The diagram illustrates the process that is used to manufacture bricks for the building industry. Summarize the information by selecting and reporting the main features and make comparisons where relevant.

The provided diagram depicts the way in which

bricks

are produced so as to be used for industrial purposes.

Overall

, it is clearly observable that

this

process consists of seven distinct steps, commencing with digging and culminating with transferring products to the industry sectors.

To begin

with, a digger is utilized in order to collect clay, which acts as a raw material in

this

procedure. Afterwards, the collected clay goes through the next step, where a metal grid,

as well as

a roller,

as well as

a roller, are employed to separate bigger particles from the fine ones that are used in the following phases. In the subsequent stage, sand and water should be added to the clay, and

then

this

mixture either undergoes a moulding process or goes through a cutting step.

Next,

the

bricks

are held in an oven for 24-48 hours, making drying possible. Once

this

has been done, two separate heat treatments are carried out: the first one in the temperature range of 200–980 °C and the second one at a relatively higher temperature (870–1300 °C).

Subsequently

,

bricks

are kept in a chamber, providing sufficient time (48–72 hours) for the cooling process. In the two final stages, manufactured

bricks

are packed and delivered to the building industry by trucks.