After-sales Service: | Online Support |
---|---|
Warranty: | 12 Months |
Type: | Concrete Vibrator |
Shotcrete Type: | Semi-Dry |
Machining Process: | Hydraulic |
Structure: | Rotor Type |
Customization: |
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Concrete Vibrator Description:
Model
|
ZN-70
|
ZN-90
|
Power(kW HP)
|
1.5
|
2.2 3.0
|
Voltange(V)
|
220/380/110
|
220/380/110
|
Frequencey(HZ)
|
50/60
|
50/60
|
Mateiral of body
|
Alloy aluminum
|
Alloy aluminum
|
Internal type concrete vibrators have a wide range of applications in the construction industry due to their effectiveness in
consolidating freshly poured concrete. Some common applications include:
Foundations and Footings: Internal vibrators are used to ensure proper compaction of concrete in foundations and footings
of buildings and structures. This helps prevent settling and ensures a solid base for the rest of the construction.
Slabs and Floors: When pouring concrete slabs or floors, internal vibrators are essential to eliminate air pockets and achieve
a smooth, level surface. This is crucial for both aesthetic and functional reasons.
Columns and Beams: Internal vibrators aid in compacting concrete in vertical elements like columns and beams, ensuring
uniform strength distribution and preventing voids that could weaken the structural integrity.
Walls: In the construction of concrete walls, especially retaining walls and load-bearing walls, internal vibrators are used to
consolidate the concrete mix and prevent potential weaknesses.
Pavements and Roads: For paving projects, internal vibrators help create durable and well-consolidated pavements and roads.
This enhances the longevity of the pavement and reduces the need for repairs.
Bridge Construction: Bridges require concrete structures with high load-bearing capacity. Internal vibrators play a crucial role
in ensuring that the concrete used in bridge components, such as piers and abutments, is thoroughly compacted and strong.
Tunnel Construction: In tunnel construction, internal vibrators are used to compact concrete linings, ensuring a seamless and
strong tunnel structure that can withstand the pressure from the surrounding soil.
Dams and Reservoirs: Large-scale concrete structures like dams and reservoirs demand precise concrete consolidation to
prevent water leakage and ensure the structural stability of these critical infrastructure elements.
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