The Ways In Which The Fire Brick Manufacturing Differs From The Others

Brick Manufacturing

Fire bricks are unique in nature and it has certain qualities that stand out in the crowd. You can use fire bricks for handling stress nicely. They can be used at high temperatures for a long time. So they are used in many places that have immense temperature. The firebricks handle the heat with maximum grace. They are resistant towards thermal conductivity and this increase the energy efficiency of the fire bricks. Therefore the fire brick manufacturing is done differently from the others. The main ways in which the fire brick manufacturing is different from the manufacturing of other bricks are: the fire bricks are manufactured at high temperature – the temperature used is much higher when compared to the temperature that is used for manufacturing other kinds of bricks. The second difference between the manufacturing of fire bricks and the manufacturing of other kinds of bricks is that: fire bricks are made mostly in special kilns like Hoffman kilns – for maximum energy efficiency.

Thus the ways in which the fire brick manufacturing is different from the manufacturing of other types of bricks are:

  • Fire brick manufacturing demands very high temperatures in order to offer unique qualities to the fire bricks
  • Fire bricks are mostly made in special kilns like the Hoffman kilns for maximum energy efficiency

Fire Brick Manufacturing Demands Very High Temperatures In Order To Offer Unique Qualities To The Fire Bricks

Brick Manufacturing

Firebrick manufacturing demands very high temperature. This is for giving the fire bricks high strength. The fire bricks that are made at high temperatures are able to resist immense temperature well. They are manufactured in such a way that they are highly strong and tough – in order to resist stresses like pressure, severe climatic conditions and many more adverse factors present in the environment well. They are the strongest bricks that can be used for handling various types of pressure finely. Fire bricks suppliers in India provides you with bricks that are very tough in nature and can be used for building strong constructions & for handling situations which otherwise will be difficult to handle – by other types of bricks.

Fire Bricks Are Mostly Made In Special Kilns Like The Hoffman Kilns For Maximum Energy EfficBrick Manufacturing

The fire bricks are made out of fire clay. The fire clay is heated in kilns like Hoffman Kilns. These kilns are the specially designed ones – that help in preheating the bricks before they are really heated up with the help of the fire directly. The Hoffman Kilns have many different chambers into which the bricks are inserted. There is a common area which has the main source of fire in it. This fire keeps on heating the bricks that is present in each chamber (one by one). Certain amount of heat goes into the next chamber; even before the fire really reaches the chamber. Thus the heat is used to its maximum efficiency in the Hoffman chamber.

It is always better to use such kind of specially designed kilns while manufacturing firebricks because the fire bricks require high temperatures for its manufacturing. It will be very difficult to offer enormous amount of temperature repeatedly for manufacturing more & more firebricks. Hence the temperature that is produced inside the kilns has to be managed in such a way that even the smallest bit of energy (that is the heat energy) which is produced is used to its maximum efficiency. Fire clay bricks manufacturers in India use kilns like Hoffman kilns for offering maximum efficiency and for using minimum amount of energy for producing A-one products.

The main differences between the manufacturing of the fire bricks and the other types of bricks are: the firebricks demand high temperature – which is very much higher than the temperature that is required for manufacturing other types of bricks. The second difference is that the firebricks are mostly made in kilns like Hoffman kilns that handles heat energy efficiently (& thereby provides constant high temperatures using minimum energy resources).