Concrete equipment

The HZS25 is a stationary wet-mix concrete batching plant with a theoretical capacity of 25 m³/h. Its reference configuration combines a JS500 twin-shaft mixer, a PLD800 aggregate batching unit, and separate cement, water, and admixture weighing systems.

The HZS35 is a stationary wet-mix concrete batching plant with a theoretical capacity of 35 m³/h. Its reference configuration combines a JS750 twin-shaft mixer, a PLD1200 aggregate batching unit, and separate cement, water, and admixture weighing systems.

The HZS50 is a stationary wet-mix concrete batching plant with a theoretical capacity of 50 m³/h. Its reference configuration combines a JS1000 twin-shaft mixer, a PLD1600 aggregate batching unit, and separate cement, water, and admixture weighing systems.

HZS60 is a stationary wet-mix concrete batching plant for ready-mix production, road and bridge work, industrial facilities and medium-scale construction projects. The approved reference configuration combines 60 m³/h theoretical capacity, a 1.0 m³ JS1000 twin-shaft forced-action mixer, three 15 m³ aggregate bins and a 500 t/h inclined belt conveyor. The final silo quantity, screw conveyors, enclosure, climate package and electrical scope are selected for the project. Actual output varies with the recipe, mixing time, aggregate moisture, material supply and truck cycle.

The HZS75 is a stationary wet-mix concrete batching plant with a theoretical capacity of 75 m³/h. Its reference configuration combines a JS1500 twin-shaft mixer, a PLD2400 aggregate batching unit, and separate cement, water, and admixture weighing systems.

HZS90 is a stationary wet-mix concrete batching plant for commercial ready-mix, road and bridge construction, industrial facilities and larger building projects. The approved reference configuration combines 90 m³/h theoretical capacity, a 1.5 m³ JS1500 twin-shaft forced-action mixer, three 17 m³ aggregate bins and inclined belt feeding. Silo capacity, screw conveyors, enclosure, climate equipment and final electrical scope are confirmed for each project. Actual output varies with the recipe, mixing time, material flow and truck logistics.

HZS120 is a stationary wet-mix concrete batching plant for commercial ready-mix, road and bridge construction, industrial facilities and large residential projects. The approved reference configuration combines 120 m³/h theoretical capacity, a 2.0 m³ JS2000 twin-shaft forced-action mixer, four 25 m³ aggregate bins and an 800 t/h inclined belt conveyor. Final silos, screw conveyors, environmental systems, climate equipment and electrical scope are selected for the project. Actual site output depends on the recipe, mixing time, material supply and dispatch cycle.

A high-capacity stationary wet-mix batching plant for commercial ready-mix operations, major infrastructure works and long-duration construction projects. The reference configuration combines a JS3000 twin-shaft mixer, four 40 m³ aggregate bins and a 700 t/h belt conveying system. Nominal capacity is 180 m³/h; actual output depends on the mix design, material condition, loading cycle and site organization.

The HZS240 is a stationary wet-mix concrete batching plant with a theoretical capacity of 240 m³/h. Its reference configuration combines a JS4000 twin-shaft mixer, a PLD4800 (4,800 L) aggregate batching unit, and separate cement, water, and admixture weighing systems.

LSY219, LSY273 and LSY325 tubular screw conveyors transfer cement, fly ash and compatible mineral powder through an enclosed line from a silo to the batching plant powder scale. Source-reference capacities are 40, 80 and 110 t/h; actual throughput depends on material properties, conveyor length, inclination and filling level.

Bolted sectional silos in the 50–200 t range are transported as curved steel panels and assembled on site. Six reference models are intended for export and long-distance logistics where transporting a fully welded silo body is impractical.

Horizontal cement silos in the 50–150 t range are low-profile steel units for enclosed storage of cement, fly ash and compatible mineral powder. The 50, 60, 80, 100 and 150 t models are used with mobile batching plants, temporary sites and locations with height restrictions.

