Concrete Brick Making Machine

The main reason for the heating of the hydraulic system of the fully automatic cement block making machine is the heating of the hydraulic oil, which can be caused by three situations: firstly, the design of the fully automatic concrete brick making machine hydraulic system is not reasonable, and the hydraulic tank cannot effectively dissipate heat; secondly, the hydraulic system components are faulty; thirdly, the hydraulic oil used in the paving brick machine hydraulic system is inappropriate.   The unreasonable design of the hydraulic tank pipeline of the fully automatic brick production machine will cause the temperature of the hydraulic tank to be too high. If the distance between the oil suction pipe mouth and the oil return pipe mouth is close, the hydraulic oil will directly enter the oil suction pipe without cooling after oil return, and the temperature of the oil tank will increase over time. Another situation is that the fully automatic cement brick machine has high power and generates a lot of heat. The volume of the hydraulic tank is too small and the temperature of the hydraulic system is too high. In both cases, the distance between the oil suction pipe and the oil return pipe can be lengthened or the volume of the oil tank can be increased to circulate heat dissipation in the hydraulic oil tank, thereby achieving the effect of reducing the temperature of the oil tank.   When the hydraulic components of the fully automatic concrete brick making machine fail, the temperature of the hydraulic system is too high. We should choose appropriate hydraulic components according to their working pressure and flow, and choose appropriate hydraulic components to solve the problem of excessive temperature.   The hydraulic oil used in the hydraulic system of the fully automatic paver block machine has different types and viscosities. When the hydraulic system is running during brick making, the temperature of the hydraulic oil increases, the viscosity decreases, and the increase in system leakage will cause the oil temperature to increase. Therefore, the hydraulic oil of appropriate viscosity should be selected according to the normal operating temperature of the system to avoid improper selection of hydraulic oil and excessive requirements on the hydraulic system.

The fully automatic brick making machine is a revolutionary piece of equipment that has transformed the brick manufacturing industry. With its advanced automation and efficient processes, this machine offers remarkable benefits in terms of productivity, cost savings, and consistent quality.    1. Definition of Fully Automatic Concrete Brick Making Machine   The fully automatic concrete brick making machine is a state-of-the-art equipment that incorporates advanced technology to automate the entire brick manufacturing process. It is designed to produce bricks from concrete or other similar materials without requiring manual intervention at every stage of brick manufacturing process. This automation includes aggregates batching, concrete mixing, brick molding, brick drying, and brick stacking.     2. Application of concrete brick products made by automatic brick machine The application of automatic brick machine can be found in various industries and sectors. It is widely used in construction, infrastructure development, road building, and housing projects. Due to its versatile design and adaptability, it can produce bricks of different sizes, shapes, and textures to meet diverse requirements. Whether it's manufacturing concrete blocks, interlocking bricks, or hollow blocks, this machine offers the flexibility to cater to various brick production needs.   3. Understanding the technology behind fully automatic concrete brick machine:The brick production machine relies on vibration and hydraulic press to shape and compact the concrete mix inside mold cavities, so the selection of vibration parameters is crucial to brick performance. Vibration parameters include vibration frequency, amplitude, vibration acceleration, etc. From the perspective of concrete vibration technology, the optimal vibration frequency and amplitude are different for different vibrated materials. The vibration frequency should be as close as possible to the natural frequency of the aggregate in the material so that it resonates. At this time, the attenuation is minimum and the amplitude is maximum.   4. The benefit of using an automatic brick manufacturing machine1) It significantly increases productivity compared to manual methods, enabling the production of a large number of bricks in a shorter time;2) Automation reduces labor costs as fewer workers are required to operate the machine;3) The machine ensures consistent quality, with precise dimensions and high strength in every brick being produced;4) It minimizes material waste and maximizes resource efficiency, making finished bricks an environmentally friendly choice.   5. Production Videos of TPM Automatic Concrete Brick Making Machine To provide visual evidence of TPM machine's performance and efficiency, numerous production videos are available online. These videos showcase TPM fully automatic concrete brick making machine in action, demonstrating its seamless operation, precise brick production in fully automatic mode, and high-speed performance.    For further details about our machines, kindly reach us via email jeff@fjtpm.com or whatsapp +86 18065259876. Besides, TPM youtube channel can also be clicked for more brick making machine videos.   