Concrete mixer truck

The concrete mixer truck (commonly known as the mixing tank truck or snail truck) is a specialized engineering vehicle designed for long-distance transportation and on-site quality mixing of ready-mixed concrete. It is built by integrating a well-known automotive chassis with a dedicated mixing equipment, combining driving, mixing, conveying, and cleaning functions. Its core function is to continuously rotate the mixing drum during transportation to prevent initial setting and segregation of concrete, ensuring that the workability and uniformity meet standards upon arrival at the construction site. It is a key equipment connecting the mixing plant and the construction site, widely applicable to scenarios such as commercial concrete distribution, large-scale infrastructure, municipal engineering, and prefabricated components.

1. Three-dimensional double-helix tank body, ensuring even mixing and clean discharge

The tank body is rolled from high wear-resistant alloy steel (such as BW300TP), which has high hardness and wear resistance, and its service life is more than twice that of ordinary steel plates;
The internal three-dimensional double-helix blade design ensures fast feeding, thorough mixing without dead zones, and complete discharge, with a residual rate of ≤0.5%, significantly surpassing industry standards;

The rotational speed of the tank body is adjustable from 0 to 14 r/min, with a feeding speed of 2 to 4 r/min and a discharging speed of 6 to 12 r/min. It is suitable for all grades of concrete from C15 to C60.

2. Enhanced by a renowned chassis, it boasts strong power and excellent off-road performance

Optional mainstream special-purpose chassis such as Sinotruk, Shaanxi Automobile, and Foton, equipped with 180–320 horsepower engines, provide ample power and strong climbing ability (maximum climbing gradient ≥35°);

The chassis features lightweight design, utilizing fewer leaf springs and a cast rear axle, resulting in a low curb weight, strong load capacity, and low fuel consumption, all of which meet the regulatory requirements for heavy-duty transportation;

The braking system has been upgraded, featuring ABS and automatic adjustment arms as standard equipment, ensuring safe and reliable braking and reducing the risks associated with long-distance transportation.

3. Full hydraulic transmission + intelligent control, stable and easy to operate

Equipped with an imported hydraulic system (Eaton/Weifu) and a closed-loop transmission system with a reducer, it features efficient power transmission, stable operation, low noise, and low failure rate;

Three-in-one control: The forward and reverse rotation and speed of the tank body can be controlled from inside the cab and from both the left and right sides of the rear, ensuring convenient, safe, and efficient operation;

An optional intelligent monitoring system is available, which can display the tank's rotational speed, oil temperature, and pressure in real time, and trigger automatic alarms in case of faults, making operation and maintenance hassle-free.

4. Large-capacity water supply + environmentally friendly design, ensuring cleanliness and compliance

Equipped with a standard 450L pneumatic water supply system, with a water pressure of 0.6–0.8MPa, it can quickly clean the tank body, blades, and vehicle body to prevent cement agglomeration and residue;

Fully sealed tank body + anti-overflow design, ensuring no leakage or dust during transportation, meeting urban environmental protection construction requirements;

The body paint process ensures corrosion and rust resistance, durable appearance, and adaptability to complex working conditions on construction sites.

5. Multi-specification full coverage, flexible scene adaptation

Mainstream specifications: 3-way, 4-way, 6-way, 8-way, 10-way, 12-way, 15-way, covering all needs from small construction sites to large commercial concrete stations;

Small 3–4-wheeled vehicles have short bodies and small turning radii, making them suitable for narrow city roads, tunnels, country lanes, and indoor construction sites;

The large 12–15 cubic meter mixer truck has a large capacity and high efficiency, suitable for batch delivery of commercial concrete and large-scale infrastructure projects.

By volume: small (3–4 cubic meters), medium (6–8 cubic meters), large (10–15 cubic meters);

Based on chassis: fuel version (diesel), new energy version (electric / battery swapping);

By purpose: standard delivery type, lightweight energy-saving type, and narrow-body city type.

✅ Commercial concrete delivery: Long-distance transportation from the commercial concrete station to the construction site, ensuring quality and uniformity;

✅ Large-scale infrastructure projects: high-rise residential buildings, factories, bridges, tunnels, highways, etc;

✅ Municipal water conservancy projects: urban roads, pipe network renovation, river regulation, and farmland water conservancy;

✅ Rural construction: self-built houses, rural roads, small canals, and courtyard terraces;

✅ Prefabricated Component Factory: Transportation of materials for mass production, including roadside stones, permeable bricks, and prefabricated panels;

✅ Construction in confined spaces: tunnels, basements, indoor construction sites, narrow urban roads, etc.

Concrete mixer trucks are the core equipment for the transportation of commercial concrete, combining five major advantages: wear-resistant tank bodies, robust chassis, stable hydraulic systems, intelligent control, and environmental friendliness and cleanliness. From small 3-cubic-meter vehicles to large 15-cubic-meter ones, they cover all types of construction scenarios. The equipment operates stably, mixes evenly, discharges cleanly, is easy to operate, and has low operation and maintenance costs. It can not only ensure the quality of concrete transportation but also enhance distribution efficiency, making it an efficient and reliable "concrete transportation manager" between mixing plants and construction sites. Manufacturers support chassis customization, volume customization, electronic control upgrades, and environmental protection modifications to meet the personalized transportation needs of different customers.