Twin-shaft shredder is a common shredding equipment, with a complex structure and several key components. The following are common structural components of a twin-shaft shredder:
Shredder Frame: The frame is the basic support structure of a twin-shaft shredder, and is usually made of welded steel with sufficient strength and rigidity to support the entire machine. The frame also provides the foundation for mounting and supporting other components.
Shredding Shafts: The key components of a twin-shaft shredder are the two parallel rotating shredding shafts. These shafts are usually made of high-strength alloy steel with sufficient rigidity and wear resistance. The shredding shafts are fitted with blades or gears to realize the tearing and crushing of materials.
Transmission system: the transmission system is used to drive the rotary motion of the shredding shaft. It usually consists of a motor, reducer, drive belt or chain. The design and configuration of the transmission system is selected according to the power demand and speed requirement of the equipment.
Blade: The shredding shaft of the twin-shaft shredder is installed with blades, which are used to shred materials. The blades are usually made of high hardness alloy steel with good wear and impact resistance. The shape and number of blades are selected according to the application requirements and material characteristics.
Infeed System: The infeed system is used to direct the material to the shredding area. It usually consists of an inlet, hopper, and feeding device. The design and configuration of the feed system helps to direct the material evenly between the shredding shafts to ensure effective shredding.
Discharge System: The discharge system is used to discharge the shredded material from the machine. It usually consists of a discharge port, conveyor belt or pipe. The design and configuration of the discharge system helps to quickly and efficiently transfer the shredded material to the next processing stage.
It is worth noting that the exact construction and configuration of a twin-shaft shredder may vary depending on the manufacturer, model and application requirements. Therefore, when selecting and using the equipment, it is recommended to refer to the manual and technical parameters provided by the equipment manufacturer to ensure proper operation and equipment performance.