In this article, we would like to describe the characteristics of dry facade execution by dry facade bricklaying.

As we have mentioned in the previous article, with the progress in the construction industry, the refractory brick production industries have also updated their products with significant improvements in recent years. One of these improvements is the dry facing refractory brick. As its name suggests, dry facade is executed in a dry form and it is called this because it does not use any cement mortar. Earthquake with the ability to replace and repair without destroying the facade, without the need to use mortar and water for implementation, and as a result, the absence of construction debris, with high and easy implementation speed, suitable insulation against atmospheric and sound conditions with the possibility of insulation Behind the facade structure, due to the necessary distance of the dry brick facade from the main structure, it can be applied on all types of facades, including glass, stone, concrete, cement, etc.

What does dry face mean?

In the past, in connecting the products to the facade of the building, other building materials such as cement and plaster were usually used, which, apart from creating construction debris, also increased the weight of the structure, and also for the technology and preparation of the above materials for implementation. The facade needed to be combined with water and produce mortar, for this reason, by removing construction materials in the connection of the facade products in the execution of the dry facade and due to the lack of mortar in this type of execution, the implementation of the dry facade was formed in the process of connecting the dry facade as in In the past, we have mentioned that special metal and brackets are used to connect the product to the building structure, and the implementation of the dry facade is formed in all types of dry facade implementations. Dry facade means connecting the product to the main body of the building structure without the need for mortar. From the implementation of dry facade, it can be refractory brick dry facade or the implementation of ceramic dry facade and even stone, but the lightness in the implementation of dry facade, as it is known, you will no longer worry about the production of construction debris resulting from the execution of the facade, while the speed of the implementation of dry facade is far It is faster and better than facades executed with mortar.

Why does the use of dry brick facade make the facade lighter?

Due to the production process of the dry facing brick, this type of brick is very light but durable, and in addition, there is no need for mortar during its implementation, and metal is used for the foundation.

What is the reason for the high speed in the implementation of the dry brick facade?

Due to the implementation on the metal structure and the lack of mortar, as well as the presence of brackets, it is much faster to install the dry brick facade.

Increase in the speed of execution of the view:

One of the main concerns of the construction industry executives and engineers is the duration of the execution time of the building facade. In the past, in order to reach the facade, it was necessary to make a suitable foundation with cement mortars, and then firebricks were placed on the mortar, and this execution process mainly took a long time. However, with the progress in firebrick production and the production of non-dry bricks, the implementation process was shortened so that by installing metal structures under the construction, the bricks are placed dry on the metal structure, which are connected to the facade by clips and special dry firebrick brackets. This has made the speed of installation and execution of the dry facade very high compared to the mortar facade, no need to use any mortar or glue to place the bricks in their place, among other features of the dry facade, no use of any mortar in the foundation. Is . Despite the creation of the infrastructure metal structure for the installation of bricks, there is no need to use mortar or glue any more, and this fact has made the strength and resistance of dry-walled structures more than the durability of the facade executed with mortar or glue.

Modern dry facades:

You know that in the initial design of a building, the facade of the building is of great importance. In fact, designing and choosing the facade is one of the most important parts of building construction. Many things should be considered in the design of a basic dry facade, such as the beauty of the dry facade, the materials required for the implementation of the dry facade, the costs of the implementation of the dry facade, the durability and stability of the dry facade, how and when to implement the dry facade with the advancement of technology and the modernization of the architectural industry. Decoration and building industry, building facades and its implementation have also undergone changes, among these changes, we can mention the methods of dry facade implementation. This method has become very popular due to its advantages. And the facades of the buildings have been transformed into modern facades, especially in cases where dry facades are executed with dry brick facades, because despite the use of dry firebricks in the facade of the building and the implementation of dry facades, you have achieved the idea of modern traditional architecture. Therefore, architects And designers have greatly welcomed dry brick with fireproof bricks in the implementation of modern dry facade, some of the fasteners used to hold fireproof bricks are not visible from the outside of the building. It was a long execution and other problems that existed in the execution of the facade in a traditional way such as a mortar facade. One of the significant problems of this method was the falling of the facade due to several factors in the execution of the mortar facade. With the advancement of production and technology, the products used in the facade of buildings went towards modernization and new products were produced for the facade. In the mortar system, there are limitations for choosing materials.