Fully Automatic Cement Brick Equipment

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

What are the effective measures to increase the output of cement block production line?

To increase the output of cement block production line, effective measures can be taken from equipment optimization, production process improvement, personnel management and other aspects. The following are the specific contents:
Equipment optimization
Upgrade key equipment: Select high-performance mixers to improve mixing efficiency and uniformity, shorten the single mixing time, and thus increase the number of mixing times per unit time. At the same time, select advanced molding machines, which have higher pressure and faster molding speed, which can improve the molding quality and production efficiency of blocks.
Increase the number of equipment: According to the production scale and market demand, reasonably increase the number of production line equipment, such as adding a molding machine or mixer on the original basis, so that the production capacity can be directly improved. However, attention should be paid to the layout and connection of equipment to avoid confusion in the production process.
Regular maintenance of equipment: Develop a detailed equipment maintenance plan, regularly maintain and overhaul the equipment, and replace worn parts such as molds, conveyor belts, etc. in time to ensure that the equipment is in the best operating state and reduce downtime caused by equipment failure.
Production process improvement
Optimize raw material supply: Ensure a stable supply of raw materials to avoid production line stoppages due to raw material shortages. Adopt an automated feeding system to accurately control the delivery volume and speed of raw materials, ensure the accuracy of raw material ratio, and improve production efficiency.
Improve process flow: Analyze the production process in detail, remove unnecessary links, and simplify the operation process. For example, optimize the handling and stacking methods of bricks, adopt efficient handling equipment and reasonable stacking rules, and reduce the time loss in the intermediate links.
Strengthen quality control: Establish a strict quality inspection system, monitor the size, strength and other indicators of blocks in real time during the production process, adjust production parameters in time, avoid rework and waste caused by quality problems, and thus improve production efficiency.
Personnel management
Employee training: Organize employee training regularly to improve employees' operating skills and professional knowledge, so that they can master the operation methods and production processes of equipment, and reduce production delays caused by operating errors.
Reasonable shift arrangement: According to the operating time of the production line and the workload of employees, formulate scientific and reasonable shift arrangements to ensure that the production line can continue to operate stably, while ensuring that employees have enough rest time to improve work efficiency.
Incentive mechanism: Establish an effective incentive mechanism, such as production rewards, quality rewards, etc., to encourage employees to actively improve production efficiency and product quality, and stimulate employees' work enthusiasm and creativity.

The quality of raw materials has a crucial impact on the output and quality of cement block production lines, as follows:
Impact on output
Cement:
If the cement strength grade is insufficient or the stability is poor, in order to achieve the designed strength of the blocks, it is necessary to increase the amount of cement or extend the curing time, which will reduce production efficiency. For example, the use of cement with large strength fluctuations may cause some batches of blocks to fail to meet the strength standards, requiring rework and re-production, which directly affects the output.
The setting time of cement is also critical. If the initial setting time is too short, the material is easy to set prematurely during the mixing and molding process, affecting the smooth production process and reducing the equipment operation efficiency; if the final setting time is too long, the demoulding time of the blocks will be delayed, occupying equipment time and reducing the output.
Aggregates (sand, gravel, etc.):
The particle grading of aggregates is unreasonable, such as too many fine particles or too large coarse particles, which will make it difficult to mix the materials evenly in the mixer and extend the mixing time. At the same time, it is not conducive to the filling and compaction of materials during molding, increasing molding pressure and time, and reducing production efficiency.
If the moisture content of aggregate is too high, the fluidity of the material will be poor, affecting the mixing effect and molding quality, and it will also increase the drying time and energy consumption. To ensure product quality, the drying process time needs to be extended, resulting in a decrease in output.
Additives:
Additives such as water reducers can effectively improve the working performance of the material. If the quality is poor or the dosage is improper, the expected water reduction effect cannot be achieved, which will increase the water demand of the material, affect the strength and drying speed, and thus reduce the output.
If the quality of the accelerator or retarder is unstable or the dosage is inaccurate, the cement setting time will be out of control, affecting the production rhythm and reducing the output of the production line.
Impact on quality
Cement:
The quality of cement directly determines the strength of the block. Good quality cement can make the block have sufficient compressive and flexural strength to meet the requirements of construction use. Poor quality cement will lead to insufficient strength of the block, and it is easy to crack and break during construction or use.
Poor stability of cement will cause uneven volume changes of the block after hardening, resulting in cracking and deformation on the surface of the block, which seriously affects the appearance quality and performance of the block.
Aggregate:
If the mud content of aggregate is too high, it will reduce the bonding force between aggregate and cement paste, reduce the strength of the block, and affect durability indicators such as impermeability and frost resistance.
Poor firmness of aggregates will easily break during the use of blocks under the influence of external environmental factors, such as dry-wet cycle, freeze-thaw cycle, etc., resulting in damage to the internal structure of the block and affecting its service life.
Additives:
Adequate and good quality additives can improve the performance of blocks. For example, air entraining agent can form tiny bubbles inside the block to improve its frost resistance and impermeability; waterproofing agent can reduce the water absorption rate of the block and improve its waterproof performance. However, unqualified additives or improper use may have a negative impact on the quality of the block, such as reduced strength of the block and sand on the surface.

