Anyone comparing a cement spreader truck for road base stabilization, subgrade treatment, or cold recycling projects eventually asks the same practical question: what is the overall dimension, and will it fit my job site and transport logistics? Below is a complete breakdown of the overall size, technical specifications, and the buyer questions that matter most when sourcing a cement spreading machine for highway, railway, or municipal construction work.
The overall dimension of a standard cement spreader built on a SinoTruck or Shacman chassis is 9500 × 2500 × 4100 mm (L×W×H), with a curb weight of 15 tons and a total operating weight of 23 tons. This footprint is designed to stay within standard highway transport limits while still carrying an 18 m³ cement bin — large enough for a full day’s stabilization work without frequent refilling.
ℹ️ Buyer Insight: Overall dimension isn’t just a number on a spec sheet — it determines whether your cement distributor truck can maneuver on narrow rural roads, pass under bridges, or be loaded onto a container for export shipping. Always confirm L×W×H against your local transport regulations before ordering.
Full Technical Parameter Table| Item | Unit | Parameter |
|---|---|---|
| Chassis Brand | — | SinoTruck / Shacman |
| Engine Power | kW (hp) | 257 (350) |
| Emission Standard | — | Euro V |
| Min. / Max. Speed | km/h | ≤1.8 / 80 |
| Cement Bins Capacity | m³ | 18 |
| Spreading Capacity | kg/m² | 0.9–60 |
| Max. Spreading Width | mm | 2500 |
| Curb Weight | t | 15 |
| Total Weight | t | 23 |
| Overall Size (L×W×H) | mm | 9500 × 2500 × 4100 |
Buyers evaluating a cement powder spreader rarely stop at dimension alone — the questions cluster around three practical concerns:
📏 Fit and maneuverability — Can the machine operate on the project’s road width and turning radius? ⚖️ Weight limits — Does the 23-ton total weight comply with local axle-load and bridge-crossing rules? 🚛 Transport and shipping — Can the unit be shipped as a complete truck, or does it need to be broken into modules for cement spreader truck shipping?
These three factors, combined with the 2500 mm max cement spreader spreading width, determine whether a given model matches a contractor’s daily production target. A wider spreading width covers more lane surface per pass, directly reducing the number of passes — and fuel and labor cost — needed to finish a stabilized base layer.
Beyond the physical footprint, three performance features drive purchase decisions for an automatic cement spreader:
1. Weighing and metering accuracy. The fully automatic control system keeps cement spreader capacity consistent from 0.9 to 60 kg/m² with a spreading accuracy of ±1%, regardless of vehicle speed. Operators simply enter the target dosage on the touchscreen, and the system manages the rest — eliminating manual guesswork and material waste.
2. Cement spreader dust control. A bag-filter dust collector paired with a low-position discharge curtain suppresses powder clouds during operation, which is essential for environmentally friendly job sites near residential areas or where local regulations restrict airborne particulate emissions.
3. Anti-bridging technology. A patented arch-breaking device inside the material bin prevents cement or fly ash from forming lumps or blocking the feed — a common failure point in lower-cost cement spreading machine designs.
ℹ️ Buyer Insight: If your project involves lime, fly ash, or mixed powder stabilization materials in addition to cement, confirm the hopper’s anti-bridging and vibration system can handle those materials without clogging — not every cement spreader machine for sale on the market is rated for mixed powders.
Cement spreader price varies mainly based on bin capacity (commonly 15–25 m³), chassis brand, emission standard, and whether the weighing and vehicle-networking systems are included as standard equipment. Core components sourced from established suppliers — DANFOSS hydraulic pumps and valves, AirTac pneumatic cylinders, and a ZHONGHANG weighing system — typically place a unit at the higher end of quality and reliability, which affects upfront cement spreader price but reduces downtime and part-replacement costs over the machine’s service life.
A vehicle networking service platform is also worth confirming: it lets fleet managers monitor construction parameters remotely from a mobile phone, with data automatically saved and transmitted — a feature increasingly expected on modern cement spreader truck specifications sheets for infrastructure contractors managing multiple sites.

Routine cement spreader truck maintenance centers on three areas:
For cement spreader truck shipping, the 9500 × 2500 × 4100 mm overall dimension generally allows shipment as a complete unit via RO-RO (roll-on/roll-off) vessel or flat-rack container, depending on the destination port and local customs requirements. Buyers exporting to regions with stricter axle-weight limits should confirm the 23-ton total weight against destination-country road transport rules before finalizing an order.
A cement spreader truck built to these specifications is typically deployed alongside soil stabilizers and road rollers to build cement-stabilized crushed stone base courses, though the same platform also handles broader powder-spreading tasks:
Because the 2500 mm cement spreader spreading width and 0.9–60 kg/m² dosing range cover both light stabilization and heavy-duty base construction, one machine configuration can usually serve multiple project types without swapping equipment — a meaningful advantage for contractors sizing a fleet against the overall dimension and total weight limits discussed above.
Whether you need a standard 18 m³ unit or a custom-configured cement spreader truck for a specific project, our engineering team can match the overall dimension, spreading width, and capacity to your job site requirements.
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