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How much does a concrete ...
Forum: concrete machinery
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Qt 8-15 large fully autom...
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QT12-15 fully automatic c...
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QT10-15 fully automatic ...
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Stationary concrete batch...
Forum: concrete machinery
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What Is a Concrete Mixer ...
Forum: concrete machinery
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12-03-2024, 01:50 AM
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Some knowleage about oper...
Forum: concrete machinery
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11-19-2024, 06:39 AM
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How to prevent the concre...
Forum: concrete machinery
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concrete tractor pump, co...
Forum: concrete machinery
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11-04-2024, 07:19 AM
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Concrete pump commonly us...
Forum: concrete machinery
Last Post: slopoutor
10-22-2024, 07:14 AM
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| Test of automatic brick making machinery before shipment |
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Posted by: slopoutor - 09-06-2023, 01:30 AM - Forum: concrete machinery
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Testing an automatic brick making machine involves several steps. Here's a step-by-step guide:
1. Check the machine's components: Inspect all parts of the machine, including the control panel, conveyor belts, molds, vibration system, and hydraulic system, to ensure they are in good condition and properly assembled.
2. Ensure power supply: Make sure the machine is connected to a stable power supply and turned on. Verify that all electrical connections are secure.
3. Adjust machine settings: Set the desired parameters on the control panel, such as brick dimensions, production rate, and any other specifications according to the machine's user manual.
4. Prepare raw materials: Fill the machine's hopper with the necessary raw materials, usually a mixture of cement, sand, and other additives. Confirm that the materials are of the correct proportions and consistency.
5. Start the machine: Activate the machine by pressing the start button on the control panel. Observe the machine's operation and check for any abnormal sounds or vibrations.
6. Monitor the mold filling process: Observe the machine as it fills the molds with the prepared mixture. Ensure that the material is evenly distributed and properly compacted by the vibration and hydraulic systems.
7. Inspect brick formation: Once the molds are filled, allow the machine to complete the brick formation process. Check the bricks as they are automatically released from the molds to ensure they have the desired shape, consistency, and quality.
8. Monitor conveyor belt operation: Verify that the conveyor belts are transporting the formed bricks without any issues or blockages. Check the speed and alignment of the belts to ensure smooth operation.
9. Evaluate brick strength and quality: Take a few sample bricks from the production line and conduct tests to evaluate their strength, shape, size, and durability. This can include compression tests or visual inspections.
10. Adjust settings if necessary: If any issues or inconsistencies are identified during the testing process, make appropriate adjustments to the machine's settings, such as vibration intensity, raw material proportions, or mold alignment.
11. Clean and maintain the machine: Once the testing is complete, clean the machine thoroughly to remove any residual material. Perform routine maintenance tasks as per the manufacturer's guidelines to keep the machine in optimal condition.
Remember to always refer to the manufacturer's instructions and safety guidelines throughout the testing process.
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| Price of concrete block making machine and the cost to setup a brick making plant |
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Posted by: slopoutor - 09-04-2023, 01:36 AM - Forum: concrete machinery
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The price of a concrete block making machine can vary significantly depending on several factors, including the brand, model, capacity, features, and supplier. Additionally, prices may also vary based on your location and any additional accessories or customization options you require. It is best to contact manufacturers, distributors, or suppliers directly for specific pricing information.
Regarding the cost to set up a brick making plant, it depends on various factors as well. Here are some key components to consider when estimating the cost:
1. Land and Building: The cost of purchasing or leasing land for the plant and constructing or renovating the building to house the manufacturing operations.
2. Machinery and Equipment: This includes the cost of acquiring the necessary machinery and equipment for the production process, such as block making machines, mixers, molds, curing racks, and handling equipment.
3. Raw Materials: The cost of sourcing raw materials, including cement, aggregates (sand, gravel), water, and additives. Consider transportation costs if the raw materials need to be sourced from distant locations.
4. Utilities: Expenses associated with utilities such as electricity, water supply, heating, ventilation, and air conditioning.
5. Labor Costs: Estimate the cost of hiring and training personnel for various tasks, including machine operators, maintenance technicians, quality control inspectors, and administrative staff.