6. Comparing manual and automatic concrete brick making machine: What you need to know 1) Efficiency: An automatic cement brick machine significantly increases brick production efficiency compared to manual methods. It can produce a large quantity of bricks in a shorter time, reducing labor and increasing overall output; 2) Consistency and Quality: Automatic machines ensure consistent brick quality. They are designed to follow precise manufacturing processes and can accurately control factors like mixing proportions, compaction pressure, and curing conditions. This results in uniform and high-quality bricks with precise dimensions, strength, compactness etc; 3) Cost Savings: Although the initial investment for an automatic brick machine may be higher than manual equipment, it offers long-term cost savings. Automatic machines require less manual labor, reducing staffing costs. Additionally, their efficient production leads to lower energy consumption and less wastage of raw materials; 4) Versatility: Automatic cement brick machines can be programmed to produce various types and sizes of bricks, blocks, or pavers. They often come equipped with different molds and settings that allow for customization according to specific project requirements; 5) Safety: Manual brick making can be physically demanding and labor-intensive, potentially leading to health issues and workplace injuries for workers. Automatic machines eliminate the need for repetitive manual tasks, reducing the risk of injuries and providing a safer working environment; 6) Time Savings: With an automatic machine, the brick production process is accelerated, allowing for quicker project completion. This can be particularly advantageous when dealing with time-sensitive construction projects; 7) Scalability: Automatic brick machines can be easily scaled up or down depending on the production requirements. Adding multiple machines or expanding the production capacity is relatively straightforward, making it adaptable to changing needs.   7. How to choose the right automatic concrete brick machine for your brick project: 1) Production Capacity: Determine the required production capacity of machine based on the volume of bricks you need. Consider both the daily and annual production requirements to ensure the machine can meet your project's demands; 2) Brick Types: Consider the specific types and sizes of bricks you intend to produce. Different machines may have varying capabilities in terms of brick sizes, shapes, and designs. Make sure the machine you choose can produce the bricks you require; 3) Automation Level: Automatic concrete brick machines come in different automation levels, ranging from semi-automatic to fully automatic. Fully automatic machines require minimal manual intervention and have higher production efficiency. Evaluate the level of automation you require based on your project's scale and labor availability. (3D line photos for Semi-automatic & fully automatic concrete brick production line) 4) Quality and Strength: Consider the desired quality and strength of the bricks. Look for machines that can produce bricks with consistent dimensions, smooth surfaces, and high compressive strength. Opt for machines that employ advanced vibration and compaction techniques for better brick quality;5) Energy Efficiency: Look for machines that are energy-efficient to minimize operational costs. Choose machines that have efficient power consumption and utilize advanced technology to optimize energy usage;6) Durability and Maintenance: Consider the durability of the machine and the availability of spare parts. Look for machines made from high-quality materials and reputable brands. Additionally, inquire about the maintenance requirements and ensure they are manageable for your project;7) Cost and Budget: Set a budget for your brick-making machine and consider the cost-effectiveness of different options. Compare the prices, features, and performance of various machines to find the best balance between cost and quality;8) After-sales Support: Choose a supplier or manufacturer that offers good after-sales support. Ensure they provide technical assistance, training, and readily available spare parts. This ensures smooth operation and minimizes downtime for maintenance or repairs;9) Customer Reviews and References: Research customer reviews and seek references from other users or industry experts. Feedback from those who have already used the machine can provide valuable insights into its performance, reliability, and overall satisfaction.8. Maintenance tips for automatic concrete brick machine👉Regular Cleaning: Clean the machine thoroughly after each use to remove any concrete or debris. This will prevent buildup and improve the machine's performance;👉Lubrication: Keep the moving parts well lubricated to reduce friction and ensure smooth operation. Regularly check and lubricate the bearings, chains, gears, and other movable components as per the manufacturer's instructions;👉Inspect Electrical Connections: Check the electrical connections and wiring periodically to ensure they are secure and free from damage. Loose or damaged connections can lead to electrical failures or hazards;👉Adjust and Align Components: Regularly inspect and adjust the components of the brick machine, such as the molds, sliders, and straps, to ensure they are properly aligned. Misalignment can affect the quality of the bricks produced;👉Safety Checks: Regularly inspect the safety features of the machine, such as emergency stop buttons, interlocks, and guards. Repair or replace any faulty safety equipment to ensure a safe working environment;👉Regular Inspections: Conduct routine inspections of the machine to identify any potential problems or signs of wear. Take preventive measures or seek professional assistance if needed;👉Follow Manufacturer's Recommendations: Always refer to the manufacturer's guidelines and recommendations for maintenance and service intervals. These instructions are specific to your particular automatic concrete brick machine and should be followed diligently.