The PLD800–PLD4800 series covers six machines for recipe-based storage, weighing and belt transfer of sand, crushed stone and gravel. Source-reference dry-aggregate throughput is 48–280 m³/h; bin count, weighing arrangement and plant integration are confirmed for each project.

The JS500–JS4000 series covers seven compulsory twin-shaft mixers with nominal batch outputs from 500 to 4,000 L. They work as stand-alone mixers or as the central mixer of a batching plant; drive, charging, discharge and control scope are confirmed for each project.

A medium-output modular wet batching plant with a JS1500 twin-shaft mixer, four-compartment aggregate section and belt feeding. TANKER’s MHZS90 project records use 60 m³/h as the practical reference and list 380 V, 50 Hz, three-phase power.

A compact modular wet batching plant with a JS1000 twin-shaft mixer, four-compartment aggregate section and belt feeding. TANKER’s MHZS60 project records use 40 m³/h as a practical project reference and list 380 V, 50 Hz, three-phase power.

Pan mixers are intended for batch mixing in precast products, blocks, pavers, kerbstones and mortar production. Model, pan capacity, drive power, discharge gate and dosing integration are confirmed for each project.

A modular wet-mix batching plant with a JS2000 twin-shaft mixer, 4×15 m³ aggregate bins and belt feeding. One documented factory configuration is rated up to 110 m³/h on 380 V, 50 Hz, three-phase power; actual output depends on mix design, aggregate moisture, material flow and cycle time.

The YHZS series is a family of mobile wet-mix batching plants with nominal theoretical capacities from 25 to 90 m³/h. The reference range combines JS500–JS1500 twin-shaft forced-action mixers, a three-section aggregate bin, belt transfer, separate cement-water-admixture dosing and automatic control on a relocatable structural platform. Preassembled modules can reduce site assembly and cabling compared with a conventional stationary layout. Cement silos, screw conveyors, climate equipment and external utilities are selected for the project. Actual output depends on model, recipe, mixing time, aggregate moisture, material supply and truck logistics.

The YHZM series integrates aggregate batching, belt transfer, water and cement supply, a reversing-drum mixer and control equipment on a compact mobile platform. YHZM50, YHZM60 and YHZM75 models cover a nominal theoretical range of 25–65 m³/h for temporary, distributed or frequently relocated construction sites. The drum-mixer arrangement is intended for compatible general-purpose concrete recipes. For demanding low-slump, high-strength or multi-component concrete, a twin-shaft forced-action mobile plant should also be evaluated. Actual output depends on recipe, 90–120 second reference mixing time, material condition, loading cycle and site logistics.

Vertical-shaft planetary mixers provide intensive batch mixing for precast products, paving elements, coloured, fibre-reinforced and other special concretes. Model, nominal batch output, drive power, discharge gates and control integration are confirmed for each project.

Vertical cement silos with nominal capacities of 50, 100, 150 and 200 tonnes for enclosed storage of cement, fly ash and compatible mineral powders at concrete batching plants. Capacity is selected from material consumption, delivery interval, number of binders and the required operating reserve. The silo system can include the shell and cone, support legs, pneumatic filling pipe, top filter, pressure-relief valve, level indicators, flow-aid devices, outlet gate and screw-conveyor connection. Final dimensions, foundation loads and accessories depend on material bulk density and the approved project configuration.

The concrete batching plant control system coordinates aggregate, cementitious materials, water, admixtures, mixing and discharge in one production sequence. Depending on the plant configuration, it supports automatic production, semi-automatic operation and manual service control. The project-specific system can combine an operator interface, PLC and I/O modules, weighing controllers, an electrical cabinet, recipe management, batch reports, alarms and access permissions. Networking, remote diagnostics, automatic moisture correction and integration with plant software are optional.

Fixed-hopper reversing drum mixers are intended for independent batch concrete production on small and medium construction sites. Model, nominal batch output, hopper capacity, drive and electrical supply are confirmed for each project.