Our concrete pouring booms have been used infrequently, particularly for constructing reinforced concrete frames on small inner-city sites. In the past, we would complete these contracts using boom pumps, extra pipes, and staff if needed. However, we now provide a variety of stationary concrete pumps and placing booms in addition to a comprehensive installation and maintenance service in response to customer demand. This method of concrete assembly might be useful for RC frames, slides, cores, and high-rise skyscrapers.
This technique typically uses a diesel or electrically powered static concrete pump to move the concrete to the stationary placing boom via a permanent 125 mm tube. A steel column up to 20 meters long can support the SPB 30 boom. Bolts can be cast into the base slab or the column can be supported on a freestanding cross base, which requires ballast weights made of concrete or steel. The column is caught by the floor framing and rises with the building when the structure begins to rise. With the added benefit of reducing hook time to boost productivity, static concrete placing boom will aid in the safe and effective laying of concrete. One boom combined with two or more columns can effectively cover larger areas on larger projects. The boom can be divided in half and shifted between columns as necessary to meet the crane's maximum lifting capacity.
How static concrete placing boom is used
The use of smaller booms, which can be placed on slide shutters or cores,
freestanding, or column-supported, is likewise becoming more and more common.
Static piping around the site can be reduced or replaced by connecting these to
mobile boom pumps or statics. This will expedite each pour, lower labor costs,
and enhance concrete laying safety. The primary distinction between the
different kinds of concrete pumps, aside from capacity, is the additional
equipment that comes with the pump and the most basic type of concrete pump is
the stationary concrete pump.
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