Pavement Brick Machinery

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

 

 

The Function Of Mechanical Secondary Laying Machine For Pavement Bricks Is Analyzed, What Are The Types?

 

Pavement brick machines that produce colored bricks or road bricks require secondary distributors to evenly distribute secondary raw materials. The role of the secondary distributor of hydraulic brick machines affects the performance of hydraulic brick machines. There are two types. We recommend choosing a secondary distributor with a dragon structure...

 

The feeder is an important component of the hydraulic brick machine for metering, feeding, and mixing. The rationality of its design and performance affect the quality of the formed bricks. Generally, a hydraulic brick machine has only one feeder, but when producing some special bricks, two feeders are required. Let's introduce the functions and classifications of the secondary feeder of the hydraulic brick machine.

 

1, The role of the secondary feeder

According to the structure and working occasion of the hydraulic brick machine, it has two functions. The first is to play the role of uniform material distribution, make up for the defects of the first distribution machine, make the material fill the mold, and avoid insufficient material filling caused by too small an internal gap of the mold; the second is used to produce colored bricks. The bricks are divided into two colors. After the first material is filled, it first enters the forming cylinder for the first pressing, and then the second distribution machine performs two distributions so that two colors of bricks can be produced.

 

2, The classification of the secondary cloth machine

According to the structure and driving mode of the hydraulic brick machine secondary feeder, it can be divided into two types. The first type of secondary feeder has a dragon-shaped structure and is driven by a hydraulic cylinder. It has a relatively stable performance, good feeding effect, and relatively fast speed. The second type of secondary feeder adopts a dual-axis structure and is driven by a motor. The feeding effect is not very good. We recommend the first type of feeder.

 

There is no secondary feeder for general-purpose hydraulic brick machines, which is only used when two colors of bricks need to be pressed. The emergence of the secondary feeder of the hydraulic brick machine requires us to redesign the equipment structure and workbench and adjust the control system of the equipment.

 

 

 

Model number(m³)	PLD1200-3	PLD1600-3	PLD2400-4
Nominal volume of weighing bucket(m³)	1.2	1.6	2.4
Bucket capacity(m³/h)	3x4.6	3x6.5	4x9.1
Batching accuracy	72	96	144
Maximum weighing value (kg)	2%	2%	2%
Number of available raw materials	3600	4300	6800
Loading height (mm)	3	3	3
Method of measurement	2500	2600	3400
Power (KW)	Electronic scale	Electronic scale	Electronic scale
Machine weight (kg)	16kw	16kw	20kw
Overall dimensions (mm)	9200x1806x2800	9660x2000x2970	13080x2250x3210

 

 

With the popularization of the construction and decoration industries, different manufacturers are gradually using brick-making machines. Different models and brands of brick-making machines require attention to many relevant operating details during use. Only by effectively mastering the precautions for using brick-making machines can better quality bricks be produced.

 

 

First of all, different manufacturers may have very different designs for the appearance, buttons, and internal structure of such equipment, so the first thing to pay attention to when using a brick-making machine is to understand the structure of the equipment you choose.

 

Secondly, after the operator understands the structure, he needs to carefully read the instruction manual of the equipment, understand the performance represented by different switches, and master the relevant operation procedures of the operator.

 

Third, the operation of any mechanical equipment needs to pay attention to safety, so mastering the correct operation method can make such equipment run and work more safely.

 

Fourth, when operating this type of equipment, remember to use force, not too much.

 

Fifth, during the installation and use of this type of equipment, check whether the various components and structures are worn or loose. Only after ensuring that the parts and performance are intact can the trial run be carried out.

 

Sixth, the staff should also pay attention to the wearing of their protective equipment, such as masks, gloves, and professional glasses.

 

Seventh, according to the frequency of use and actual use of this type of equipment, a complete cleaning, maintenance, and repair plan should be formulated, and the power supply should be cut off as soon as such mechanical equipment fails, which can effectively prevent greater failures.

 

Eighth, during the production process of the brick-making machine, if the relevant operators find that there are adhesions on the surface or internal structure of the equipment, or other impurities, they should immediately stop the machine and clean it up. The purpose of doing this is to more effectively extend the use time of the brick-making machine.

 

To obtain high-quality bricks and related raw materials, in addition to basic maintenance of its equipment, there should also be correct operation methods. Through the above brief introduction, I believe that everyone has a preliminary understanding of the precautions for using the brick-making machine.

 

 

 

To reduce investment costs, many brick factories want to put brick machines in the open air and no longer build factories. They asked us if it was feasible. Our suggestion is to try to run the brick machines in the factory. If conditions do not allow, they can also work in the open air, but they should pay attention to rainy, snowy, or extreme weather. What precautions should be taken?

 

First, can the brick machine work in an open-air environment?

 

When producing unburned bricks, we not only need to buy unburned brick machines but also other supporting equipment to form a production line. These devices need to drive the motor to work and realize automatic work under the control of the control system without manual operation. If the equipment is placed in an open-air environment, it will not work in rainy and snowy weather. When the weather is humid, the principle is that the motor and control system should avoid short circuits caused by humidity, thereby damaging the unburned brick machine; dust in the external environment enters the hydraulic system and causes equipment failure.

