Concrete Magnetic Vibration Table Brick Laying Disk Vibration Table 12 Core Concrete Compaction Shaker Table Compressive Strength Experimental Block Test Disk Vibration Platform 220V

12 core magnetic concrete vibration table Parameter: Table size: 1 * 1m Voltage: 220V Power: 1500W Number of disks: 12 Disk voltage: 36V Vibration frequency: 2860 times/minute Amplitude: 0.3-0.6mm Maximum load: 300kg Noise test: no more than 80 decibels Item Included(300466): 1 Set of 220V Brick laying disk vibration table

• 【Low Noise】The control instrument of the brick laying disk vibration table has automatic control function, and the workbench is equipped with an electrically controlled magnetic field. During the test, the test dies is attracted by the magnetic field generated by the workbench, preventing it from moving, thus avoiding noise and providing a quiet environment for the laboratory
• 【Function】The vibration source of this 12 core magnetic concrete vibration countertop is provided by a closed attached vibration table, which is installed at the lower part of the table top. When the vibrator is running, the high-speed rotation of the eccentric weight generates vibration force, and the supporting spring mainly plays a supporting and damping role
• 【Complete Components】The table top of the concrete magnetic vibration table is welded with 10 type channel steel and 10mm steel plate, and is supported by springs. A pull rod is used to connect the upper table top to the supporting spring, and the amplitude modulation spring base is connected together to play an amplitude modulation role
• 【Parameter】Table size: 1 * 1m; Voltage: 220V; Power: 1500W; Number of disks: 12; Disk voltage: 36V; Vibration frequency: 2860 times/minute; Amplitude: 0.3-0.6mm; Maximum load: 300kg; Noise test: no more than 80 decibels
• 【Wide Application】This instrument is widely used and is widely used in construction, building materials, and scientific research institutions. It is an ideal experimental equipment for vibration compaction of concrete test blocks or other materials in contemporary times