Tanzania Cement Brick Machine Price

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EQUIPMENT FEATURES
NPHZS25 low-level commercial concrete mixing station is a concrete mixing station composed of JS500 forced mixer, batching machine, cement silo, screw conveyor, cement scale, electrical control system and steel structure platform. It adopts modular structure design, which is convenient for disassembly and assembly, and convenient for construction; advanced control technology, electronic weighing and metering are equipped with buffer device and automatic compensation function, and high metering accuracy; the batching system adopts widened belt design, fast material transfer speed and high production efficiency, which is an ideal choice for producing high-quality concrete.

GWHZS25 LOW MERCHANT MIXING STATION & ONE DRIVE TWO WET PRODUCTION LINE

WORKING PROCESS
1. The inclined loading system is responsible for receiving concrete and lifting the concrete obliquely to the mobile material car;
2. The mobile material car unloads the material through the spiral;
3. The prefabricated mold is placed on the vibration platform as required to ensure the density and strength of the prefabricated block;
4. The rolling conveyor system accumulates the prefabricated products to the required quantity and then transfers them to the drying site for maintenance.

EOUIPMENT PARAMETERS

Mixer model JS500
Host power 52kw
Host weight 8T
Host dimensions 12250x1806x2970mm
Execution standards GB/T1071-2015
Discharging capacity 500L
Feeding capacity 800L
Theoretical output >25m³/h
Mixing cycle 72S
Discharging height 1.5m

The influence of pallet size on the production efficiency of brick making machines is mainly reflected in the following aspects:

Quantity of Single Molding

Adapt to the Mold: The size of the pallet needs to match the mold of the brick making machine. If the pallet is too small, the mold cannot be completely placed on the pallet, or the number of molds that can be placed is small, resulting in a decrease in the number of bricks formed at a time, thus directly reducing the production efficiency. For example, if a mold is designed to be suitable for a pallet of 850×850mm, using a pallet of 700×700mm may make it impossible to install the mold, or only a part of the original number of molds can be installed, resulting in a decrease in the output of bricks per production cycle.

Space Utilization: Larger pallets can carry more molds without exceeding the working table range of the brick making machine, making full use of the working table space of the brick making machine, thereby increasing the number of bricks formed at a time. Taking the 8-15 type non-fired brick machine as an example, using an 850×890mm pallet can increase the number of standard bricks formed each time from 36 to 40 or more compared to using a 700×700mm pallet, effectively improving the production efficiency.

Production Cycle

Transfer Time: The size of the pallet affects its transfer time among various processes of the brick making machine. Smaller pallets are relatively lighter in weight and may be more convenient and faster to transfer. However, if they are too small, it will be necessary to replace the pallets frequently to meet the production requirements, which will also increase the overall transfer times and time costs. Larger pallets can reduce the number of transfers, but if they are too heavy or too large, they may slow down the operation speed of the transfer equipment, or require special transfer equipment and operation procedures, which will also affect the transfer efficiency and thus prolong the production cycle.

Waiting Time: If the pallet size does not match the feeding and vibration devices of the brick making machine, problems such as uneven feeding and insufficient vibration may occur, resulting in the need for additional time for adjustment or supplementary operations. For example, if the pallet is too large and exceeds the effective coverage range of the feeding device, there may be insufficient feeding in some areas, requiring refeeding and increasing the production cycle.

Equipment Utilization Rate

Compatibility: Pallets of suitable size can be perfectly adapted to the overall structure and work process of the brick making machine, enabling the full utilization of various functions of the brick making machine and improving the equipment utilization rate. If the pallet size is not suitable, the brick making machine may get stuck or break down during operation, affecting the normal use of the equipment and reducing the equipment utilization rate.

Wear Degree: Improper pallet size may increase equipment wear. For example, if the pallet is too large, it may rub against the edges or other components of the equipment when entering and exiting the brick making machine, accelerating the wear of the equipment and requiring more frequent maintenance, thus reducing the effective working time and production efficiency of the equipment.

Subsequent Processing Efficiency

Palletizing Process: The pallet size determines the operation difficulty and efficiency during palletizing. Pallets of suitable size can make the bricks more neat and stable during palletizing, facilitating the operation of forklifts or other handling equipment and improving the palletizing speed. Improperly sized pallets may cause the bricks to be stacked unevenly, increasing the difficulty of subsequent handling and storage, and may even cause the bricks to collapse, requiring re-arrangement and reducing the overall production efficiency.

Curing Process: In the curing process, the pallet size affects the space utilization rate and curing effect of the curing site. Pallets of suitable size can be placed reasonably in the curing site, making full use of the space, while ensuring uniform air circulation and temperature and humidity distribution, which is conducive to the curing of bricks. If the pallet is too large or too small, it may lead to waste of space in the curing site, or the spacing between bricks is unreasonable, affecting the curing effect and prolonging the curing time, indirectly affecting the production efficiency.

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