Operation and Maintenance of Tactile Paving Brick - making Machine

Operation Process

Before starting the machine, check whether all parts of the equipment are normal, such as whether the mold is installed firmly, whether there is leakage in the hydraulic system, and whether the electrical equipment is normal.

Stir the raw materials evenly according to the specified formula and add an appropriate amount of water to make the raw materials have appropriate humidity and plasticity.

Start the equipment, add the raw materials into the hopper, and adjust the feeding amount and pressing parameters, such as pressing pressure and vibration time, through the control system.

The equipment automatically completes operations such as feeding, pressing, and demolding to produce tactile paving brick blanks. Place the brick blanks in the curing site for curing, and they can be laid and used after reaching a certain strength.

Daily Maintenance

Regularly clean the dust and debris on the surface of the equipment to keep the equipment clean.

Check the lubrication status of each lubrication part and add lubricating oil or grease in a timely manner to ensure the normal operation of the equipment.

Check the wear of the mold. If the mold is found to be severely worn, it should be replaced in a timely manner to ensure the dimensional accuracy and quality of the brick blanks.

Regularly check the oil quality and oil quantity of the hydraulic system. If the oil quality deteriorates or the oil quantity is insufficient, it should be replaced or added in a timely manner.

Check whether the wires and cables of the electrical system are damaged or aged. If there is a problem, it should be replaced in a timely manner to ensure the electrical safety of the equipment.

Common Faults and Troubleshooting Methods

Poor - quality brick blank molding, such as looseness and cracks. It may be caused by unreasonable raw material ratio, insufficient pressing pressure, and insufficient vibration time. The raw material ratio should be adjusted, the pressing pressure should be increased, or the vibration time should be extended.

Abnormal noise during the operation of the equipment. It may be caused by loose, worn, or poorly lubricated equipment parts. The connection of each part of the equipment should be checked, the worn parts should be replaced, and the lubrication should be strengthened.

Hydraulic system failure, such as oil leakage and insufficient pressure. The seals of the hydraulic system should be checked to see if they are damaged and whether the oil pump is working normally. If there is a problem, the seals should be replaced or the oil pump should be repaired in a timely manner.

Electrical system failure, such as the motor not rotating and control failure. The electrical circuit should be checked to see if it is connected correctly and whether the electrical components are damaged. If there is a problem, it should be repaired or replaced in a timely manner.

Application of Tactile Paving Brick - making Machine

The tactile paving bricks produced by the tactile paving brick - making machine are widely used in the construction of barrier - free facilities in public places such as urban roads, squares, stations, docks, and airports, providing the blind with safe and convenient walking conditions and reflecting the care and respect of society for special groups such as the blind.

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