The significant differences can be illustrated in the form of a table showing the differences between cinder block vs.
Comparison between concrete blocks and bricks.
Individual block is costlier than bricks but the overall cost of masonry is low as it consumes less mortar.
Concrete blocks often on the other hand are flattened constructs made of steel wood or cement.
Bricks tend to break in response to stress such as ice traffic or moisture while the surface on concrete pavers can erode and fade over time.
Blocks are mainly made of concrete and are larger in comparison to bricks.
Bricks are made from natural clay.
They are not as recyclable as bricks as they are made concrete.
According to mechanical properties of unreinforced brick masonry the average concrete block can withstand 3500 psi while the average clay brick can withstand 3000 psi.
The important difference between red bricks and solid concrete blocks are tabulated below.
They are cheaper than aac blocks and clc blocks.
The more technical term for block is cmu which stands for concrete masonry unit.
Bricks may chip or crack over time but they last for generations.
In building and construction terms brick refers to building units made of clay which are fired in a kiln to harden.
Solid concrete blocks on the other hand are precast concrete blocks manufactured from cement and fine aggregates.
Block refers to similar units which are formed using cement which harden by a chemical process.
Al the renovation work that calls for breaking down of old structures to build new would only leave behind heaps of waste products that cannot be recycled.
High cement mortars can withstand up to 2500 psi while mortars high in lime are weaker and may be able to stand only about 350 psi.
Red bricks are one of the oldest and extensively used building material that is primarily made from clay.
The same cannot be said about blocks.
Also for same dimensions of the walls less numbers of solid concrete blocks are required as compared to red bricks.
They come in both solid and hollow format and are used mainly in load bearing walls where strength is very important.
One of these two materials should be selected according to type of project and intended use of building to be built.