There are three types of Interlock Bricks and they are:- Mud, Cement\/Concrete, and Fly Ash.<\/p>\n
Strong, high-quality bricks can be carefully made by choosing the right raw ingredients\/materials including clay, lime, gypsum, cement etc.<\/p>\n
Interlocking bricks production can be manual and semi-automated, which has enhanced the overall quality of the finished goods.<\/p>\n
Increased manufacturing capacity has also been obtained by using semi-automatic hydraulic equipment’s.<\/p>\n
By switching out the moulds on a single machine, several Interlock brick sizes can be manufactured.<\/p>\n
To get the necessary qualities, newly created bricks must always be carefully stacked and cured.<\/p>\n
Interlock Bricks with good strength are produced with the help of proper block spacing, regular water curing, and prompt covering of stacks.<\/p>\n
In addition, the production of Interlock bricks using machine-based hydraulic compression processes provides high quality then regular bricks and uses less energy than producing an equivalent volume of burnt clay bricks.<\/p>\n
Dolfix Mud Interlock Bricks Manufacturing process<\/h2>\n
The Dolfix Mud Interlock bricks are among the most cutting-edge building materials available today. Since they are thermally radiating, the room is kept cold.<\/p>\n
This bricks are durable and can support a great deal of weight. As a result, they can be used to construct multi-story buildings (No limitation on floors with pilers or frames) or load-bearing structures (Max G+2).<\/p>\n
Mud is a traditional building material that is available everywhere in the world. It is crucial to choose the right clay and create the right mix in order to improve brick quality.<\/p>\n
Dolfix interlock bricks manufacturing team finds and use the best quality laterite mud for their Interlock bricks production.<\/p>\n
![\"dolfix](\"https:\/\/dolfix.com\/blogs\/wp-content\/uploads\/2023\/06\/download.jpg\" "\\"\\"")
Interlock Bricks Manufacturing process<\/p><\/div>\n
Mixing Process<\/strong><\/h3>\nLarge vertical silos are typically used to store Portland cement in order to keep it dry.<\/p>\n
The process of production begins with the necessary amount of raw materials i.e. laterite soil\/mud, gravel, and cement, being transferred into a weigh batcher machine.<\/p>\n
A conveyor belt is used to carry literate clay soil, gravel, water and cement into the mixture machine.<\/p>\n
The mixture is mixed using a stationary mixer for many minutes.<\/p>\n
A pan mixer and a planetary mixer are the two types of mixers which are commonly used.<\/p>\n
Production Process<\/strong><\/h3>\nWhen the mixing is finished, it is poured into an inclined conveyor and transported to the mud interlock bricks production machine.<\/p>\n
Once it has been transported, the mixing cycle starts over.<\/p>\n
The mud interlock bricks manufacturing machine will pour the mud into the mould and compress it to make the interlock bricks.<\/p>\n
Curing and Drying Process<\/strong><\/h3>\nInterlock bricks are transported in pallets and put on a curing rack by an automatic stacker. Each rack can accommodate hundreds of Interlock bricks.<\/p>\n
The curing process will happen for 7 days after that the bricks are left in the sunlight to naturally dry.<\/p>\n
Manufacturing process of Cement\/Concrete interlock bricks<\/h2>\n
Crusher dust, regular Portland cement, aggregate, and water are mixed and compressed to create cement\/concrete interlocking bricks.<\/p>\n
![\"dolfix](\"https:\/\/dolfix.com\/blogs\/wp-content\/uploads\/2023\/06\/download-1.jpg\" "\\"\\"")
Cement Interlock Bricks<\/p><\/div>\n
Mixing Process<\/strong><\/h3>\nLarge vertical silos are typically used to store Portland cement in order to keep it dry.<\/p>\n
The process of production begins with the necessary amount of raw materials i.e. m-sand, metal, and cement, being transferred into a weigh batcher machine.<\/p>\n
A conveyor belt is used to carry literate m-sand, matel, water and cement into the mixture machine.<\/p>\n
The mixture is mixed using a stationary mixer for many minutes.<\/p>\n
A pan mixer and a planetary mixer are the two types of mixers which are commonly used.<\/p>\n
Production Process<\/strong><\/h3>\nWhen the mixing is finished, it is concrete mixture is poured into an inclined conveyor and transported to the concrete interlock bricks production machine.<\/p>\n
Once it has been transported, the concrete mixing cycle starts over.<\/p>\n
The concrete interlock bricks manufacturing machine will pour the concrete mixture into the mould and compress it to make the concrete interlock bricks.<\/p>\n
Curing and Drying Process<\/strong><\/h3>\nInterlock bricks are transported in pallets and put on a curing rack by an automatic stacker. Each rack can accommodate hundreds of Interlock bricks.<\/p>\n
