Vibrating Feeder

详情

Introduction:

GZT SeriesVibrating Feeder adopts the vibrating motor to produce vibration force. It is used to feed materials into primary crusher evenly, and meanwhile because of the grit-shaped screen, it can screen away soil contained in the raw material, and increase the capacity of primary crushing. It is suitable to feed material into primary crusher in hydroelectric field, building material and mining industry.

GZT Series Vibrating Feeder take the Vibration Motor with the Japan technology as Excitation source. It is used before coarse crushing to provide big-block material evenly. Meanwhile, because of Article great screen surface, it could remove soil and other small-size materials to realize advance screening , which could promote the coarse crushing capacity , especially suitable for feeding material for water and electricity industry, building stone, metallic ore.

GZT Series Vibrating Feeder Application

GZT Series Vibrating Feeder adopts the vibrating motor to produce vibration force. It is used to feed materials into primary crusher evenly, and meanwhile because of the grit-shaped screen, it can screen away soil contained in the raw material, and increase the capacity of primary crushing. It is suitable to feed material into primary crusher in hydroelectric field, building material and mining industry.

GZT Series Vibrating Feeder Woking Principle
A vibratory feeder is a device that uses vibration to “feed” material to a process or machine. Vibratory feeders use both vibration and gravity to move material. Gravity is used to determine the direction, either down, or down and to a side, and then vibration is used to move the material. The material is almost always a dry material that unlike a liquid, may not move down an incline without some assistance from the vibration effect.The vibratory feeder comes in many shapes and sizes but all use the same principle, which is to feed bulk material in at the top in a uncontrolled fashion and take material out at the bottom at a controlled and steady rate.