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SCHEMATIC SHOWING VACUUM DEWATERING PROCESS |
Suction Mat of special grade multilayered polymer
sheets alongwith reinforced distance cushions on
the filter pads ensure sufficient cross-sectional
area to squeeze out and remove excess water from
the concrete. this design is a prerequisite for
effective dewatering. |
|
End Users
● Increased
Comprehensive Strength.
● Reduced Maintenance
Cost.
●
Earlier utilization of floors.
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Increased water resistance.
●
Minimum dusting.
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Lower water permeability due to denser concrete.
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Level Floor.
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Minimized crack formation. |
Architects/Design Engineers
● Void-free& Denser
concrete.
●
Reduced on the job monitoring due to inherent
process advantages.
●
Fewer Joints.
●
Reduced permeability allows cost-effective
application of top coats like epoxy / poly urethane
etc.
●
Top part of concrete has the max compressive
strength due to lowest water cement ratio.
●
Overall increase in compressive strength
allows scope for design modification for
cost-effective concrete.
●
Improved adhesion to the base when a
wear-course in cast an old concrete.
●
Minimum shrinkage and hence no curling.
|
Contractors
● Better utilization of
man power
●
Elimination or minimization of overtime.
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Controlled working cycle.
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High early strength minimizes damage on newly cast
floors.
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Fewer forms - faster re-utilization.
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Earlier start of finishing operations
●
Rapid completion.
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