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the diagram describes the process of manufacturing bricks for the building industry.
overall, the process is comprised of seven stages, starting with the clay being digged up, through various heating and moulding, to culminating in delivery the final product.
the brick manufacturing process begins with the clay being digged up from the ground by a digger. the clay then is shatered to smaller pieces with a metal grid and is supported by a roller.
the process proceed with water and sand being added to the clay and is followed up by the moulding and cutting step. at this step, the mixture is turned into bricks by either using a wire cutter or putting in a mould. next, the bricks are put into an oven to dry for 24 to 48 hours.
In the subsequent stage, the bricks go through a baking and cooling process. They are baked in a kiln at a moderate and then a high temperature at 200 to 980 degree celcius for the former and 870 to 1300 degree celcius for the latter, then cooled down in a chamber for 2 – 3 days. Finally, the bricks are packed and delivered to their destinations.

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The picture illustrates the process of manufacturing and delivering brick for building industry.
Overall,  the process undertakes many stages, starting with collecting clay, through number of drying, heating, shaping stages, and culminating in delivery the final product.
The first stage of the process is collecting clay from the ground with a digger. After that, the clay is broken up into smaller pieces by a mental grid. Once the clay is in small pieces, it is mixed with water and sand. The mixer is then put into a wire cutter or a mould to shape the bricks.
The shaped bricks are put into a drying oven from 24 to 48 hours. In the following stage of the process, the bricks are heated in a kiln from moderate temperature (200°C - 980°C)  to high temperature (870°C - 1300°C) and then changed into a cooling chamber. This stage takes 48 to 72 hours to finish. And finally, the bricks are packaged and delivered to construction sites.

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The picture shows how brick is manufactured to serve the building industry.
Overall, the are a various number of stages undertaken within the progress, beginning with the clay being dug up with the assistance of the digger, the clay then go through many difference steps of raw processing, shaping and heating phases, ending with packaging and delivering to building companies.
The first stage of the process begins when the clay is dug up and then it go through a metal grid and roller in order to separate the impurities from the clay. The clay is then shaped into a brick using either a wire cutter or a mould.
The procedure proceed with bricks being sent to drying oven for around 24 to 48 hours before being moved to the kiln with the moderate temperature around 200 to 980 degree Celcius and it reaches around 870 to 1300 degree Celcius when it reaches high temperature. Once the bricks are finished spending time in the kiln, they are sent to a cooling chamber for 48-72 so that it can be ready to be packaged and delivered to building company

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The given picture illustrates the process of producing brick.

Overall, in order to produce a complete piece of brick, it must be undertaken in various stages, starting with the clay being collected through numerous steps of sorting as well as moulding and culminating in the delivery of the final product.

The first stage begins when the clay is dug and picked by the digger, in order to select the most quality one to make bricks. In the following stage, due to the fact the digged clay is mixed with other impurities, it must go through the roller, in particular the metal grid. Subsequently, the sorted clay is mixed with sand and water, which is then followed by moulding or wire cutter, to achieve the basic shape of the brick.

The process continues with the drying stage, where bricks from the last stage are put into the drying oven for one to two days. Once the bricks are dry, they are transferred into the kiln to bake at two levels of temperature, starting with moderate one (200C -980C) and ending with high temperature (870C - 1300C). Prior to the packing stage, the bricks have to be cooled in the cooling chamber for 48-72 hours. Eventually, the products are packed and deliver to the market.

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The picture describes the process of manufacturing bricks for buiding companies.
Overall, brick manufacturing process undertakes a number of distinct phases, starting with clay being digged up, through different steps, and culminating in packaging and deivering the final product.
The process begins with the clay being digged up by a digger. After that, the clay is put on a roller to remove metal grids and other impurities. Once the clay has been cleaned, it is put in a mould or in a wire cutter to shape it into rectangular shape.
The process continues with the brick being put into a drying oven for 24 to 48 hours. Having been dried, the dried bricks are kept in a kiln at moderate and high temperature. Prior to the packing stage, the bricks have to be cooled in the cooling chamber for 48 to 72 hours. Finally, the bricks are packed up and delivered to the sellers or construction sites.

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The given picture describes the process of manufacturing bricks for the building industry
Overall, the entire process consists of 7 stages, starting with the clay being digged up, through diffrent shaping and drying steps, and culminating in packaging the final products
As can be inferred from the diagram, the first step in the whole process is the digging of clay off the ground. Subsequently, the clay is put on a metal grid and dropped down on to a roller in order to separate impurities out of clay. Once the clay is clarified, it is shaped into bricks in 2 different type of ways, through the wire cutter or being done in the mould.

The process proceed with the bricks being transferred to the drying oven for about 24 to 48 hours. Having been dried, they are moved to to the kiln in moderate temperature, which is around 200 to 980 Celcius, and then reach 870 to 1300 Celcius in high temperature. Next, the bricks are  place in the cooling chamber for 48 to 72 hour, which is followed by packaging and finally being delivered to the building industry

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The picture describes how bricks are made and packaged before they are delivered.
Overall, there are a number of different stages undertaken, starting with digging the clay, through many processing steps and culminating in delivering the final products.
The first stage of the process begins when the clay used to make bricks is dug up by a large digger. This clay is placed on a metal grid with a roller below, used to break the clay into smaller pieces. In the following stage of the process, the clay is mingled with sand and water, this mixture is placed into a mould to form different type of bricks.
The process proceeds with these bricks are placed into an oven dry for 24-48 hours, after which they are heated in a kiln at a moderate and then a high temperature (ranging from 200-1300 degree). Once the bricks are cooled in a cooling chamber for about 2 days, the bricks are packed and culminating in delivered.

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The provided picture provides information regarding the process of producing bricks for industrial building companies.

Overall, the process of brick making consists of 7 stages, starting with the clay being dug up, through different raw processing, shaping and heating phases, and finishing with packaging and delivering to the building companies.

As it can be inferred from the picture, the first step of manufacturing bricks involve digging up clay with an excavator. Subsequently, the dug up clay will be filtered by a grid made of metal and a roller to seperate the impurities from the clay itself. It is then shaped and moulded into rectangular shaped bricks with the usage of a mould or a wire cutter. The procedure continues with the shaped raw bricks being put into a drying oven for 24 to 48 hours. Having been dried, the bricks are stored inside a kiln in moderate or high heat, estimated from 980 degrees Celsius to up to 2000 degrees Celsius. After this, the bricks are taken out of the kiln to be stored inside a cooling chamber for up to 72 hours. Lastly, the final products are carefully packeged and are ready to be delivered to any construction sites or building material sellers.

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The given picture describes how to manufacture bricks for the building industry.
Overall, there are a number of different stages undertaken, starting with the digging stages, through various processing steps and culminating in packaging the final products.
As can be inferred from the graph, the first step of manufacturing bricks is digging the clay with a large digger,Subsequently,this clay is filtered by a roller machine prior to mixing with sand and water.In the third stage, the mixture is either put in a mould or cut in a wire cutter to have initial shape.
The process proceeds with the raw bricks are put on a drying oven for 24 to 48 hours. Having been dried, the dried bricks are kept in a kiln in moderate as well as high temperature,vary from 200oC up to 1300oC,after which,they are placed in a cooling chamber for 48 to 72 hours.Lastly,the final products are packaged carefully before delivered to distinct destinations.

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The picture shows how bricks were produced for the building industry.
Overall, there are a number of different stages undertaken, starting with the clay being dug, through different cutting, drying and cooling steps and culminating in packaging and delivering the final products.
The first stage of the process begins when the clay is dug up. Having been dug, it is subsequently filtered by a metal grid. After being filtered, it is then mixed with sand and water before being cut to pieces and put in the mould.
The process continues with the drying stage in order to make it easier to get in shape. After this initial drying, the product is put through a kiln and a cooling chamber to ensure that bricks are hard enough for the next stage. Finally, the end product is packaged and delivered to anywhere that needs it.

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The picture describe how brick is manufactured for the building industry.

Overall, there are number of different stages undertaken, starting with digging up the clay, through various drying and kilning stages,then packed up and delivered.

The first stage of the process begins with digging the clay with a digger. After that, the clay is filtered by a mental grid and a roller. Once the clay is rolled through sand and water, it is put to a wire cutter and cut into bricks or is put into a mould and forms into a bricks.

The process proceeds with different drying and kilning process.The bricks are put into a drying oven from 24-48 hours. Subsequently, they are kilned under a moderate temperature from 200º-980ºC, and then to a higher temperature at 870º-1300ºC and put into a cooling chamber for 48-72 hours. Lastly, all of the bricks are packed up and delivered to sellers or construction sites.

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The picture show the process of bricks making and delivering for the building industry.
Overall, there are eight stages of manufacturing bricks, starting with digging clay, through different cutting and drying steps to delivering the final products.
In the first steps, the clay is dug up by a digger and put on a roller to seperate unimportant material from the clay. After that, the clay was mixed with sand and water and put through a cutter to fit into a mould.
The process continue when the mixture of clay and sand inside each mould was put inside a drying oven from 24 - 48 hours before being move to a kiln with moderate temperature is from 200 - 980 degrees Celcius. Then the temperature increase to 870- 1300 degrees before being put into a cooling chamber. Once it is cool, take the bricks out of the chamber and package them and deliver to construcion sites.

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The provided picture illustrates the process of manufacturing bricks  for the building industry

As can be interfered from the diagram, there are a myriad of distinct stages undertaken starting with digging the clay, through a distinguishable process of heating, combining, shaping, and culminating in delivery.

The initial stage of the process begins when the clay is exploited by the digger. Having been put on the metal grid so as to eliminate insignificant material and comminute the clay, it is subsequently transferred on the roller, which is followed by mixing with water and sand.  Once the mixing is completed, this combination can be either put in the mould or go through wire cutler in order to create brick shape.

This process continues when the brick is preserved in a drying oven over the span of 24 hours to 48 hours to ensure that it can be suitably dried. Prior to being dried off, the mixture of the brick enters three machines continuously. For the first two Kalin machines, the temperature for each is heated up to moderate and high levels of 200c to 980c and 870c to 1300c respectively which enhances the rapidity of baking the clays. The products then are cooled in the cooling chamber, followed by packing and finally delivering to their destination

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The picture shows how to manufacture bricks for the construction industry.

Overall, the provided process comprises different stages, starting with the clay being dug up, through various shaping and drying steps, and culminating in packaging and delivering the final products.

As can be seen from the picture, the first stage of the process begins when the clay is dug up by a large digger. Subsequently, the collected clay is filtered on a metal grid, and then being transferred to a roller machine to continue the process. In the following steps, the processed clay is mixed with sand and water, after which it can be put in both wire cutter and mould to make the raw shape of bricks.

The process continues with the bricks being put in a drying oven and dried in 48 to 72 hours. The bricks are gone through different temperature in this stage, from moderate to high, at 200 to 980 and 870 to 1300 respectively. Having been heated, they are then stored inside the cooling chamber for up to 72 hours. Lastly, the final products are carefully packaged and distributed to the customers.

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The picture given depicts how to produce bricks that used for the building industry.
Overall, the process to manufacture bricks consists of 7 stages, starting with digging the clay, through different raw processing, shaping and heating phases, and finishing with packaging and delivering the final products.
The process begins when the clay is exploited by the digger. Subsequently, the clay is put on a metal grid and roller to be broken into small pieces, prior to being mixed with sand and water. At this stage, the mixture can be shaped by the wire cutter or the mould.

The process continues when the bricks are put into a drying oven for 24 to 48 hours, before being heated in kilns with 2 levels of temperature, from moderate level (200°C-980°C°) to high level (870°C-1300°C). After that, the bricks are cooled in the cooling chamber for 48 to 72 hours, prior to be packaged. The process ends with distributing the final products.

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The picture demonstrates how bricks are produced in a factory chain.
Overall, there are a number of different stages undertaken, starting with the underground clay being exploited, through different molding steps, and culminating in distributing to customers.
As can be inferred from the diagram, the first stage of the process begins when all the clay that is located underneath the ground is dug up by a machine digger, then is put on a roller. Having been split into sections of a rectangular grid, the clay subsequently is mixed with sand and water. In the particular phase, the mixture is either compressed into a mould or cut by thin wires so as to become a desired shape. The last step of the pre-manufacturing process is to put all the molded clay in the dryer, lasting for an estimated 24 to 48 hours.
After being dried off, the brick base mixture enter three machines continuously. For the first two, the temperature for each is heated up to moderate and high levels of 200 - 980, and 870 to 1300 degree Celcius, respectively. Meanwhile, the last machine acts as a cooling chamber, where the bricks are kept for up to three days. Once finishing the phase, the bricks are finally transfered to a packaging department, which is followed by the last step, widespreading the products to potential clients.

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the picture describes how to generate bricks so as to serve the building industry.

Overall, there are a number of different stages undertaken, beginning with the clay being dug, through various and drying steps, and culminating in packaging the final product to deliver.

The first stage of the process begins with the clay being picked up by the the digger. Having been collected, they are subsequently sorted by a metal grid, falling down on the roller prior to being transported for the next stage.

The process continues with water and sand being added to the clay in order to create a soft texture, after which the mixture then either go through a rectangular box and being cut by a wire cutter or put into a mould so as to create bricks. In the subsequent stage of the process, they are put into a drying oven for one to two days, which is followed by their being placed in the kiln at moderate level of heat and then at high level, after which they are put in the cooling chamber. Finally, the end product is packaged for delivery

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The picture describes how bricks are made and delivered to the building industry.

Overall, there are 7 stages in the process, starting with digging up the clay, through different cutting and heating steps, and ending with delivering the final products.

The first step in the process begins when the clay is dug up from the ground with the help of the digger. Subsequently, the excavated clay is put on a grid made of metal and then be rolled using the roller. In the following stage, after sand and water is added, the mixture is then shaped into the forms of brick using either the mould or the wire cutter. Once the bricks are formed, they are put into the drying oven for one to two days.

The process continues with the bricks being fired in the kiln at a moderate temperature of 200 to 980°C. After that, they are heated under a higher temperature of up to 1300°C before being cooled for another 48-72 hours. Having been cooled, bricks are now ready for packaging. The entire process ends with the delivery of bricks.

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The picture describe how bricks are manufactured for the building industry
Overall, there are a number of stages undertaken, starting with clay being digged and laid on a metal grid, it than be put through a wire cutter and dried in the oven for 1 or 2 days, and culminating in a cooling chamber, packaged and finally delivered
The first stage of the process is the clay being dug from under ground with a digger. Once the clay has been dug, it is spread evenly on a metal grid above a roller. In the following step of the process sand or water is added to the clay to create the bricks and this bricks could be formed by a mould or through a wire cutter.
Those bricks are then dried in a oven for 1 or 2 days to ensure that it's less likely to crack and speed up the process. Prior to being dried up, the bricks are heated up in a kiln starting at 200 to 900 degree celcius, the temperature with rise afterwards to around 800 to 1300 degree celcius. Finally, it is cooled down in a cooling chamber for 42 to 72 hours before packaging and deliverd to building industry or construction sights

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The given picture depicts the process of bricks manufacturing for the building industry

Overall , there are an number of various stages undertaken , starting with the clay the being digged up, through processing and different heating steps, and culminating in packaging and delivering the final products

The first stage of the process begins when the clay was first dug up. After being dug up , clays are placed on a metal grid and a roller to filter any unwanted substances.  Once it was filtered , the clay was then mixed with sand and water . Once it was mixed this substance would then be shaped into bricks by either using a wire cutter or a mould .

The process proceeds with bricks being sent to the drying oven from 1 to 2 days. After being dried , the bricks are placed into a kiln to be heated up , starting form 200 to 980 degree celcius , then it would eventually rise to around 800-1300 degree celcius. Having been heated up, the bricks are then put into a cooling chamber for a time period of 2 to 3 days . In the following stage in the process, the bricks are packaged and deliverd all over the country

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The picture shows how bricks are manufactured for the construction industry.

Overall, there are seven steps, starting with collecting clay and ending with delivering the finished products to the building industry.

The first step of the manufacturing process involved digging up the clay with the use of a digger. Subsequently, the clay is dropped on a metal grid to be strained to prepare to mix it with sand and water. The combination of sand, water, and clay is then made into shape by either being molded or cut into shape by a wire.

In the next stage of the process, the shaped clays are put in a drying oven. After being in the drying oven for 24 to 48 hours, the bricks are then put in a kiln which will warm them up moderately (from 200C to 980C). After being warmed up, the bricks are then heated up at a higher temperature (between 870C and 1300C) then moved to a cooling chamber where the hardening process of bricks will happen naturally. Once the bricks have cooled down completely, they are packaged and delivered to construction sites.

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The picture describes the process of brick manufacturing for the construction industry.

Overall, there are a number of distinct stages, which begins with clay digging, through different mixing and heating steps, and culminating in delivering the final products to the market.

The first stage of the process begins when the clay is dug with a digger, after which it is sorted out by a metal grid to break up the clay into smaller pieces. After mixed with sand and water, it is either moulded or put through a wire cutter so as to form shapes

The process proceeds with bricks dried by the drying oven for 24 to 48 hours, after which is put through a kiln, in which temperature starts for about 200 to 980 degree Celcius prior to heated up at 870 to 1300 degree Celcius. Having been baked, it is cooled down in a cooling chamber for 48 to 72 hours . Once going through the packaging process to meet up the standard of the product, it is delivered to the consumer.

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The diagram illustrates the process that is used to manufacture bricks for the building industry.