cement brick 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.

Stock brick Cement stock bricks are commonly manufactured in South Africa market by stock brick making machine These grey color cement bricks are often applied in building projects for inner walls or cavity walls via plastering. Normally the stock bricks are cured to achieve 7Mpa strength for single storey buildings. Some brick factories adjust the recipe to gain 14Mpa strength for special purpose. Popular size stock bricks is 210×100×70mm which is widely accepted and used in various construction projects. However, it's important to note that there may be variations in size depending on the manufacturer and specific requirements of the project. These concrete bricks are typically made from a mixture of cement, sand, crushed stones and water, which is compressed and then cured to form solid bricks.   Stock bricks manufacturing process Cement stock bricks are known for their strength, durability, and affordability, making them a popular choice for many construction applications, including building walls, houses, and other structures. They are versatile and can be used for both load-bearing and non-load-bearing walls.   To manufacture cement stock bricks using a stock brick making machine, you can follow these general steps:   Raw material preparation: Obtain the necessary raw materials, including cement, sand, and water. The cement-to-sand ratio typically used for stock bricks is 1:5.   Mixing: Use a concrete mixer to thoroughly mix the cement and sand. Gradually add water while mixing until you achieve a uniform consistency. The mixture should be moist but not too wet.   Cement brick production: Machine will automatically compress the mixture into the desired size and shape of the stock brick. This process may involve a combination of pressing, vibration, and compacting, demolding etc. depending on the specific machine.   Brick curing: Once the bricks are formed by the machine, they need to be cured to gain strength. The curing process involves keeping the bricks in a moist and controlled environment for a specific duration, typically around 7 to 14 days. This allows the cement to hydrate and the bricks to harden. Curing methods can include stacking the bricks and covering them with plastic sheets or spraying them with water periodically.   Brick drying: After the curing period, the bricks should be allowed to dry. This can be done by exposing them to air and sunlight, preferably in a well-ventilated area, for several days. Ensure they are kept protected from rain or excessive moisture during the drying process.   Quality control: Inspect the cured and dried stock bricks for any defects, such as cracks or deformities. Remove any defective bricks from the batch.   Packaging and storage: Once the stock bricks are dry and inspected, package them appropriately for storage or transportation. Common packaging options include pallets or wooden crates.   It's important to note that the specific process may vary depending on the type and model of the stock brick machine used. Therefore, it's recommended to refer to the machine manufacturer's instructions for detailed guidance.     TPM China Stock brick machine video     Find a quality cement brick machine To produce cement stock bricks, it's very very important for brick manufacturers to find a quality cement brick machine. Below are several important features needs to be considered: 1) Production height:  Check with manufacturer for machine production height limitation for the maximum and minumum height both. Ensure the brick production height can fullfil your demends;   2) Capacity: Determine the production capacity you require. Consider the number of bricks need to produce per day or per hour. Choose a machine that can meet your daily production capacity;   3) Automation Level: The automation level of brick production line depends on how the wet brick blocks are handled. There are several handling system available on the market and the most popular and economic solution is using stacker. That means after stacking, wet bricks can be transferred to curing area by hydraulic trolley or forklift. This solution can be added with independent offline brick palletizing system so as to save labor cost and avoid management headache. In developed countries such as Europe or USA people prefer fully automatic brick production line using elevator, lowerator and finger car for complete brick manufacturing process. This greatly improve the entire procedure to highest automation level;   4)  Machine Size:Evaluate the available space to accommodate the machine. Consider the dimensions and weight of the machine to ensure it fits your working area'5) Durability and Maintenance: Look for a brick making machine that is built with high-quality materials, ensuring durability and longevity. Additionally, consider the availability of spare parts and after-sales service support, as well as the ease of maintenance;6) Cost: Set a budget and compare prices from different suppliers. Consider the overall value for money, taking into account the quality, features, and support provided by the manufacturer; Fully automatic stock brick machine price With more than 20 Years' experience in the field of automatic brick production machines, approach TPM for direct factory price. Based on your specific requirement, in a fully automatic stock brick machine, by changing molds, different type of concrete products can be realized on our brick making machines. TPM provides A to Z solutions for our clients to start the brick manufacturing business with semi-automatic as well as fully automatic production lines. We also help install, train and commission for cement brick machine at free of cost. Below are some information about TPM cement brick machines:    Technical details Machine model Pallet size Vibration Force Control system Hydraulic system TPM4000 880×540mm 2×5.5KW(Frequency inverter controlled) SIEMENS PLC 15KW hydraulic motorJapanese Yuken valves TPM6000G 880×680mm 2×9KW(Frequency inverter controlled) SIEMENS PLC 18.5KW SIEMENS motorJapanese Yuken valvesYoushun hydraulic pump TPM8000G 960×880mm 2×12KW(Frequency inverter controlled) SIEMENS PLC 22KW SIEMENS motorItalian VTOZ valvesAmerican Albert oil pump TPM10000G 1100×950mm 2×12KW Italian Physis servo motor(Servo-drive controlled) SIEMENS PLC 30KW SIEMENS motorItalian VTOZ valvesAmerican Albert oil pump     Machine capacity & Price: Machine model Brick Capacity In 8 Hours  Price as per capacity TPM4000 Daily 39,600 pcs of 210×100×70mm stock bricks per 8 hours Begin with $45,000 TPM6000G Daily 43,200 pcs of 210×100×70mm stock bricks per 8 hours Begin with $79,800 TPM8000G Daily 64,800 pcs of 210×100×70mm stock bricks per 8 hour Begin with $119,800 TPM10000G Daily 86,400 pcs of 210×100×70mm stock bricks per 8 hour Begin with $136,300     We also have other capacity block making machine at different cost. The price of our stock brick machine can be adjusted a little on machine configuration without compromising machine qualtiy and performance so as to meet your limited budget. Feel free to reach us for further information.