Crusher frame: The frame is the basic supporting structure of a double-shaft pulverizer, which is usually welded by steel and has sufficient strength and rigidity to support the whole equipment. Racks also provide a foundation for installing and supporting other components.
Crushing shaft: The key components of a double-shaft pulverizer are two parallel rotating crushing shafts. These shafts are usually made of high-strength alloy steel with sufficient rigidity and wear resistance. The chopping shaft is equipped with blades or gears to realize the tearing and crushing of materials.
Transmission system: the transmission system is used to drive the chopping shaft to rotate. It usually consists of motor, reducer, transmission belt or chain. Select the design and configuration of transmission system according to the power requirements and speed requirements of equipment.
Blade: A blade is installed on the crushing shaft of the double-shaft crusher for crushing materials. Blade is usually made of high hardness alloy steel, which has good wear resistance and impact resistance. Select the shape and number of blades according to the application requirements and material characteristics.
Feeding system: The feeding system is used to guide materials to the crushing area. It usually includes a feed inlet, a hopper and a feeding device. The design and configuration of the feeding system is helpful to guide the material evenly between the shredding shafts and ensure the effective shredding effect.
Discharge system: The discharge system is used to discharge chopped materials from the equipment. It usually includes a discharge port, a conveyor belt or a pipe. The design and configuration of the unloading system is helpful to transport the chopped materials to the next processing stage quickly and effectively.
It is worth mentioning that the specific structure and configuration of the double-shaft pulverizer may be different due to the manufacturer, model and application requirements. Therefore, when selecting and using equipment, it is recommended to refer to the instructions and technical parameters provided by the equipment manufacturer to ensure correct operation and equipment performance.