Product Description
This range of construction machinery features 2-18m³ mixer drums designed for truck chassis or independent configurations to mix cement concrete. High-strength and wear-resistant NM300TP material is utilized for feeding and discharging components, the drum, and the internal blades. The blades include additional wearing strips to enhance service life and durability. Engineered with a three-dimensional double helix design, the drums ensure superior mixing quality, rapid discharging, low residual rates, and zero disintegration. Premium pumps, motors, and transmissions are selected based on comprehensive performance analysis to provide the most efficient solution for construction projects.
Frequently Asked Questions (FAQ)
1. What materials are used to ensure the durability of the mixer drum?
We use high-strength, wear-resistant NM300TP and Q355B Mn steel for the drum and blades, ensuring a long service life even under heavy construction use.
2. Which truck chassis brands are compatible with these mixer drums?
The drums are highly versatile and can be assembled on domestic brands like SINOTRUK, HOWO, FOTON, and FAW, as well as international brands including ISUZU, HINO, BENZ, and MAN.
3. What is the mixing capacity range available?
We offer a wide range of capacities from 2m³ for smaller projects up to 20m³ for large-scale infrastructure development.
4. How does the double helix blade design benefit the mixing process?
The three-dimensional double helix design ensures a more thorough mix, faster discharging speeds, and a significantly lower residual rate of concrete.
5. Is there a solution for sites without a truck chassis?
Yes, we provide Independent Diesel Cement Concrete Mixer Units that feature their own power source and wheel structures for mobility in short distances, ideal for train and sea-based sites.
6. What emission standards do the mixer trucks meet?
Our trucks are available in various emission standards, typically ranging from Euro 3 to Euro 5, depending on the specific model and market requirements.