6. Licensing and Permits: Costs associated with obtaining necessary licenses, permits, and certifications required to operate a brick making plant.
7. Transportation and Logistics: Consider costs related to transporting finished bricks to customers or distributors, as well as inbound and outbound logistics.
8. Marketing and Promotion: Budget for marketing efforts to promote your products, including website development, advertising, and branding activities.
9. Maintenance and Repairs: Allocate funds for routine maintenance, repairs, and replacement of machinery and equipment.
10. Miscellaneous Expenses: Include additional costs such as insurance, taxes, legal fees, and contingency funds.
It's important to conduct a detailed feasibility study and business plan to estimate the specific costs involved in setting up a brick making plant. Consulting with industry experts, suppliers, and manufacturers can provide valuable insights into the cost estimation process.
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| Mobile Boom Concrete Pump Operator |
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Posted by: slopoutor - 09-01-2023, 06:38 AM - Forum: concrete machinery
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Mobile Boom Concrete Pump Operator Required for 2018 Sermac 5Z36 or the right candidate 2023 Schwing S31XT!
Must have experience, be prepared to work as part of a team in a growing business and be pro active with customers..
Most of our work is within 90 mins of our depot, we try to stay local
Probably the best pay structure in the Bristol area, we guarantee the minimum hire period plus minimum travel of 1 hour, if you do a second job you accumulate the minimum hire period the customer is paying for. For example complete 2 x 8 hour hires your being paid 16 hours plus travel but may only actually work 12 and any accumulated hours are paid at the higher overtime rates.
Saturdays are paid at overtime rates.
Rates start at £34,320 basic per annum for 8 hours Monday to Friday, overtime after 8 hours, PAYE paid weekly.
Minimum license requirement HGV Class 2 (this can be provided for the right candidate, subject to T’s and C’s).
CPCS or CSCS NPORS red cards working towards NVQ or blue competent cards, again this can be provided subject to T’s and C’s
Fitness to work certificate will need to be completed if application is successful during probation period.
For further info please DM Sam.wright@pumpwright.com or text 07920 037 848.
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| Where Can I Find the Battery Size Needed for my Ferris Mower? |
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Posted by: BrontobbShucceemo - 09-01-2023, 03:25 AM - Forum: Mowers
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Battery size information is available in the operator’s manual. To locate the operator manual for your Ferris mower, go to our Manuals & Parts page located under the Support tab, or click here.
For assistance with servicing your Ferris mower, please contact your nearest authorized Ferris dealer. To locate your nearest dealer, click here.
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| How does a concrete mixer with pump work? |
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Posted by: slopoutor - 09-01-2023, 01:40 AM - Forum: concrete machinery
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Self Loading Concrete Mixer is a kind of multifunctional machinery which combines the transit mixer, concrete mixer and wheel loader together. It can automatically load, measure, mix and discharge concrete mixture. The self loading concrete mixer is just like a truck and the operator can drive it to where it needs to go. It is very convenient for loading material, such as cement, aggregate, stone.
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| Manual clay brick making machine without power |
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Posted by: BrontobbShucceemo - 09-01-2023, 01:22 AM - Forum: concrete machinery
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A manual clay brick making machine without power is a device used for manually producing bricks from clay or soil without the need for electricity or any other external power source. It is typically operated by hand, requiring physical effort to mold and shape the bricks.
The basic operation of a manual clay brick making machine involves the following steps:
1. Preparation: The clay or soil needs to be properly prepared by removing impurities such as rocks, stones, and organic matter. The clay is then mixed with water to create a workable consistency.
2. Molding: The prepared clay is placed into the brick-making machine. The machine usually consists of a mold or a series of molds that determine the shape and size of the bricks. The operator manually presses and compacts the clay within the mold to form a brick.
3. Removal: Once the brick has been molded, it is carefully removed from the mold and set aside to dry. The drying process may take several days, depending on the weather conditions and the moisture content of the clay.
4. Curing and firing: After the bricks have dried sufficiently, they are typically cured or fired to increase their strength and durability. This can be done using traditional methods such as sun-drying or by using a kiln if available.
