is reduced by 25%. Although the initial investment in cone crushers is relatively large, from a long-term cost reduction perspective, it can reduce wear on wear-resistant parts and high-temperature treatment costs due to non-standard crushed particle size.