As a core material screening device in industrial production, the linear vibrating screen has become a must-have equipment in multiple industries such as chemical engineering, food processing, metallurgy, and environmental recycling, thanks to its stable performance and high adaptability. It enables precise classification and impurity removal of dry powdery and granular materials, helping production lines improve quality and efficiency.
This light-duty screening equipment is driven synchronously by dual vibration motors, boasting a screening efficiency of over 96% and a maximum processing capacity of 20 tons per hour. It is suitable for screening materials with a particle size ranging from 0.074mm to 5mm. The device can be configured with 1-5 layers of screen mesh, separating materials into 2-6 different particle size grades in one go to meet multi-specification screening needs. Its fully enclosed structure effectively prevents dust dispersion, complying with the hygiene requirements of production environments while reducing production losses.
The linear vibrating screen also excels in operation and maintenance. Screen mesh replacement takes only 3-5 minutes without requiring professional teams, significantly cutting down downtime for maintenance. Screen mesh materials, including nylon and stainless steel, can be selected based on material characteristics. The machine body is available in two materials—carbon steel and 304/316 stainless steel—suitable for regular production scenarios and high-hygiene-demand fields like food and pharmaceuticals respectively. Meanwhile, the equipment supports customized design; screen hole size and device dimensions can be adjusted on demand, allowing it to integrate seamlessly into various automated production lines and connect with crushers, conveyors, and other equipment without a hitch.
From raw material impurity removal to finished product classification, from conventional industrial production to environmental solid waste treatment, the linear vibrating screen stands out as a practical choice for enterprises to optimize screening processes and reduce production costs, with its characteristics of low energy consumption, high precision, and easy operation. It perfectly meets the actual needs of large-scale continuous production.