Regarding the price, it can vary depending on various factors such as the quality, size, and capacity of the machine, as well as the location and the supplier. And generally speaking the price range is about $600-900, It is recommended to contact local manufacturers, distributors, or suppliers of manual clay brick making machines to inquire about the specific prices and options available in your area.
Please note that the information provided here is a general introduction to manual clay brick making machines without power. For more detailed and specific information, it is advisable to consult with experts or professionals in the field of brick making machinery.
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| how to test a brick making machinery |
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Posted by: slopoutor - 09-01-2023, 01:20 AM - Forum: concrete machinery
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To test the quality and production of an automatic brick making machinery, you can follow these steps:
1. Raw Material Testing: Start by testing the raw materials used in the brick making process. This includes checking the quality and properties of cement, sand, aggregates, colorants, and other additives. Ensure that the raw materials meet the required standards and specifications for producing high-quality bricks.
2. Machine Calibration: Before conducting production tests, calibrate the automatic brick making machine to ensure accurate measurement, consistent mixing, and proper compaction. Adjust the settings and parameters of the machine as per the manufacturer's guidelines to optimize performance.
3. Production Trial Run: Conduct a trial run to evaluate the machine's production capacity and efficiency. Start with a small batch to assess the quality of the bricks produced. Observe the machine's operation, including mixing, molding, pressing, and curing processes. Check for any abnormalities or issues during the production process.
4. Quality Assessment: Inspect the produced bricks for their quality. Look for attributes such as dimensional accuracy, strength, density, color consistency, surface texture, and appearance. Conduct relevant tests, such as compressive strength tests, water absorption tests, and visual inspections, to verify the quality of the bricks.
5. Production Monitoring: Monitor the machine's production over an extended period to assess its long-term performance. Measure the output rate, production efficiency, and energy consumption. Keep track of any variations in quality or productivity that may occur during continuous operation.
6. Sample Testing: Regularly collect samples of bricks produced by the machine and subject them to laboratory testing. These tests should include various quality parameters, such as compressive strength, water absorption, abrasion resistance, and freeze-thaw durability. Compare the results against industry standards to ensure the bricks meet the required specifications.
7. Maintenance and Service: Pay attention to the maintenance and service requirements of the automatic brick making machine. Regularly inspect and clean the machine, lubricate moving parts, and address any issues or malfunctions promptly. Proper maintenance will help ensure consistent quality and prolong the machine's lifespan.
8. Continuous Improvement: Based on the test results and feedback, identify areas for improvement in the machine's design, operation, or production process. Work closely with the manufacturer or technical experts to implement necessary modifications or upgrades that enhance the quality and efficiency of the brick making machinery.
By following these steps, you can effectively assess the quality and production capabilities of an automatic brick making machinery. Regular testing and monitoring will help maintain consistent quality, optimize production processes, and ensure the longevity of the machine.
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| What machine makes bricks |
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Posted by: slopoutor - 09-01-2023, 01:18 AM - Forum: concrete machinery
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Bricks can be made using various types of machines specifically designed for brick production. Here are some commonly used machines for making bricks:
1. Manual Brick Making Machine: These machines are operated manually and require human effort to mold and shape the bricks. They are typically more affordable but have lower production capacity compared to automated machines.
2. Semi-Automatic Brick Making Machine: These machines combine manual labor with some level of automation. They usually feature mechanisms for material feeding, compaction, and brick ejection, reducing the manual effort required. Semi-automatic machines offer higher production capacity than manual machines.
3. Fully Automatic Brick Making Machine: These machines are fully automated and require minimal manual intervention. They have advanced features such as automatic material feeding, compaction, brick ejection, and stacking. Fully automatic machines can produce bricks at a faster rate and with higher precision.
4. Clay Brick Extruder Machine: This machine is used for extruding clay or soil-based raw materials through a die to form continuous brick columns. The columns are then cut into individual bricks of desired length. Clay brick extruders are commonly used for large-scale brick production.
5. Concrete Block Making Machine: While not specifically for traditional clay bricks, concrete block making machines are widely used for producing concrete blocks that can be used in construction. These machines use a mixture of cement, sand, aggregate, and water to create blocks of various sizes and shapes.
