Fully Automatic Cement Brick Making Machine

Langfang Nianpeng Mechanical Equipment Processing Co., Ltd. is one of the most reliable manufacturers and suppliers of fully automatic cement brick making machine in China. If you're going to buy high quality fully automatic cement brick making machine, welcome to get pricelist and quotation from our factory. For price consultation, contact us.

 

 

 

1.  Choose a brand manufacturer. Excellent product quality and perfect after-sales service are a strong guarantee for project production;

2.  Check whether the brick machine manufacturer has a complete processing system. Some brick machine manufacturers purchase equipment from outside, and the quality of equipment and service process cannot be guaranteed;

3.  Check the advanced level of the brick machine manufacturer's processing equipment. The advanced level of processing equipment directly reflects the quality of the brick machine and is strong support for the production and operation of brick machine enterprises;

4.  Check whether the parts of the brick machine manufacturer have been strictly processed. For example, heat treatment can increase the life of the brick machine, and details determine the quality;

5.  Check whether the raw materials and accessories of the brick machine manufacturer are reliable brands. This will directly affect the quality and service life of the brick machine;

6.  Check whether the workshop management of the brick machine manufacturer is strictly by 6S management. This is a direct reflection of the manufacturer's refined management level.

 

 

Name	Draft	Dimension	Per molding	Forming cycle	Daily production (10 hours)
Index brick		240*115*53(mm)	51 pieces/mold	13 seconds. -18 seconds	100000-140000 block
Perforated brick		240*115*90(mm)	24pieces/mold		48000-66000 block
Hollow block		390*190*190(mm)	10 pieces/mold		20000-27000 block
Dutch brick		200*100*60(mm)	35 pieces/mold		70000-96000 block

 

 

The fully automatic cement brick-making machine is mechanical equipment that uses stone powder, sand, industrial waste slag, slag, etc. as raw materials for brick-making, and adds cement to produce bricks and tiles. By changing the mold, different types of bricks such as tiles, blocks, bread bricks, Dutch bricks, and slope protection bricks can be made.

 

The brick-making machine uses sand, industrial waste slag, slag, and slag as raw materials for road bricks. A small amount of cement is added and pressed into shape by the curbstone machine. It can also be changed by changing the mold to make different types of road bricks, colored bricks, curbstone bricks, lawn bricks, permeable bricks, special-shaped bricks, etc. It is suitable for the paving of roads, highways, squares, and roads, improving the urban ecological environment, beautifying the urban environment, and protecting water and soil from loss.

 

 

Name	Draft	Dimension	Per molding	Forming cycle	Daily production (10 hours)
Index brick		240*115*53(mm)	51 pieces/mold	13 seconds. -18 seconds	100000-140000 block
Perforated brick		240*115*90(mm)	24pieces/mold		48000-66000 block
Hollow block		390*190*190(mm)	10 pieces/mold		20000-27000 block
Dutch brick		200*100*60(mm)	35 pieces/mold		70000-96000 block

 

Precautions for using environmentally friendly brick machine equipment in hot summer

 

The weather is getting hotter and hotter, and the temperature in some places is unbearable, but there is no holiday at work, and everything is still normal. Therefore, when it is hot, you must pay attention to daily protective measures when using brick machines and brick stacking machines.

 

First of all, if conditions permit, try to build a shed or warehouse where brick machines and brick stacking machines can be stored, park the machine in a suitable position, and try to avoid direct exposure to the summer sun to damage the machine.

In addition, summer is also a season with more rainfall, and the weather is sometimes good and sometimes bad. If the brick machine and brick stacking machine are placed outdoors for a long time and exposed to rain, there is a possibility of water ingress, which will have an adverse effect on the rust and aging of the parts of the machine. Therefore, when the machine is not in use, try to develop a good habit of putting it in a shed or warehouse.

 

Brick machines and brick stacking machines that work for a long time are prone to overheating, and more emergencies occur in high-temperature weather. If the machine is overheated and cannot be effectively cooled, the service life of the equipment will be greatly reduced.

 

First of all, we must find out the cause of mechanical overheating. Oil can play a role in cooling and lubrication, so we can observe whether the heating phenomenon is caused by oil contamination. In addition to the oil, bearings are a big factor. Bearings are important parts of brick machines and brick stacking machines. If they are neglected for a long time, it will also cause material dust accumulation and overheating. Therefore, in summer, you should always pay attention to whether the machine is overheating, and take correct measures to ensure the normal operation of the machine.

 

 

 

First of all, the unburned blocks are in line with the country's preferential policy of "protecting arable land, saving energy, using local materials, and using local materials" to develop building materials. The products are building materials products that are fully exempt from value-added tax. In addition to the above-mentioned tax exemption policies, the investment in unburned blocks can also enjoy policy loans, exemption from import equipment tariffs, and import product value-added tax.

