haomei mobile and semi mobile concrete mixing plants can be transported from site to site, saving you time and labour. Benefits of haomei’s batching plants include:
We also have a range of cement silos available including container and stackable container type, bag type, frame type and wheel type.
With the rapid development of the domestic and international infrastructure construction, frequent relocation of plants is required. However, the traditional structure caused difficult demolition and high cost. Based on the above ideas, HAOMEI concrete mixing plants developed with the international advanced level in the containerized concrete batching plants.
1. Standardized transportation: the use of full container modular design, the complete set of plant can be combined into five container modules, each module’s exterior design standard of international container.
2. swift installation: simply requires double-headed single cone and bolt connection between two containers; easy connection between each functional systems by pluging;
Disassembly time for the whole plant requires only half a day.
3. intergrated design: various system modules reasonably distributed in the five containers, standardized production, all the debugging and testing are completed before shipment to avoid any future mal-function.
4. compact structure, excellent environmetal performance: compact design enables the very limited occupation. Integrated interior design greatly reduces dust, vibration and noise.
1.The ergonomic design of the equipment entrance, hanging ladder ad control room, making more convenient operation and control.
2.No requirement for foundation, simply install on the ground that can withstand the pressure of 2.5kg/square cm.
3.equipment loaded in containers, movable around the nearest site for production, thus the transportation costs reduced, meantime the heat loss of the finished material being efficiently reduced, this way the quality of the material being muchly ensured.
4.materials and gas output time being shortened, reducing the heat loss and power consumption.
