High quality unburned brick making machine with one year warranty
1. Machine Introduce
In today's field of building materials production, unburned brick machines are playing an increasingly important role.
Unburned brick machines are excellent in environmental protection. The traditional production process of sintered bricks requires a large amount of coal and other energy, and emits a large amount of pollutants and greenhouse gases. The production process adopted by the unburned brick machine does not require sintering, which greatly reduces energy consumption and environmental pollution. It uses waste slag, fly ash, construction waste and other waste as raw materials, realizes the recycling of resources, and makes positive contributions to sustainable development.
In construction projects, bricks produced by unburned brick machines have good performance. These bricks have high strength, good durability, regular size, and can meet the requirements of various building structures. Whether it is a residential building, commercial building or industrial plant, unburned bricks can provide reliable support and protection. At the same time, unburned bricks can be customized according to different needs to meet the diverse requirements of architectural design.
In infrastructure construction, unburned brick machines also show their prowess. In projects such as roads, bridges, and water conservancy projects, unburned bricks can be used for paving roads, building slope protection, and building retaining walls. Its stable performance and good durability can ensure the long-term safe operation of infrastructure.
In addition, the application of unburned brick machines has also promoted the development of rural construction. In rural areas, unburned bricks can be used to build houses, biogas tanks, livestock pens, etc. to improve local living conditions. At the same time, using local waste to produce unburned bricks can also reduce construction costs and improve resource utilization efficiency.
In short, unburned brick machines have been widely used in construction, infrastructure construction and rural development with their environmental protection, high efficiency and high quality, and play an important role in promoting the sustainable development of the economy and society.
The following raw materials are usually used to produce unburned bricks:
1.1.Waste slag
1). Fly ash: It is fine ash collected from the flue gas after coal combustion. It has potential activity and can react with water and alkaline substances under certain conditions to produce strength.
2). Slag: Waste slag discharged from industrial production, such as blast furnace slag. After treatment, it can be used as a raw material for unburned bricks, which can improve the strength and durability of bricks.
1.2. Construction waste
1). Waste concrete: Concrete blocks produced during the demolition of buildings can be used as aggregates for the production of unburned bricks after crushing, screening and other treatments.
2). Brick and stone fragments: Brick and stone fragments after the demolition of old buildings can be used as a partial substitute for aggregates.
1.3. Sand
1). River sand: The particles are relatively uniform and the mud content is relatively low. It is one of the commonly used aggregates. However, excessive exploitation of river sand will cause damage to the environment. It can be used in combination with other aggregates appropriately.
2). Machine-made sand: It is made by crushing rocks. By adjusting the crushing process, its particle grading and fineness modulus can be controlled to meet the requirements of unburned brick production.
1.4. Cement
Ordinary silicate cement is an important cementitious material in the production of unburned bricks. After it is mixed with other raw materials, it undergoes hydration reaction under certain conditions to make the bricks strong.
1.5. Other additives
Coagulants, curing agents, etc. are used to enhance the strength and performance of unburned bricks.
2. Machine Parameter
| Model |
SC2-45 |
SC3-45 |
SC4-35 |
SC4-30 |
SC4-40 |
| Molding time |
45s |
45s |
35s |
35s |
35s |
| Power |
1.1KW /electric |
1.1KW /electric |
4.8KW /electric |
6.3KW /electric |
7.5KW /electric |
Daily Capacity
/8H |
Standard bricks 240*53*115mm 3600 pieces
Hollow bricks 390*190*190mm 600 pieces |
Standard bricks 240*53*115mm 8000 pieces
Hollow bricks 390*190*190mm 1000 pieces |
Standard bricks 240*53*115mm 15000 pieces
Hollow bricks 390*190*190mm 2400 pieces |
Standard bricks 240*53*115mm 15000 pieces
Hollow bricks 390*190*190mm 2400 pieces |
Standard bricks 240*53*115mm 20000 pieces
Hollow bricks 390*190*190mm 3200 pieces |
| Plate size |
/ |
/ |
850*550*30 |
850*550*30 |
850*550*30 |
| Size |
900*700*1100mm |
1100*1050*1300mm |
1250*1350*1550mm |
1250*1350*1550mm |
1500*1300*1800mm |
| Weight |
200Kg |
300Kg |
750Kg |
800Kg |
1100Kg |
| Operator |
1~2 people |
1~2 people |
2~3 people |
2~3 people |
2~3 people |
In addition to the electric model, there are also diesel engine models, hydraulic models and other models to choose from. Welcome to consult for free
3. Machine Picture
){kind=link}