The choice of the machine depends on factors such as the type of bricks required (clay bricks, concrete blocks, etc.), the desired production capacity, available resources (such as power supply and labor), and budget considerations.
It's important to note that different regions and manufacturers may have variations in machine design and terminology. Consulting with local brick-making machine manufacturers or suppliers can provide specific information on the machines available in your area.
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| Earn Money at Home with a Block Brick Making Machine |
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Posted by: BrontobbShucceemo - 08-18-2023, 01:36 AM - Forum: concrete machinery
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Small Business Ideas: Earn Money at Home with a Block Brick Making Machine
Are you looking for a profitable small business idea that you can operate from the comfort of your own home? Consider investing in a block brick making machine and entering the building material machinery industry. By producing high-quality blocks or bricks, you can cater to the growing demand for construction materials and earn a substantial income.
Block brick making machines are efficient, cost-effective, and user-friendly, making them an ideal choice for aspiring entrepreneurs. With these machines, you can easily produce different sizes and shapes of blocks or bricks, which are widely used in various construction projects such as building houses, pavements, or even landscaping.
To start your small business, you will need to purchase a block brick making machine and raw materials like cement, sand, and aggregates. Once you have your equipment and materials ready, you can begin producing blocks or bricks according to clients' specifications.
The advantages of this business venture are numerous. First and foremost, you can operate this business from the comfort of your own home, saving on rental costs and commuting. Additionally, there is a constant demand for construction materials, ensuring a steady stream of customers and income. With proper marketing strategies, you can establish a loyal client base and expand your business.
Moreover, investment in the building material machinery industry allows you to contribute to the development and growth of the construction sector. With your high-quality blocks or bricks, you can assist in the construction of durable structures, ensuring the safety and longevity of buildings.
To succeed in this venture, it is crucial to offer excellent customer service, maintain consistent product quality, and stay updated with industry trends. By investing in training for yourself and any employees, you can enhance your skills and ensure efficient production processes.
In conclusion, starting a small business using a block brick making machine in the building material machinery industry can be a profitable and fulfilling endeavor. By producing high-quality blocks or bricks, you can contribute to the construction sector while earning a substantial income. With dedication, proper planning, and perseverance, your small business can thrive in the comfort of your own home.
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| How to make perfect concrete blocks by automatic brick making machine |
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Posted by: slopoutor - 08-18-2023, 01:34 AM - Forum: concrete machinery
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How to make perfect concrete blocks by automatic brick making machine
To make perfect concrete blocks using an automatic brick making machine, follow these steps:
1. Preparation:
- Ensure that the raw materials, such as cement, sand, aggregate, and water, are readily available.
- Set up the automatic brick making machine and ensure it is in good working condition.
2. Raw material mixing:
- Measure the required quantities of cement, sand, aggregate, and water according to the specifications for the concrete blocks.
- Use a concrete mixer or batching plant to thoroughly mix the ingredients until a consistent mixture is obtained.
3. Feeding the machine:
- Load the prepared concrete mixture into the hopper of the automatic brick making machine.
- Make sure the machine is set to the desired settings for block size and shape.
4. Block molding:
- Activate the machine to start the mold filling process. The machine will compact the concrete mixture into the desired block shape.
- The machine may have different modes, such as vibration or hydraulic pressure, to ensure proper compaction and removal of air voids.
5. Curing and drying:
- Once the blocks have been molded, they need to be cured and dried properly for strength and durability.
- Depending on the specific requirements and curing methods recommended, the blocks may need to be kept damp and covered for a specified duration.
6. Demolding and stacking:
- After the curing period, demold the blocks carefully from the machine.
- Stack the blocks in a designated area to allow them to further dry and gain strength.
7. Quality control:
- Regularly inspect and test the concrete blocks for dimensional accuracy, strength, and other quality parameters.
- Any defective blocks should be rejected and recycled.
Remember to always refer to the manufacturer's instructions for operating the specific automatic brick making machine you are using. Additionally, ensure compliance with local building codes and regulations during the entire process.
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