Concrete plant projects
Concrete plant projects delivered, installed and commissioned
2026HZS150 Stationary Batching Plant Installation in Tashkent
Factory project material shows an HZS150 stationary concrete batching plant being assembled in Tashkent. The source lists a stated capacity of 100 m³/h and a 380 V, 50 Hz, three-phase supply for this site. The photographs show a high mixing tower, belt-fed aggregate line, several cement silos and a JS-family twin-shaft mixer. They document installation and final assembly; actual production results and an acceptance-test record are not included in the source. For a stationary line, foundation loads, silo positions, truck-mixer access, electrical capacity, water and drainage are coordinated in the site design. The final equipment package is selected for the concrete recipes and required cement storage.
2026HZS90 Batching Plant and Precast Slab Production in Jalal-Abad
This project in Jalal-Abad, Kyrgyzstan, shows an HZS90 stationary wet-mix concrete batching plant serving a precast slab production yard. The page states a theoretical capacity of up to 90 m³/h; actual output depends on the mix, aggregate moisture, cycle time and internal logistics. The photographs confirm a four-compartment aggregate unit, horizontal collecting belt, inclined belt conveyor, enclosed mixing tower, one cement silo and screw feeding. The exact mixer nameplate and weighing-system parameters cannot be verified from the images, so they are not published as project specifications. A loader supplies the separate aggregate bins, and the weighed fractions travel by belt to the mixing tower. Cement is fed from the silo by screw conveyor, while water and admixtures enter through their respective dosing circuits. Mixed concrete is collected by site transport at the discharge point and sent to the slab moulds according to the casting plan. The precast area includes long-bed moulds and gantry cranes, bringing concrete production and precast-element forming together at one production base. A stationary line requires coordinated foundation loads, drainage, power and water connections, loader access, truck-mixer routes and crane paths. The site photographs document the assembled plant, aggregate-filled bins, a truck mixer at the discharge area and the precast slab equipment. No acceptance-test record, verified daily output or concrete-quality report is available; 90 m³/h is therefore stated as the theoretical capacity of the HZS90 class, not as guaranteed site performance.
2026MHZS60 Modular Batching Plant Project in Russia
Factory project material shows an MHZS60 modular concrete batching plant installed in Russia. The document records a stated capacity of 40 m³/h and a 380 V, 50 Hz, three-phase supply for this site. The photographs show a compact modular arrangement with belt feeding, a multi-bin aggregate section, mixing tower and cement silo. The site is pictured in cold, snowy conditions, but the source does not specify the exact winter package or report operating performance. This case documents the assembled site appearance of an MHZS-family plant. Final output, heating and enclosure requirements for Russia and CIS projects are determined from local temperature, concrete recipes and material logistics.
2026MHZS120 Modular Concrete Batching Plant Project in Niger
Project overview The factory document for the MHZS120 modular concrete batching plant prepared for Niger lists a 90 m³/h project value and a 380 V, 50 Hz electrical supply. The 90 m³/h figure is a project reference, not guaranteed site output; actual production depends on the concrete recipe, cycle time, aggregate moisture and continuity of material supply. Visible configuration The project photographs show a multi-compartment aggregate section marked MHZS120, belt transfer, supporting steelwork and the mixing module during site assembly. Cement silos are not visible, so their quantity and capacity are not stated. Modular layout The MHZS platform divides the main units into transportable modules and can reduce conventional foundation work compared with a classic stationary plant. It does not mean that no foundation is required: ground conditions, support pads, drainage and anchoring still need engineering confirmation. Planning for Niger conditions For a hot and dusty environment, planning should cover electrical-cabinet protection, regular filter cleaning, belt and bearing inspection, reliable water supply and sheltered aggregate storage where necessary. Project status The gallery documents the assembly stage. The source does not provide a commissioning date or measured production result. Before quotation, the required daily output, aggregate fractions, silo quantity, screw-conveyor layout, water source, generator or transformer capacity and concrete-transport logistics must be confirmed. The displayed 2026 date is the website publication year because the source does not identify the commissioning year.
2026Twin-Line MHZS90 Concrete Batching Plant in Hangzhou, China
Project overview The factory document identifies the location as Hangzhou, China and the equipment as a twin-line MHZS90 concrete batching plant. It lists a 90 m³/h project value and 380 V / 50 Hz power. The source does not clarify whether 90 m³/h applies to each line or to the complete installation, so the page does not calculate a combined 180 m³/h output. Parallel process layout Site photographs show two elevated mixing modules positioned side by side, two separate inclined belt conveyors, multi-compartment aggregate bins and several vertical cement silos. JS1500 markings are visible on both mixer bodies. The arrangement supports two parallel material flows, while the actual operating mode depends on controls and the approved project configuration. Material flow Aggregates discharge from the bin compartments to lower collecting belts and travel through separate inclined conveyors to the mixing modules. Powder materials are supplied from the silos through enclosed screw-conveyor lines. The photographs show the main units connected on site. Verified and unverified information The photographs confirm the assembled twin-line installation. The source does not provide a commissioning certificate, measured output, silo or bin capacities, weighing accuracy, customer name or project date. The 90 m³/h value is therefore presented as a source-recorded project figure rather than guaranteed operating performance. The displayed 2026 date is the website publication year.
2026MHZS90 Concrete Batching Plant in Tashkent
Project overview This case shows an MHZS90 concrete batching plant installed at a construction-materials site in Tashkent, Uzbekistan. The factory document lists a 60 m³/h project configuration and 380 V/50 Hz power. Verified configuration The project photographs clearly show a JS1500 mixer, a four-compartment aggregate batching unit, a collecting belt below the batching section, and an inclined belt conveyor. Aggregates are discharged from the compartments to the belt and then conveyed to the elevated mixing module. Site layout The equipment is arranged in a linear flow beside the aggregate stockpiles. This layout keeps the loader route to the bins straightforward and makes the material path from batching to mixing easy to inspect. Project status and note The photographs verify that the equipment was assembled on site. The source does not provide final commissioning-test results, daily production data, silo quantity, or dosing accuracy. The 60 m³/h figure is the nominal project configuration; actual output depends on the mix design, material moisture, supply continuity, cycle time, and truck logistics.
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