| After-sales Service: | Online Support |
|---|---|
| Warranty: | 12months |
| Type: | Concrete Vibrator |
| Shotcrete Type: | Semi-Dry |
| Machining Process: | Assembly |
| Structure: | Rotor Type |
| Customization: |
|---|
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Plate Type Concrete Vibrator:
This product is an important machine in the construction of modern concrete projects. It can be used by those
who can insert vibrating rods when pouring concrete components, such as: pouring concrete columns, walls,
main beams, secondary beams and prefabricated components, etc. It is especially suitable for pouring light and
small And thin-walled components, for vibrating molding, semi-dry hard. Both dry and hard concrete can be
adapted to vibrators with high concrete vibrating efficiency.
Attached concrete vibrators usually consist of the following parts:
Vibrating Head: This is the part attached to the body of the vibrator, usually made of metal, and is used to transmit mechanical
vibrations to the concrete.
Vibrator body: The main part of the vibrator, which includes the motor, vibration mechanism, control switch, etc. The motor will
generate mechanical vibration, which is transmitted to the vibrating head through the vibrating mechanism.
Power supply: Attached concrete vibrators usually require a power source, either by a cable to the grid or by batteries, depending
on the type and size of the unit.
| Model | ZW-0.25 | ZW-0.37 | ZW-0.55 |
| Power (kW HP) | 0.25 | 0.35 | 0.55 |
| Voltage(V) | 110/220/380 | 110/220/380 | 110/220/380 |
| Frequency(Hz) | 50/60 | 50/60 | 50/60 |
| Sharp forces(kgf) | 100 | 100 | 100 |
| Size(cm) | 23x18.5x17 | 12x18.5x17 | 23x18.5x17 |
Plate concrete vibrators are widely used in building construction, mainly for pouring concrete to
improve the quality and performance of concrete. Here are some common application scenarios:
Concrete pouring: In the process of pouring concrete, using an attached concrete vibrator can help remove
air bubbles in the concrete, ensure that the concrete is evenly distributed and closely arranged, thereby improving
the strength and durabilityof the concrete.
Concrete structures: When constructing concrete structures such as walls, columns, beams, floors, etc., vibrators
can ensure that the concrete is completely filled in the mold and that there are no voids or pores, thereby reducing
structural fragility and risk of damage.
Foundation Construction: When pouring concrete foundations or floor foundations, vibration can help the concrete
achieve better compaction in the foundation, preventing settlement and uneven shrinkage.
Retaining Walls and Slopes: When constructing retaining walls, slopes, and enclosures, the use of vibrators ensures
a tight bond between the soil and concrete, improving the stability of the structure.
Concrete surface smoothing: When pouring concrete floors or horizontal surfaces, vibration can help remove surface
air bubbles, reduce surface unevenness, and make the ground more level.
Precast Element Manufacturing: When manufacturing precast concrete elements, such as precast wall panels, beams,
columns, etc., vibrators can ensure that the concrete is evenly distributed in the mold, resulting in better quality elements.
Concrete Repair: When performing concrete repair and repair work, vibrators can be used to ensure good bonding of the
repair material to the existing concrete, thereby restoring the strength and appearance of the structure.
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