If conditions do not allow, the brick machine can also be placed outdoors, but it cannot work normally under severe weather conditions. We still recommend that you build a workshop for the equipment. If conditions do not allow, you can also build a simple one, as long as it can shelter from wind and rain and prevent water from entering the equipment.

 

Second, what are the precautions for working in an open-air environment?

 

When brick machines are working outdoors, the following should be noted:

 

1. Stop production in rainy and snowy weather, and cover the equipment with rainproof cloth to prevent the motor or electrical parts from burning out;

2. When the equipment is not in production or use for a long time, it needs to be maintained and covered with rainproof cloth;

3. Before the brick machine works, the equipment needs to be checked and can only be started when the performance is normal;

4. When the outside temperature is high, the brick machine should be cooled down, especially the hydraulic system and motor;

5. The lubrication parts and hydraulic system of the brick machine should be checked and repaired regularly to prevent the entry of external dust and cause equipment wear;

6. Noise reduction should be done during the operation of the brick machine to avoid noise pollution that affects the lives of surrounding residents.

 

 

 

The demand for pallets is relatively large, with an investment of tens of thousands of yuan each year. The losses caused by human damage or improper maintenance are far more than this data. While improving the efficiency of the unburned brick machine, the pallet must also be maintained to increase the profit of the production line. Below we will introduce the maintenance methods of the unburned brick machine pallet.

 

1. Timely Maintenance

Before using the pallet, check whether the pallet is deformed or cracked. If so, do not use it again. The problematic pallet should be repaired to avoid being scrapped after being used again; clean it after use and soak it in water for a long time. It is also necessary to formulate a maintenance and maintenance plan, especially when it is not used for a long time, regular maintenance should be carried out.

 

2. Comprehensive Maintenance

For pallets of different materials, the maintenance methods are also different. Reasonable maintenance and care should be carried out according to the material and shape of the pallet. For pallets, to prevent them from deformation or cracking, they should be waterproofed. Do not place them directly on low-lying ground during use. If conditions permit, they can be placed on shelves.

 

3. Training Of Operational Skills

When using or moving pallets, operators should handle them with care and not use excessive force to avoid damage to the pallets. If the pallet is damaged during use, it should be replaced first and then repaired; for pallets damaged by humans, the damage should be borne by the person who damaged it, to improve the operator's operating skills and specifications.

 

4. Selection Of Storage Site

Unused pallets cannot be randomly stacked as climatic conditions can cause great damage to pallets. After cleaning, unused pallets should be stacked in a dry and rainproof factory building and shipped out when needed.

 

5. Reasonable Replacement

Pallets that have been used for a long time should be replaced reasonably. Those that cannot be used should be replaced. Those that are not severely worn can be repaired and put back into use to avoid waste.

 

The above is a summary of the maintenance rules and precautions for the unburned brick machine board. We must not only maintain the board well but also train and assess the operators to avoid man-made damage, to fundamentally improve the service life of the board.

 

 

 

Frequently Asked Questions

 

1. What is pavement brick machinery?

Pavement brick machinery refers to equipment used to produce pavement bricks. These machines are designed to automate the process of making bricks for various pavement applications such as roads, sidewalks, and driveways.

 

2. What is the main function of pavement brick machinery?

Automated production: These machines can efficiently produce various specifications and types of pavement bricks, such as hollow bricks, solid bricks, interlocking blocks, etc., greatly improving production efficiency and output.
Guarantee product quality: The automated production line can ensure that the size, weight, strength, and other parameters of each brick meet the standard requirements, improving the overall quality of the product. Machine production can also reduce errors and defects caused by human factors, making the products more standardized and standardized.
Adapt to a variety of raw materials: Modern pavement brick production machines can adapt to the mixed use of a variety of raw materials, such as concrete, sand, gravel, fly ash, etc., improving the flexibility and diversity of raw materials.

 

3. What common faults may a pavement brick machinery encounter during use?

Mechanical Wear: Over time, the moving parts of a machine, such as bearings, gears, and belts, can wear out from friction and continuous operation. This can lead to decreased efficiency, increased noise, and eventually machine failure.
Hydraulic System Problems: Paving machines often rely on hydraulic systems for power transmission and control. Failures in the hydraulic system, such as leaks, clogged filters, or pump failures, can affect the overall performance of the machine.
Electrical System Failures: Electrical components, including motors, controllers, and sensors, are susceptible to failure due to voltage fluctuations, moisture intrusion, or component aging. These problems can cause the machine to operate erratically or even shut down completely.

 

4. How to maintain the pavement brick machinery to ensure its normal operation?

Regular cleaning: Clean the surfaces, dies, hoppers, and other parts of the machinery regularly to remove dust, debris, and residue. This helps prevent clogging and wear.
Lubrication: Make sure all lubrication points (such as bearings, chains, and guides) have sufficient lubrication oil.
For hydraulic components such as vibration boxes, maintain the correct lubrication level and do not exceed the specified level.
Hydraulic system maintenance: Check the hydraulic oil level and quality regularly. Replace or filter the oil as needed to ensure smooth operation. Check hydraulic components (such as cylinders, valves, and pipes) for leaks and replace worn seals or gaskets in time.