 

Secondly, the state supports the comprehensive utilization of industrial waste. The unburned block brick-making machine can use various industrial waste slag, tailings slag, etc. to produce various wall tiles, floor tiles, water conservancy bricks, slope protection bricks, etc. to turn waste into treasure. It solves two problems for enterprises and society. All enterprises use coal gangue, slag, and fly ash as the main raw materials to produce building materials products.

 

Third, let all kinds of buildings use unburned bricks. At present, the major urban transformation projects implemented in major cities across the country each require a large number of unburned bricks. Therefore, the huge market prospects are favored and sought after by investors in unburned brick masonry machines. It can also solve social and environmental problems and corporate difficulties and has great investment prospects, making unburned brick masonry machines an ideal choice for investing in green building materials projects.

 

 

 

 

What is environmental protection? Environmental protection, the full name of which is environmental protection, refers to various actions taken by humans to solve actual or potential environmental problems, coordinate the relationship between people and the environment, and ensure the sustainable development of the economy and society. Its methods and means include engineering technology, administrative management, innovative research, and development, as well as law, economy, publicity, and education. The environment is the premise of our survival and development, so now we pay more and more attention to environmental protection. However, there are still many obstacles to environmental protection, such as some construction waste.

 

Construction waste refers to waste such as slag, waste soil, waste materials, silt, etc. generated by construction units or individuals during the construction, laying, demolition, and repair of various buildings, structures, and pipelines. With the acceleration of industrialization and urbanization, the construction industry is also developing rapidly, and the accompanying construction waste is also increasing.

 

So can brick factories handle construction waste? The answer is yes. Nianpeng Machinery uses construction waste to make bricks, so what is this process like?

 

 

1. Raw materials should be handled well

Construction waste bricks are not made directly. First, the waste needs to be processed, classified, and then crushed.

 

2. Mixing ingredients

Construction waste and cement should be scientifically proportioned. Electronic batching machines can be used in this process so that the accuracy of the ingredients will be more accurate. Then put the ingredients into the mixer, and the mixer needs to be mixed with water. If the humidity is appropriate, 10% can be added.

 

3. Pressing mold

This process requires the use of the construction waste brick machine hopper. After the mixed garbage is placed here, the brick machine can complete the work of laying, pressing molds, and bricking. Of course, a good brick-making machine needs to be selected at this time.

 

4. Stacking

To enhance the strength and quality of bricks, the formed bricks need to be stacked before they can be moved outdoors for maintenance.

 

5. Random inspection

If you want to know the final quality of the bricks, random inspection is necessary at this time. In this way, we can conduct random inspections on the bricks before they leave the factory.

 

In short, brick factories must assume environmental protection responsibilities, and using construction waste to make bricks also requires a suitable brick-making machine. More information - Nianpeng Brick Making Machine!

 

 

Frequently Asked Questions

 

1. What is a fully automatic cement brick-making machine?

A fully automatic cement brick-making machine, also known as a fully automatic cement block-making machine, is an advanced equipment that utilizes various raw materials such as slag, slag, fly ash, stone powder, sand, gravel, cement, etc. These materials are scientifically mixed, mixed with water, and then molded under high pressure to produce cement bricks, hollow blocks, or colored paving bricks.

 

2. What is the main function of a fully automatic cement brick-making machine?

Raw Materials Processing: The machine takes various raw materials such as cement, sand, gravel, water, and other additives and processes them into a homogenous mixture suitable for brickmaking. This usually involves mixing, stirring, and ensuring the correct consistency.
Automatic Brick Forming: The heart of the machine lies in its ability to automatically form the mixture into bricks or blocks. This is achieved by compressing the mixture into the desired shape and size using a hydraulic press or other mechanical means. The process is very precise and ensures uniformity and quality of the final product.

 

3. What common faults may a fully automatic cement brick-making machine encounter during use?

Motor problems: Motors can fail due to winding shorts, improper wiring, or voltage fluctuations. Regular inspections of motor condition and voltage stability are essential.
Engine capacitor problems: Failed or damaged engine capacitors can cause operating problems. Timely replacement of damaged capacitors is essential.
Circuit problems: Control circuit problems (such as shorts or poor contacts) can cause unexpected machine behavior. Regular inspections of circuits and timely repairs are necessary.
Drive structure imbalance: Drive structure imbalance can cause excessive noise, vibration, and even damage to other machine components. Regular inspections and adjustments to ensure proper balance are essential.

 

4. How to maintain the fully automatic cement brick-making machine to ensure its normal operation?

Regular cleaning: Keep the machine clean by removing waste, oil, and grease regularly. Wipe the outside of the machine to prevent dirt and dust from accumulating. When the machine is not in use for a long time, make sure all parts are coated with a preservative.
Check and tighten the screws: Check and tighten all screws and bolts regularly, as vibrations during operation can cause them to loosen over time. Loose screws can cause malfunctions or even equipment damage.
Lubrication: Keep all moving parts, such as bearings, gears, and slides, properly lubricated. Inadequate lubrication can cause excessive wear and shorten the life of the machine.

 

5. What factors affect the durability of a fully automatic cement brick-making machine?

Equipment structure and materials: The rationality of equipment structural design directly affects its durability and stability. For example, the fully automatic cement brick machine adopts a four-column structure, and the upper and lower beams are pre-tensioned by the columns to form a closed frame. This structure is compact and rigid, which helps improve the durability of the equipment.
The choice of material is equally important. High-quality materials, such as wear-resistant and corrosion-resistant materials, can extend the service life of equipment and reduce failures caused by material problems.
Manufacturing process: The sophistication of the manufacturing process has a significant impact on the durability of the device. Fine processing technology can ensure the accuracy and fit of parts, thereby reducing wear and failure of equipment during use.
Operation and maintenance: Correct operation can reduce unnecessary wear and tear on equipment and extend its service life. For example, avoid operating the equipment under overload conditions and regularly clean up the accumulation of materials and debris inside the equipment.

 

6. How to prevent a fully automatic cement brick-making machine from rusting?

Keep the machine clean: frequently remove waste and oil stains from the cement brick machine, and scrub the machine surface. This not only prevents dirt accumulation and rust but also keeps the machine beautiful and running normally.
Use protective covers and floor covers: when the cement brick machine is running, all protective covers and floor covers must be installed to prevent dust and moisture from entering the machine and causing corrosion and rust.

 

7. What material is the fully automatic cement brick-making machine made of?

High-strength steel: Steel has high strength and toughness, and can withstand various forces and vibrations generated by the machine when it is working, ensuring the firmness and stability of the machine body.
Alloy materials: Some key components may be made of alloy materials to improve their wear resistance and corrosion resistance and extend their service life.
Mold materials: Molds are generally made of high-quality steel that has been heat-treated, such as GB Q235 steel that has been carburized heat-treated. This treatment can enhance the hardness and wear resistance of the mold, keep its shape stable during the production process, and reduce wear and deformation.
Transmission system materials: The material selection of the transmission system (such as gears, belts, etc.) is also crucial. They need to have sufficient strength and wear resistance to ensure the accuracy and stability of power transmission.
Electrical control system materials: Components in the electrical control system, such as PLC controllers, sensors, etc., usually use high-reliability and high-precision products to ensure that the machine can be automatically produced according to preset programs and parameters.

 

8. What fields can a fully automatic cement brick-making machine be applied to?

Ground paving: In ground paving projects such as roads and squares, bricks produced by fully automatic cement brick machines can be used for caulking construction to enhance the flatness and durability of the ground.
Urban infrastructure: In municipal construction, fully automatic cement brick machines can produce permeable bricks, curbstones, and other building materials for the paving of sidewalks, non-motorized lanes, parking lots, and other places, improving the perfection and beauty of urban infrastructure.
Public facilities: In addition, the machine can also produce bricks with special functions such as blind paving bricks and grass-planting bricks for the construction of public facilities such as blind paving and green belts.
Hydraulic slope protection: In water conservancy projects, fully automatic cement brick machines can produce hydraulic slope protection bricks for the protection of rivers, reservoirs, and coastlines, and ensure the safety and stability of water conservancy facilities.
Farmland water conservancy: In the field of farmland water conservancy, the building materials produced by fully automatic cement brick machines can be used for the construction and renovation of farmland water conservancy facilities such as irrigation channels and drainage ditches.

 

9. What factors affect the ease of use of fully automatic cement brick-making machines?

Ergonomics: Whether the design of the machine takes into account the comfort, ease of operation, and safety of the operator will directly affect its ease of use.
Degree of automation: The more automated the machine is, the easier it is to operate because it can automatically complete more processes and reduce human intervention.
Ease of maintenance: Whether the structural design of the machine is easy to maintain and maintain, such as easy replacement of parts and cleaning, will affect its ease of use in the long term.
Raw material adaptability: How the machine adapts to raw materials, whether it can handle different types and qualities of cement, sand and gravel, etc., will affect its ease of use.

 

10. What are the disadvantages of a fully automatic cement brick-making machine?

High equipment cost: The fully automatic cement brick machine integrates advanced automatic control systems and sophisticated mechanical components. These high-tech components lead to high manufacturing costs.
Complex structure: The fully automatic cement brick machine has a complex structure, including multiple subsystems and components, and requires regular inspection, maintenance, and repair.

 

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