Shredder capacity 30MT/hour

30-ton-per-hour (30 MT/hour) shredders are key equipment in the modern solid waste treatment and resource recovery industries, renowned for their efficient production capacity and robust design. These machines are primarily used for shredding bulk materials such as metal, plastic, and wood, meeting the demands of large-scale production.

These shredders utilize a high-strength blade system (typically made of alloy steel), a high-power drive (e.g., a motor over 200 kW), and an intelligent control system to ensure stable processing of high-hardness materials. Their construction includes a heavy-duty frame, a dual- or quad-shaft shearing design, a hydraulic pusher system, and a screen filter for uniform material discharge and overload protection. Compared to standard shredders, 30 MT/hour models emphasize durability and automation, including an automatic reverse function to prevent material jamming and integrated sensors for real-time operating status monitoring.

Standard shredders typically have an hourly capacity of 5-15 tons and are relatively lightweight, making them suitable for small and medium-sized operations. However, the 30-ton shredders, with their enhanced power and blade design, increase processing efficiency by over 50%, optimize energy consumption, and achieve lower unit costs. Its core differentiator lies in its scalability: the 30-ton model is ideal for continuous operation environments such as waste treatment centers and large-scale recycling plants.

With tightening environmental regulations and the development of a circular economy, many industries are facing the need to efficiently process large quantities of solid waste. A 30-ton-per-hour shredder precisely meets this need, reducing downtime and improving overall recycling efficiency, making it the preferred equipment for high-volume production lines.

In short, the 30-ton-per-hour shredder, through its high-performance construction and intelligent design, significantly surpasses conventional equipment in processing capacity, reliability, and cost-effectiveness, making it an ideal solution for large-scale industrial applications.