|Name:||Vibration Table For Concrete Moulds||Material:||Carbon Steel|
|Max Dimension:||4000*6000 Mm||Area:||0.25~9 M2|
|Loading:||100 KG~10 T||Working Condition:||Continuous|
|Application:||Pavers / Casting Mould||Customized:||Acceptable|
vibration table testing equipment,
shaker testing device
Vibration Table For Concrete Moulds can be widely used in metallurgy, mould, food, chemical and building material etc.
Vibration Table For Concrete Moulds can be found in a open or closed design and can also be designed for the demand of a sanitary environment. The operations of the vibrating tables are typically compaction/removal of air from miscellaneous materials, shake-outs at foundries, vibration of cartons and cans for reducing packaging size, vibration of bags and sacks on pallets for stabilization before wrapping and testing of electronic equipment etc. at various frequencies.
Vibration Table For Concrete Moulds is mainly composed of four parts.They are bracket, countertops, vibration, shock absorption institutions. Rubber springs and 2~8 vibrating motors are used together to vibrate materials from all directions (up and down, left and right, front and rear),leading to the effect of two or three-dimensional shake.)
Vibration Table For Concrete Moulds are designed to settle and compact dry bulk materials in various types of containers. Their application provides either a sizable increase in the net weight of the container or reducing in the container size with subsequent savings in shipping and storage space.
Low noise and consumption, easy to maintain.
Reliable function, small volume and flexible installation.
|Model||Area (m2)||Power (KW)||Amplitude(mm)|
1. Applicable to operations where strong vibrations are required and adjustment of the vibrations during operation is not necessary.
2. Can be used in metallurg, mould, food, chemical and building materials etc.
3. Applicable to operations where high frequency and small amplitude are expedient and where an infinitely variable control of the vibrations (from 0 to 100%) during operation is requested.
Contact Person: Ms. Jean Wang