The curing process will happen for 7 days after that the bricks are left in the sunlight to naturally dry.<\/p>\n
Manufacturing process of Fly Ash interlock bricks<\/h2>\n
The primary energy source in thermal power plants is coal, and the ash that results from burning it is collected as fly ash in an electrostatic precipitator.<\/p>\n
When the mixing is finished, it is poured into an inclined conveyor and transported to the mud interlock bricks production machine.<\/p>\n
Once it has been transported, the mixing cycle starts over.<\/p>\n
The mud interlock bricks manufacturing machine will pour the mud into the mould and compress it to make the interlock bricks.<\/p>\n
Curing and Drying Process<\/strong><\/h3>\nInterlock bricks are transported in pallets and put on a curing rack by an automatic stacker. Each rack can accommodate hundreds of Interlock bricks.<\/p>\n
The curing process will happen for 7 days after that the bricks are left in the sunlight to naturally dry.<\/p>\n
Manufacturing process of Cement\/Concrete interlock bricks<\/h2>\n
Crusher dust, regular Portland cement, aggregate, and water are mixed and compressed to create cement\/concrete interlocking bricks.<\/p>\n
Cement Interlock Bricks<\/p><\/div>\n
Mixing Process<\/strong><\/h3>\nLarge vertical silos are typically used to store Portland cement in order to keep it dry.<\/p>\n
The process of production begins with the necessary amount of raw materials i.e. m-sand, metal, and cement, being transferred into a weigh batcher machine.<\/p>\n
A conveyor belt is used to carry literate m-sand, matel, water and cement into the mixture machine.<\/p>\n
The mixture is mixed using a stationary mixer for many minutes.<\/p>\n
A pan mixer and a planetary mixer are the two types of mixers which are commonly used.<\/p>\n
Production Process<\/strong><\/h3>\nWhen the mixing is finished, it is concrete mixture is poured into an inclined conveyor and transported to the concrete interlock bricks production machine.<\/p>\n
Once it has been transported, the concrete mixing cycle starts over.<\/p>\n
The concrete interlock bricks manufacturing machine will pour the concrete mixture into the mould and compress it to make the concrete interlock bricks.<\/p>\n
Curing and Drying Process<\/strong><\/h3>\nInterlock bricks are transported in pallets and put on a curing rack by an automatic stacker. Each rack can accommodate hundreds of Interlock bricks.<\/p>\n
The curing process will happen for 7 days after that the bricks are left in the sunlight to naturally dry.<\/p>\n
Manufacturing process of Fly Ash interlock bricks<\/h2>\n
The primary energy source in thermal power plants is coal, and the ash that results from burning it is collected as fly ash in an electrostatic precipitator.<\/p>\n
Cement Interlock Bricks<\/p><\/div>\n
Mixing Process<\/strong><\/h3>\nLarge vertical silos are typically used to store Portland cement in order to keep it dry.<\/p>\n
The process of production begins with the necessary amount of raw materials i.e. m-sand, metal, and cement, being transferred into a weigh batcher machine.<\/p>\n
A conveyor belt is used to carry literate m-sand, matel, water and cement into the mixture machine.<\/p>\n
The mixture is mixed using a stationary mixer for many minutes.<\/p>\n
A pan mixer and a planetary mixer are the two types of mixers which are commonly used.<\/p>\n
Production Process<\/strong><\/h3>\nWhen the mixing is finished, it is concrete mixture is poured into an inclined conveyor and transported to the concrete interlock bricks production machine.<\/p>\n
Once it has been transported, the concrete mixing cycle starts over.<\/p>\n
The concrete interlock bricks manufacturing machine will pour the concrete mixture into the mould and compress it to make the concrete interlock bricks.<\/p>\n
Curing and Drying Process<\/strong><\/h3>\nInterlock bricks are transported in pallets and put on a curing rack by an automatic stacker. Each rack can accommodate hundreds of Interlock bricks.<\/p>\n
The curing process will happen for 7 days after that the bricks are left in the sunlight to naturally dry.<\/p>\n
Manufacturing process of Fly Ash interlock bricks<\/h2>\n
The primary energy source in thermal power plants is coal, and the ash that results from burning it is collected as fly ash in an electrostatic precipitator.<\/p>\n
When the mixing is finished, it is concrete mixture is poured into an inclined conveyor and transported to the concrete interlock bricks production machine.<\/p>\n
Once it has been transported, the concrete mixing cycle starts over.<\/p>\n
The concrete interlock bricks manufacturing machine will pour the concrete mixture into the mould and compress it to make the concrete interlock bricks.<\/p>\n
![\"dolfix](\"https:\/\/dolfix.com\/blogs\/wp-content\/uploads\/2023\/06\/interlocking-bricks-500x500-1-300x220.webp\" "\\"\\"")