The life cycle of a vibrating screen depends on the equipment production process and the actual use environment. Screening equipment such as a regular vibrating screen has a strict production process. Namely: detailed communication→design on demand→plate selection→actual production→assembly finished product→logistics delivery→installation and commissioning. The four links of communication, design, plate and assembly are directly related to the life of the vibrating screen.
Whether the communication is detailed or not affects whether the finished product meets the actual production requirements of the user. Qualified design is an important link related to the user's actual production output and equipment service life, so only detailed communication in the early stage can design and produce screening equipment that meets the user's production requirements. Different thicknesses of the same plate and different element content will also affect the service life of the vibrating screen. Common materials for vibrating screens are Q235 carbon steel and 304 stainless steel. Take the round screen as an example: Q235 carbon steel plate thickness is 3mm for the screen frame and 5mm for the bottom barrel. , 304 stainless steel sheet thickness is 2mm for the screen frame and 5mm for the bottom barrel. In the actual production process, if the production staff need to strictly follow the design drawings and requirements for production! The actual use environment also affects the service life of the vibrating screen, such as humidity, corrosion and other environmental issues.
Factors affecting the service life of vibrating screen
1. Plate: We have learned about the common materials of vibrating screens above, but the thickness of the same material is different, and the different element content will directly affect the service life of the equipment;
2. Operation: The nature of the material, production environment, and feeding method during the use of the vibrating screen will also affect the service life of the equipment;
3. Design: Design is the foundation of a piece of equipment. Only strong design technology and knowledge of related industries can design and produce high-quality equipment.