Fraiseur de plaques de verre Déchets de verre Déchets de déchets Machine de déchiquetage Déchets solides Déchiquetage de déchets industriels Déchiquetage de déchets solides Usine d'élimination

Waste shredders have significant technical advantages in the field of waste treatment, which are mainly reflected in the following aspects:

High-efficiency crushing capacity:
Adopting a double-axis staggered shearing design and equipped with high-strength alloy cutters, it can effectively handle various complex materials (such as plastics, metals, wood, rubber, etc.), and the crushing efficiency is more than 30% higher than that of single-axis equipment, and the output particle size is uniform (usually controlled at 10-100mm adjustable).

Strong adaptability:
By replacing different cutters (such as hook knives, square knives, round knives, etc.), customized crushing can be performed for wastes of different hardness and toughness, which is suitable for electronic waste, large solid waste, waste tires and other scenarios.

Low energy consumption and high stability:
Adopting a hydraulic or motor direct drive system, combined with intelligent overload protection, the energy consumption is reduced by 15%-20% compared with traditional crushers, and the continuous operation failure rate is less than 1%.

Environmental protection and resource utilization advantages:
The volume of the crushed material is reduced by 50%-80%, which greatly reduces the transportation and landfill costs. At the same time, it provides ideal raw materials for subsequent sorting, smelting, and recycling, and promotes the development of a circular economy.

Intelligent development:
The new equipment integrates PLC control system and sensor technology to achieve automatic lubrication, fault alarm and remote monitoring, and promote the upgrading of waste treatment to automation and intelligence.

At present, the double-axis shredder has become the core equipment for solid waste treatment, playing a key role in garbage recycling, renewable resource processing and other fields.