Sand Stone Carbon Steel Linear Vibrating / Vibration Feeder
Sand Stone Carbon Steel Linear Vibrating / Vibration Feeder are widely used in mining, metallurgy, coal, thermal power, fire
resistance, glass, building materials, electric power, chemical,
machinery, light industry, food and other industries. It is
suitable for uniformly and continuously feeding the block, granular
and powder materials from the storage bin or the funnel to the
receiving device. The motor vibration feeder can feed material to
belt conveyor, vibrating conveyor, bucket elevator, crusher,
vibrating screen, pulverizer, etc., and can be used in the process
of automatic matching, quantitative packaging and automatic
control, to achieve automation of flow operations.
Sand Stone Carbon Steel Linear Vibrating / Vibration Feeder are widely used in mining, metallurgy, coal, building materials,
light industry, chemical industry, machinery industry and
agriculture.
The feeding process of Sand Stone Carbon Steel Linear Vibrating / Vibration Feeder is realized by using a special vibrating motor to drive the feeding
trough to make a cyclic linear reciprocating vibration in the
oblique direction. When the vertical component of the acceleration
of the vibration of the feed tank is greater than the acceleration
of gravity, the material in the tank will be thrown up and jump
forward according to the trajectory of the parabola, throwing and
falling within 1/50 seconds, due to the continuous vibration of the
vibration motor. The vibration, the feed trough continuously
vibrates, and the material in the trough continuously jumps forward
to achieve the feeding purpose.
The below table shows the detailed data of different models of Sand Stone Carbon Steel Linear Vibrating / Vibration Feeder for your reference, and we will choose a suitable model according
to the customer's needs.
1. Small size, light weight, reliable operation, convenient
installation, and convenient maintenance
2. Convenient adjustment and stable feeding
3. Low noise, low power consumption, good performance of the
regulator and nonexistence of material clashing circumstance.
