About HOWO NX 8x4 371HP 12m3 Concrete Mixer Truck
The 12m³ concrete mixer truck is equipped with a 371-horsepower engine with ample torque output, meeting the truck's climbing and acceleration requirements in complex road conditions. It is particularly suitable for long-distance transport and construction site operations. The 12m³ concrete mixer truck's tank is constructed of high-strength, wear-resistant steel, and its blades feature a double-helix, logarithmically thickened design, providing superior wear resistance and extending the tank's service life.

HOWO NX 8x4 371HP 12m3 Concrete Mixer Truck Specification
Engine: WD615.47, 371HP. Euro 2
Cabin: H77L-R, with one bed, A/C
Gearbox: HW19710, 10 forward and 2 reverse gear
Drive Axle: MCX16ZG, 2x16000kg
Tire: 315/80R22.5, tubeless tyre, 12+1 pcs
Fuel Tank:400L
Dimension: 11400x2580x3850mm
HOWO NX 8x4 371HP 12m3 Concrete Mixer Truck only for your reference, we can manufacture other model concrete mixer truck basic your request.
HOWO NX 8x4 371HP 12m3 Concrete Mixer Truck Tank Body
The head thickness of HOWO 12m3 mixer truck tank is 8mm, and the tank body thickness is 5mm. The tank is typically constructed of high-strength steel to withstand the weight of the concrete and the impact forces during mixing, ensuring structural strength and durability. The tank body of HOWO 12m3 mixer truck usually adopts cylindrical design. This shape is conducive to the tank body maintaining a stable motion state during rotation, reducing local accumulation or dead corners of materials in the tank and ensuring the uniformity of concrete mixing.

HOWO NX 8x4 371HP 12m3 Concrete Mixer Truck Advantage
HOWO NX concrete mixer truck adopts EATON pump and motor, Italian PMP reducer. EATON pump and motor adopt advanced design and manufacturing technology, with high mechanical and volumetric efficiency, which can effectively reduce power loss and lower energy consumption. The Italian PMP reducer, designed specifically for concrete mixer trucks, offers impact and wear resistance, withstands high loads, and reduces failure rates.
