Self-Compacting Concrete Mix Applications and Advantages
Concrete is a crucial
material of the construction project. Whether it is a pavement, you walk on or
buildings in your surroundings, everything is made up of concrete. Several
materials are mixed and form concrete. There are various types of concrete,
such as foundation mix concrete, which serves various
purposes.
One such kind of
concrete used in the construction process is Self-Compacting Concrete mix works
under its weight and doesn’t require external vibration to go under compaction.
Filling and passing ability are some of the properties that this concrete
possesses. There are several materials which are used in self-compacting
concrete mix:
- Cement
- Aggregates
- Water
- Mineral
Admixtures
- Chemical
Admixtures
There are numerous advantages of Self Compacting Concrete.
· Faster construction
with less manpower and it reduces the overall cost of construction.
· SSC can be placed in
a complicated framework and dense reinforcements.
· It needs low water
is to cement ratio. One gets rapid development, more durability, and the best
quality.
· It is a self
compactor, so there is no need to use any vibrator.
· One does not
experience bleeding and segregation problems by using it.
· The result of SSC is
a smooth and well-finished surface.
· It comes with
thinner concrete slabs cast easily.
· The work procedure
involved in it is safe
· It is
environment-friendly to use.
There are three main properties of SSC:
· Filling Ability: It
can flow under its weight without using any vibrator.
· Passing ability: The
concrete can maintain its homogeneous property.
· Segregation Process:
When this concrete doesn’t undergo segregation when the compacting process is
going on.
Applications of SSC
· Used in structures
with complicated reinforcement
· It is used in
repairing, renewing and restoring the construction
· Retaining walls are
made using SSC.
· Used in the
construction of Raft and Pile foundations.
There are numerous
benefits of self-compacting
concrete mix to
individuals; that is why it is the most widely used concrete during construction.
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