Bulk cement tanker manufactured by Genron International Trade. It is a specialized tool for transporting dry bulk materials such as cement and fly ash. It is commonly used in industries such as construction and road building. Its capacity directly affects transportation efficiency and cost management of the project. Larger capacity means more materials can be carried per transportation. It can effectively reduce the number of transportation trips. This saves on fuel, labor costs, and speeds up the construction schedule. In high-demand projects, choosing the right tanker capacity is critical. Bulk Cement Tanker Capacity is typically 30-60 tons, and Genron is able to customize them for different needs. Choosing the right capacity not only improves operational efficiency but also reduces delays. It also ensures smooth running of the project. Therefore, the size of the capacity plays a vital role in the overall logistics planning.
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Impact of Tank Truck Design on Capacity
The design of a tank truck largely determines its transportation capacity. Cylindrical tanks are often used to improve mobility and transportation efficiency. This is because its shape minimizes dead space. Enables the pneumatic system to distribute pressure evenly. Optimizes the loading and unloading process. On the other hand, square tanks, while maximizing space utilization. But they are prone to dead space during unloading. Requires more precise air pressure adjustment. The choice of material also affects capacity and transportation efficiency. Aluminum and stainless steel tanks can increase load capacity due to their lighter weight. At the same time, they have better corrosion resistance and are suitable for long-distance transportation and harsh environments.
Bulk cement tanker specifications
| Parameter Category | Specification Description |
| Overall Dimensions | 11600mm * 2500mm * 3800mm / 9500mm * 2500mm * 4000mm / 11300mm * 2500mm * 4000mm |
| Main Beam Material | Q345 Welded Design Carbon Steel |
| Number of Axles | 3 axles, 13T FUWA brand or BPW brand |
| Suspension System | Heavy-duty mechanical suspension or air suspension |
| Tire Model | 12R22.5 (12 tires) |
| