The diagram below shows the process by which bricks are manufactured for the building industry

The diagram below shows the process by which bricks are manufactured for the building industry. Summarise the information by selecting and reporting the main features, and make comparisons where relevant. Write at least 150 words hay nhất giúp bạn có thêm tài liệu tham khảo để viết bài luận bằng Tiếng Anh hay hơn.

Đề bài: The diagram below shows the process by which bricks are manufactured for the building industry. Summarise the information by selecting and reporting the main features, and make comparisons where relevant. Write at least 150 words.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 1

The given diagram shows different stages of brick manufacturing for the building industries. Generally speaking, brick production involves 7 steps, starting from the digging stages and ending at the delivery stage.

As is given in the graph, the first step of brick manufacturing is digging the clay with a large digger. This clay is then filtered and processed in a roller machine and then mixed with sand and water. In the third stage, the mixture is either kept in a mould or cut in a wire cutter to make the raw shape of the bricks. In the next step, the shaped raw bricks are dried for 24 to 48 hours in a drying oven. After that, the dried raw bricks are kept in a kiln, both in moderate and high temperature, up to 1300 degree centigrade and then placed in a cooling chamber for about 48 to 72 hours. This process makes the brick to be packed and delivered in the final two steps. The delivery process is the final process of brick manufacturing and as it is noted, brick making is a moderately complex process that requires some predefined work to make it usable.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 2

The diagram gives information about the manufacturing process of construction bricks. Overall, brick manufacturing requires some controlled stages and complex equipment.

To begin with, the clay is collected by a digger machine and then the clay is passed through a metal grid to grind them. The smashed clays are transported to a roller and sand and water are mixed with this. The mixture later either moves through a brick cutter, which shape of bricks, or is placed into a mould in which the shape of a brick is formed. Afterwards, these brick-shaped parts are put into a drying oven and stay there for 24 to 48 hours. Next, they are transferred to the first kiln for heating, whose temperature is moderate, 200 to 980 C. After this, they are heated in the second kiln under the high temperature from 870-1300C. Subsequently, in a cooling chamber, they are cooled for two to three days before they are packaged and delivered to the construction sites.

To summarise, the whole process consists of generally seven steps during which the raw material is dried, heated, cooled and packaged.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 3

The diagram illustrates the brick manufacturing process in an orderly manner starting from the digging of clay. As is seen in the given illustration, brick manufacturing is a complex process and involves 7 stages until they are ready to be sold in the market.

The process is initiated by digging clay with the help of a heavy machinery digger. This clay is then refined through the metal grid which throws the refined clay on the rollers. Sand and water are mixed, and this mixture is either moulded or cut using a wire cutter to give the bricks a raw shape. These bricks are put in a drying oven for one to two days. The dried bricks are then passed to kilns with moderate (200 to 980 degree C) and high temperature (870 to 1300 degree C) and finally placed in a cooling chamber for 48-72 hours. After cooling down the bricks, they are placed on a pallet for packaging and to be loaded on a lorry for delivery.

In conclusion, the process of manufacturing bricks is a complex process which passes through several stages before the bricks are ready to be used.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 4

The diagram illustrates the process by which bricks are manufactured for construction purposes. In general, it can be seen that there are seven main stages in the process, starting with the preparation of clay and culminating in the delivery stage.

To initiate the process, clay is excavated from the ground using a big digger. It then passes through a metal grid before moving to a roller where it is mixed with sand and water. At the following stage, the clay can be moulded into bricks using two methods: placement in a mould or utilization of a wire cutter.

In the fourth phase of the process, the clay bricks are positioned within a drying oven for a duration of one to two days. Following this, they undergo heating in a kiln, initially at a moderate temperature ranging from 200 to 980 degrees Celsius, then at an elevated temperature of up to 1300 degrees Celsius, preceding a period of two to three days within a cooling chamber. The final step is that the completed bricks are packaged and transported.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 5

The diagram explains the way in which bricks are made for the building industry. Overall, there are seven stages in the process, beginning with the digging up of clay and culminating in delivery.

To begin with, the clay used to make the bricks is dug up from the ground by a large digger. This clay is then placed onto a metal grid, which is used to break up the clay into smaller pieces. A roller assists in this process.

Following this, sand and water are added to the clay, and this mixture is turned into bricks by either placing it into a mould or using a wire cutter. Next, these bricks are placed in an oven to dry for 24 – 48 hours.

In the subsequent stage, the bricks go through a heating and cooling process. They are heated in a kiln at a moderate and then a high temperature (ranging from 200c to 1300c), followed by a cooling process in a chamber for 2 – 3 days. Finally, the bricks are packed and delivered to their destinations.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 6

The process by which bricks are manufactured for the building industry can be outlined in seven consecutive steps.

First the raw material, clay, which lies just below the surface of soil in certain clay-rich areas has to be dug up by a digger. Then, the lumps of clay are placed on a metal grid in order to break up the big chunks of clay into much smaller ones, which fall through the metal grid onto a roller, whose motion further separates the bits of clay. Sand and water are added to make a homogeneous mixture, which is then either formed in moulds or cut into brick-shaped pieces by means of a wire cutter.

Those fresh bricks are then kept in a drying oven for at least 24 and a maximum 48 hours, several dozens if not hundreds of bricks at a time. The dried bricks are then transferred to a so-called kiln, another type of high temperature oven. First, they are kept at a moderate temperature of 200-980 degrees Celsius, then at a high temperature of 870-1300 degrees Celsius. This process is followed by cooling down the finished bricks for 48 to 72 hours in a cooling chamber.

Once the bricks have cooled down and have become hard, they get packaged and delivered to their final destination, be it a building site or storage.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 7

The diagram explains how bricks are made for making different kinds of buildings or structures. The first phase involves looking for raw materials, usually clay, and dug out of the earth. Next, the clay is brought into the factory and is passed through a wire mesh. It breaks up the big chunks of clay into smaller ones. It now becomes easier to give the desired shape. Additional products are added to the tiny lumps of clay which mainly involve sand and water. After adding sand and water, the final mixture can be used for two different purposes. Firstly, it can be used for making bricks involving cutting the semi-solid mix with a wire cutter. Secondly, the same mixture is also used for making molds.

The next step is significant since it helps retain the shape given to the bricks or molds in the previous actions. The semi-solid bricks and molds are dried in a drying oven for 24 to 48 hours. This prepares them for the next step, which involves intense heating for many hours. After the drying process, the bricks and molds are placed in a brick kiln where they are subjected to a moderate temperature ranging between 200 degrees Celsius to 900 degrees Celsius. However, the heating process doesn't end here, and now they are subjected to intense temperatures ranging between 870 degrees Celsius and 1300 degrees Celsius. Finally, the heating process comes to an end with a cooling period of 48 to 72 hours. Now, they are hard and ready for packaging.

Upon the end of the cooling period, the bricks are packed in a square formation, which prevents them from getting damaged, and at the end, trucks are used for delivering them to their destination.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 8

The manufacturing of bricks is a simple yet intense heating cooling and finally packaging them for the building industry. The process starts when a digger digs big chunks of clay from a mining site. These chunks are the raw materials with what bricks are primarily made. Next, after digging, they are brought into the factory, where they are passed through a wire-mesh. This helps to divide them into powdered granules, subsequently making them suitable for mixing and adding other similar raw materials. These other raw materials include sand and water. After thorough mixing and turning them into a semi-solid mixture, they are shaped according to different requirements. There are different demands, but the primary demand is bricked. Some of the clay is also shaped in the form of molds which make up the additional demands. This completed the first line of production.

The following production line includes modifying the bricks and taking them from the semi-solid stage to a tough form. Both bricks and molds are placed in a drying room where they are kept for as long as 24 to 48 hours to thoroughly dry them and bring out any instances of moisture from them. This step also prepares the bricks and molds for the high temperatures in the heating oven. After completely dried, the bricks and molds are taken from the drying chamber to the heating ovens. Here, the heating process is divided into two phases. The first phase includes moderate heating, and a very high-temperature environment follows it. The chamber where this entire process takes place is called the kiln. In this kiln, the bricks and molds are subjected to a temperature of 200 degrees Celsius to 900 degrees Celsius for the first phase. After this process, the kiln's temperature is gradually increased until it reaches the temperature range of 870 degrees Celsius to 1300 degrees Celsius. This makes them permanently hard, but the entire process is not completed until they are given the appropriate time for cooling. This cooling session goes on for 48 to 72 hours.

Finally, the bricks are packaged and delivered to the desired destination for use.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 9

The above diagram explains the multiple steps in manufacturing bricks for making houses, offices, and other permanent infrastructures like stations and airports. Bricks are hard entities, but their journey starts from a raw material known as clay, usually dug out of the earth. Initially, they are dug out in chunks and are not suitable for making bricks. Subsequently, when they are brought into the factory for processing, they are broken down into small manageable bits using a wire mesh, and the small granules fall onto a conveyor belt. However, clay alone cannot make hard bricks. The factory adds sand and water to the clay, and a mixture is formed. This mixture takes a semi-solid form and is usually cut into and shaped into bricks using a wire cutter. Some of the mixtures are also reserved for making squared hollow molds.

These wet but semi-solid products are now placed in a drying oven for an extended period of 24 to 48 hours. Only after the drying process is completed, the dried bricks and molds are placed in a Kiln. A Kiln is a particular type of heating oven where high temperatures are achieved and used to harden the bricks and molds permanently. So, in this step, the dried products are placed in the kiln and are subjected to two phased temperatures. The first phase involves a temperature between 200-900 degrees Celsius, while the second phase involves a higher range of 870-1300 degrees Celsius. The first phase is the moderate phase, and the second phase is the high phase. The next step that follows the super-heated bricks and molds are placed in a cooling chamber for heat dissipation. The cooling usually takes a minimum of 48 hours and can sometimes go up to 72 hours.

After the cooling is completed, the bricks are ready for packaging. Finally, the packages are taken out of the factory in trucks to their final destination.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 10

The process diagram illustrates the steps involved in the production of bricks that are normally utilized in constructing various structures like houses and buildings. The entire process mainly consists of four different steps.

First of all, the soft clay is dug from the ground with the help of a manually operated digger. This clay is then sifted through a metal grid onto a roller to get rid of rocks and debris. After that, water and sand are mixed with clay, and bricks are formed by placing the mixture in moulds or by cutting them with a wire cutter. Next, the bricks are dried in an oven for 24-48 hours, before baking them in a kiln, first at moderate temperature of 200-980C followed by an extremely high temperature of 870-1300C. They are further cooled for 48-72 hours in the cooling chamber, and are later packed and loaded in trucks, thus, preparing them for delivery to different places.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 11

The diagram delineates data regarding how bricks are produced in the industry of construction.

Overall, there are a total of 3 main stages, namely digging, processing and processing and packaging, which include seven sub-stages. In addition, the second is the core phase, where the bricks are formed physically and by heat.

First and foremost, clay collected by a digging machine is filtered with a metal grid on a roller machine and mixed with sand and water. In the third stage, this mixture is either kept in a wire cutter or mould to make the shape of bricks.

Secondly, the accumulated bricks undergo a drying process from 24 to 48 hours in an oven before being contained in a kiln at both moderate and high temperatures ranging from 200C to 1300C and ending up in a cooling chamber for another 48 – 72 hours. Finally, the complete bricks are packaged for delivery.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 12

The diagram illustrates the process of making bricks for building purposes.

Overall, there are seven main steps in the process of brick manufacturing, beginning with the preparation of clay and ending at the delivering stage.

In the first stage of the process, clay is first dug out of the ground. This clay is then placed onto a metal grid and put through a roller which breaks it into small chunks. After that, the clay is mixed with sand and water, and the resulting mixture is either put in a mould or cut by a wire cutter to make well-shaped bricks.

In the fourth stage of the process, the bricks are laid in a drying oven for one or two days. The dried bricks are then heated in a kiln, first at a moderate temperature (200 to 980 degrees), then at a high temperature up to 1300 degrees. Following this, the bricks are cooled for two or three days before being packaged and transported by a truck to different places.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 13

The diagram illustrates different stages in the process of manufacturing bricks from the digging step to delivery.

At the beginning of the process, clay is dug from the ground. Then, the clay is put through a metal grid, and it passes onto a roller where it is mixed with sand and water. After that, the clay can be shaped into bricks in two ways: either it is put in a mould, or a wire cutter is used.

At the fourth stage in the process, the clay bricks are placed in a drying oven for one to two days. Next, the bricks are heated in a kiln at a moderate temperature (200 – 900 degrees Celsius) and then at a high temperature (up to 1300 degrees Celsius), before spending two to three days in a cooling chamber. Finally, the finished bricks are packaged and delivered to be sold in the market.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 14

The above diagram illustrates the production of bricks in the construction industry. Overall, there are seven steps to the operation, commencing with the excavation of clay and concluding in the delivery of finished bricks.

To start off the process, a digger is used to retrieve clay from the ground. This clay is then put on a metal grid, thus breaking it down into many smaller pieces that are caught by a roller. Next, salt and water are added to the mixture, creating a mixture that will either be placed into a mould, or a wire cutter. In both cases, the final products formed are bricks that are then left to dry in a drying oven for one to two days.

Following this, the bricks undergo a heating and cooling procedure. In a kiln, they are first heated up to a moderate temperature (between 200°C and 980°C) and then high temperature (between 870°C and 1300°C). Finally, they are left in a cooling chamber for two to three days before the packaging and delivery of the finished products.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 15

The information illustrated in the pictorial representation gives insight into the step-by-step procedure followed for bricks building process for the construction businesses.

To begin with, the process starts with digging of clay, a special type of mud which is sticky in nature and is used for pottery and making other things, by the digger. The clay dug from earth is passed over to a metal grid over a roller, to filter out the fine material from the raw stuff. The material obtained is mixed with sand and water before passing through the molding process, which shapes them into the structure of bricks. Each brick is separated from the other one, coming out of the mold, with the help of a wire cutter.

In the further process, the bricks are collectively kept in a drying oven for 24 to 48 hours, to take out any extra moisture. After the drying process, the bricks are kept in two different chambers of different temperature ranges. The temperatures in those kilns vary from 200 degrees to 1300 degrees centigrade. Once the heating process is over, then the bricks are allowed to cool down for 48 to 72 hours before being sent for packing and further for delivery to required sites.

Overall, the process of bricks making is a collection of several steps and all steps are so interlinked with each other that any lapses in one can ruin the quality of the final product.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 16

The diagram depicts the procedure by which bricks are produced for the building industry. Overall, the process from digging out the clay to delivery takes five steps.

The first stage is the clay being excavated by the digger tractor; the next stage is being transferred to a metal grid, where it sieves and lands on a roller. The sand is then mixed with water to form bricks; it can be done in two ways. The first is by using a mold, and the other is by using a wire cutter.

Afterward, the bricks are placed in rows inside a drying oven, where it is kept between twenty-four hours to forty-eight hours. The next process would be placing these bricks in a kiln where the temperatures are set from moderate (200c-980c) to high (870c-1300c).

Following the heating process is the cooling process, where the bricks are placed in a cooling chamber for 48 to 72 hours, and then they are removed for packaging before being sent out for delivery.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 17

The diagram illustrates the process by which bricks are produced for the construction industry.

Overall, it is evident that it involves seven stages ranging from using the dagger to piece the clay to the last stage, where the bricks are delivered.

To begin, dagger is used to pierce the clay, after which it is then transferred to a metal gold, where it is rolled by a roller to make it smoother. Afterward, sand and water are mixed with the smooth clay, and they are all poured into a wire cutter or a mold to give it a perfect rectangular shape.

Furthermore, the bricks are dried in the drying oven for about 24 to 48 hours. Then, it is brought to a cooling chamber using a medium or high cooling system, which stays for about 48 to 72 hours. Once it is cooled, it then package and get ready to be delivered.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 18

The diagram demonstrates how the bricks are produced for the construction industry.

Looking from an overall perspective, it is readily apparent that there are a total of seven steps regarding the bricks production process. The process commences with the clay being dug up from the ground and culminates with the delivery of the final products to customers.

At the beginning, a large digger is deployed to extract clay underneath the surface. It is then transferred to the metal grid to be sieved and removed of unwanted materials, while a roller assists this stage. After sand and water are added, either a wire cutter or a mould can be used to form a rectangular shape for the bricks.

In the following stage, the bricks are transported to an oven to be dried for about one to two days. They are subsequently transferred to the kiln where they are heated at moderate temperatures, ranging from 200 to 980 degrees. Before being cooled in a chamber for two to three days, the bricks continue to be heated at higher temperatures of around 870 to 1300 degrees. The final stage ends with the packaging of bricks, after which they are then transported to needed locations.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 19

The provided process diagram intricately outlines the multifaceted steps the building industry undertakes in order to produce bricks.

The overall process comprises three stages: the initial procurement of raw materials, the actual production phase, and finally, packing and delivering the end product.

The entire process is initiated with the excavation of clay using a digger. A metal grid filters the clay, and a roller moves the fine clay for mixing, where the clay is blended with sand and water. Bricks are made at this stage through the utilisation of either a wire cutter or a mould. The bricks are then sent to an oven for drying.

After 24 to 48 hours of baking in the drying oven, the bricks undergo further processing in a kiln; first, at temperatures ranging from 200 to 980 degrees Celsius followed by high temperatures ranging from 870 to 1300 degrees Celsius. Once the baking is finished, the bricks are cooled down in a chamber for 2 to 3 days. After cooling, the bricks are packed and delivered in a truck.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 20

The given diagram illustrates the process of making bricks. There are seven stages involved in the brick production, starting with the clay being collected and ending with the product delivery.

At the beginning of the process, clay is dug out of the ground by diggers. The clay collected is then filtered through metal grids down to rollers which are placed right beneath. After that, the clay is mixed with sand and water. The mixture can be either put in wire cutters or shaped in the moulds to form bricks.

The process continues with the bricks being dried in drying oven for one or two days. Subsequently, the bricks are heated in two different kilns at different temperatures, firstly at moderate temperature (200°C – 980°C) and then at high temperature (870C – 1300°C) before being cooled down in cooling chambers for two or three days. At the following stages, the bricks are ready to be packaged and delivered by trucks.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 21

The process by which brick manufacturing bricks are manufactured for the building industry can be outlined in seven consecutive steps. First the raw material, clay, which lies just below the surface of soil in certain clay-rich areas has to be dug up by a digger.

Then the lumps of clay are placed on a metal grid, in order to break up the big chunks of clay into much smaller ones, which fall through the metal grid onto a roller, whose motion further segregates the bits of clay. Sand and water are added to make a homogenous mixture, which is then either formed in moulds or cut into brick shaped pieces by means of a wire cutter.

These fresh bricks are then kept in a drying oven for at least 24 and a maximum of 48 hours, several dozens if not hundreds of bricks at a time. The dried bricks are then tranferred to a so-called kiln, another type of high temperature even. First, they are kept at a moderate temperature of 200-980°C, then at a high temperature of 870-1300°C. This process is followed by cooling down the finished bricks for 48 to 72 hours in a cooling chamber.

Once the bricks have cooled down and have become hard, they get packaged and delivered to their final destination, be it a building site or storage.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 22

This diagram shows how bricks are made. The process involves seven main steps, starting with clay in the ground and finishing with a batch of newly made bricks being delivered to a customer.

First, a digger extracts a large amount of clay from a pit in the ground. Using a metal grid and a roller system, big chunks of clay are sorted and broken down into smaller pieces, which are then mixed with sand and water. Once that is done, the mixture is formed into the correct shapes with either a mould or a wire cutter.

The bricks then spend one to two days drying off in an oven before being moved through a series of very hot kilns: the first one bakes the bricks at temperatures between 200 and 980ºC, and the second is even hotter, at 870 to 1300ºC. The longest step so far comes next: the bricks go through a two-to-three-day cooling process before they can finally be packed on to skids and delivered to wherever they’re needed.

The diagram below shows the process by which bricks are manufactured for the building industry - mẫu 23

The diagram shows the way in which bricks are manufactured for construction purposes. Overall, the process consists of seven stages, beginning with digging up the clay and ending with the final product’s delivery.

In the first stage, the clay is dug up from the underground using a huge digger that is then placed on a metal grid on the roller, which shreds the clay into smaller pieces. Following this, it involves adding sand and water to the clay mixture then it can be either placed in a mold or wire cutter to obtain bricks.

In the next stage, these bricks are placed in the drying oven for about one to two days. Once the bricks are dry, they undergo heating and cooling treatment. This is done by heating moderately and then at high temperature (ranging between 200° and 1300°) in the kiln and subsequently transferring to the cooling chamber for 48 – 72 hours. Finally, the bricks are packed and delivered to their destinations.

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