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Heavyweight concrete is principally used for radiation shielding, counterweights and other applications where higher density is desired. Except for density, the physical properties of heavyweight concrete are similar to those of normal - or conventional- weight concrete.
- What is heavyweight concrete used for?
- What are the applications of high density concrete?
- What are the applications of light weight concrete?
- Where do we use heavy weight aggregate?
What is heavyweight concrete used for?
Heavyweight concrete is produced using heavy aggregates and is typically used for radiation shielding, counterweighting, and offshore ballast for pipelines. It can reach densities as high as 400 lbs/ft while maintaining physical properties similar to normal-weight concrete.
What are the applications of high density concrete?
High density concrete is mainly used for the purpose of radiation shielding, for counterweights and other uses where high density is required. The high density concrete has a better shielding property, so that it can protect harmful radiations like X-rays, gamma rays, and neutrons.
What are the applications of light weight concrete?
Applications of Lightweight Concrete :
- Since the strength of LWC is low, it is used in the construction of roof slabs, small houses with load bearing walls etc.
- It is also used in the construction of stairs, windows, garden walls, etc.
- In large building construction this is used in the construction of partition walls.
Where do we use heavy weight aggregate?
Heavy weight aggregate is most commonly used for radiation shielding, counterweights and other applications where a high mass-to-volume ratio is desired. ASTM C637 covers aggregates used for radiation shielding and Table (3) contains the physical properties of heavy weight aggregates.