 

5. What factors affect the durability of pavement brick machinery?

Design rationality: Whether the design of the equipment is scientific and reasonable, and whether the components are tightly matched, directly affects the overall performance and durability of the equipment.
Material selection: The quality of the materials used in manufacturing the equipment, such as the hardness, wear resistance, and corrosion resistance of steel, as well as the materials of key components such as bearings and seals, will directly affect the durability of the equipment.
Working environment: The working environment of the equipment, such as dust, vibration, and impact, will also have a certain impact on the durability of the equipment. Dust may block the cooling system of the equipment, and vibration and impact may cause the equipment components to loosen or be damaged.

 

6. How to prevent pavement brick machinery from rusting?

Material selection: Use materials with good corrosion resistance to manufacture equipment, such as stainless steel, alloy steel, etc., to improve the overall corrosion resistance of the equipment.
Regular inspection: During the construction process, the road construction machinery and equipment should be regularly inspected, especially the easily corrosive parts, such as connectors, welds, bearings, etc., to promptly detect and deal with corrosion problems.
Anti-corrosion maintenance: During the maintenance process, anti-spraying agents can be used on the surface of road construction machinery and equipment. By applying paint or maintenance agents on its surface, a protective film is formed to reduce oxidation, corrosion, and other problems on the surface of the equipment.
Cleaning and maintenance: After each construction, the internal and external pollutants of the road construction machinery should be cleaned in time with a high-pressure gun to ensure that the performance of the equipment is improved. During the cleaning process, special attention should be paid to the cleaning of the filter position and the engine's electrical position.

 

7. What material is the pavement brick machinery made of?

Steel: It is the main load-bearing and supporting parts of pavement brick machinery and equipment, such as frames, molds, transmission parts, etc., which are mostly made of high-quality steel. Steel has good strength and toughness and can withstand various forces and vibrations generated by the equipment during operation.
Rubber and plastic: It is used to make seals, shock pads, and other parts to reduce the vibration and noise of the equipment during operation and prevent liquid or gas leakage.
Lubricating materials: Lubricating materials such as lubricating oil and grease can be used to reduce friction and wear between equipment parts and extend the service life of the equipment.
Wear-resistant materials: Wear-resistant materials may be used in parts of the equipment that are prone to wear, such as mold surfaces, conveyor belts, etc., to increase their service life.
Anti-corrosion materials: For parts that need to work in a humid or corrosive environment for a long time, anti-corrosion materials may be used to prevent rust and corrosion.

 

8. What fields can pavement brick machinery be applied to?

Pavement paving: Pavement bricks and colored bricks produced by pavement brick machines can be directly used for paving urban roads to improve the beauty and durability of roads.
Sidewalk construction: As an important part of urban infrastructure, various colored bricks and permeable bricks produced by pavement brick machines can be widely used in sidewalk construction to enhance the walking comfort and safety of pedestrians.
Community greening: In community greening projects, pavement bricks produced by pavement brick machines can be used to pave roads, parking lots, and other areas in the community, which are both beautiful and practical.
Park landscape: As a place for citizens to relax and entertain, the park has high requirements for materials in its landscape construction. Various colored pavement bricks and permeable bricks produced by pavement brick machines can add color and vitality to the park landscape.

 

9. What factors affect the ease of use of pavement brick machinery?

Humanized design: Whether the design of the equipment takes into account the operator's usage habits and physical conditions, such as whether the layout of the operation panel is reasonable, whether the buttons and switches are easy to reach, and whether the operating handle is ergonomic, will directly affect the ease of use of the equipment.
Structural complexity: The more complex the structure of the equipment, the more knowledge and skills the operator needs to master, which increases the difficulty of use. On the contrary, equipment with simple structures is usually easier to use and operate.
Automation level: Pavement brick machinery equipment with a high degree of automation can reduce manual operation, reduce labor intensity, and improve production efficiency. At the same time, the ease of use of the automated control system also directly affects the overall ease of use of the equipment. An intuitive, easy-to-understand, and easy-to-operate control interface can greatly improve the ease of use of the equipment.

 

10. What are the disadvantages of pavement brick machinery?

High noise: During the operation of pavement brick machinery and equipment, especially during the pressing and vibration molding stages, high noise will be generated. This not only poses a potential threat to the hearing health of operators but may also cause noise pollution to the surrounding environment and residents.
Strong vibration: Strong vibration not only affects the stability and service life of the equipment but may also be transmitted through the ground, causing a certain impact on surrounding buildings.
High maintenance cost: The equipment has a complex structure and many components, requiring regular maintenance and servicing. Once a failure occurs, the repair cost may also be high, increasing the operating cost.
Strong dependence: Some pavement brick machinery and equipment may be overly dependent on auxiliary tools such as pallets and stackers, increasing the complexity of operation and dependence on auxiliary equipment.

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