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Pavement Tile Machine

The normal operation of cement brick machine is inseparable from the participation of the hydraulic station, which provides the power for work as the "heart" of the Pavement tile machine. When the working time is too long, or when there is a failure, the hydraulic station of the cement brick machine will have a high oil temperature, so how should we cool the oil?

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

Pavement Tile Machine

How To Cool The Oil Temperature Of The Hydraulic Station Of Cement Brick Machine

Proper Operation and Hydraulic Oil Maintenance
When operating a cement brick machine, it is essential to follow proper procedures and consistently maintain the required hydraulic oil level to ensure smooth operation.

Selecting the Right Hydraulic Oil
Choose hydraulic oil based on the manufacturer's recommendations, considering the specific working conditions and temperature requirements of the cement tile machine. For machines with unique needs, selecting a specialized hydraulic oil is crucial to maintain optimal performance.

Replacing Hydraulic Oil After Extended Use
After the pavement tile machine has been in use for over one thousand hours, replace the hydraulic oil. During this process, make sure to completely drain the old oil from the tank to maintain the machine's efficiency and prolong its lifespan.

Regular Maintenance For Longevity
Regular maintenance is vital for the longevity of the cement brick machine. This includes routine cleaning of the hydraulic station and timely replacement of the filter. Filters with blockage indicators should be replaced as needed, and the filter elements must meet performance, structural, and durability standards.

Conducting Regular Inspections
Regular inspections are necessary to promptly identify and address potential issues with the cement brick machine. Pay close attention to the hydraulic station's cooling system, and if any faults are detected, immediately stop the machine for troubleshooting and repair to prevent further damage.

Yield Parameter

Product specification	Block/row	Production/10 hours
	300x100mm	9,600 block
	1200x420x300mm	9,600 block
	1000x400x300mm	9,600 block
	600x400x100mm	9600 block
	1000x220x200mm	14400 block

Ten Pay Attention To The Production Process Of The Brick Machine

1. Machine Startup Protocol
Before starting the brick-making machine, ensure that the feeding system remains inactive to prevent damage from overloading. The motor's direction should be correctly aligned to avoid operational issues or accidents.

2. Protective Measures During Operation
All protective covers and floor shields must be securely installed when the machine is in operation to safeguard against accidents and ensure operator safety.

3. Immediate Response to Abnormalities
If any abnormal sounds, vibrations, or other irregularities are detected during operation, immediately stop the machine to inspect and resolve the issue before continuing.

4. Electrical Safety Checks
Regularly inspect electrical grounding wires to prevent leakage, short circuits, and other electrical hazards that could compromise safety and machine performance.

5. Harsh Environmental Considerations
Given the typically harsh working environment for cement brick machines, such as high dust levels and mechanical wear, it's essential to conduct frequent inspections. Focus on checking for hydraulic leaks and lubricating moving parts. Regular maintenance should be planned according to production needs, similar to the care required for construction machinery.

6. Hydraulic System Maintenance
For components like oil cylinders, valve blocks, valves, and oil pipes that show signs of oil leakage, replace seals or use appropriate repair methods. Never operate the machine if hydraulic parts are faulty. Regularly monitor oil pumps and motors for unusual sounds or performance issues, and address them immediately.

7. Cooling System Efficiency
Ensure that the hydraulic oil temperature does not exceed 80°C. Maintain a cooling system water storage capacity of at least 8 cubic meters, with a flow rate of no less than 18 cubic meters per hour. Avoid using unsuitable trays that could cause blockages or damage the machine.

8. Lubrication Standards
Follow standard lubrication practices for the machine. The oil level in the vibration box should not exceed the lower end of the eccentric shaft, and grease should be applied to lubrication points once per shift.

9. Hydraulic Oil Quality
Use anti-foaming additives and the correct viscosity of hydraulic oil. Regularly clean and replace oil filters, with a full oil filtration at least once a year. Check the fuel level in the tank frequently, and top it off when necessary.

10. Vibration and Pressure Optimization
Strictly control the vibration and pressure time of the finished product. Adjust vibration time based on product requirements to find the optimal balance between yield and quality. Modify feeding amounts or times if necessary to maintain production balance and efficiency.

Customized Cement Brick Production Line

We provide tailored automatic production lines based on customer requirements. These lines are designed with various transfer, palletizing, and maintenance options to suit different levels of investment and specific operational needs.

FAQ

Q: 1. What is a Pavement Tile Machine?

A: A Pavement Tile Machine is a specialized piece of equipment used in the manufacturing of concrete or stone tiles that are used for pavements, sidewalks, and other pedestrian areas. These machines blend cement, aggregate, and pigment (if colored tiles are required) to produce tiles of various shapes and sizes that are strong, durable, and aesthetically pleasing.

Q: 2. How Does a Pavement Tile Machine Work?

A: A Pavement Tile Machine operates by mixing the raw materials in a specific ratio, then pouring the mixture into a mold. The mold is then subjected to high pressure, which compacts the material, enhancing the strength and durability of the tile. After the tiles are formed, they undergo a curing process to set the concrete, and then they are removed from the mold.

Q: 3. What Are the Benefits of Using a Pavement Tile Machine?

A: The benefits include the ability to produce tiles with high strength, durability, and aesthetic appeal, and to do so at a faster rate than manual production methods. These machines also offer flexibility in tile size, shape, and color, making them ideal for various design needs. They reduce labor costs and ensure consistent quality in tile production.

Q: 4. What Raw Materials Are Used in Pavement Tile Machines?

A: The primary raw materials include cement, sand, gravel (or other aggregates), and pigment for color. Additional materials might include water, admixtures to improve the properties of the concrete, and reinforcement materials such as fibers for increased strength.

Q: 5. How Does the Quality of Tiles Produced by a Pavement Tile Machine Compare to Other Methods?

A: The quality is often superior due to the precise control over material ratios and the high-pressure compaction process. This ensures that the tiles are dense, have a low porosity, and are less susceptible to cracking or chipping. The tiles are also more uniform in size and color, providing a more consistent appearance in the finished pavement.

Q: 6. How is the Maintenance of a Pavement Tile Machine Performed?

A: Regular maintenance includes cleaning the machine to prevent material buildup, checking and replacing worn parts like the molds, and ensuring that all moving parts are properly lubricated. Regular inspections are necessary to identify any issues early on, preventing downtime and costly repairs.

Q: 7. How Do Pavement Tile Machines Impact the Environment?

A: While the manufacturing process does consume energy, modern machines are designed to be energy-efficient. The use of recycled aggregate and the production of permeable pavers can contribute to sustainable construction. However, the environmental impact also depends on the disposal methods for waste products and the energy source used.

Q: 8. How are the Colors of the Pavement Tiles Created?

A: Colors are created by adding pigment to the concrete mixture before it is poured into the molds. The amount and type of pigment can be adjusted to achieve the desired color, and multiple colors can be used to create patterns or designs.

Q: 9. How is the Texture on Pavement Tiles Created?

A: Texture is added to the tiles either through the design of the mold or by applying a surface treatment after the tiles are formed. Textures can range from smooth to highly textured to improve slip-resistance or enhance the aesthetic appeal of the tiles.

Q: 10. How Do Pavement Tile Machines Differ from Traditional Concrete Production Methods?

A: Pavement Tile Machines specialize in the production of tiles, which allows for more precise control over the size, shape, and color of the end product. They also use high pressure to compact the material, resulting in higher-quality tiles compared to those produced by traditional concrete methods, which might be poured and cured in situ. The specialized nature of these machines also allows for higher production volumes and less labor-intensive processes.

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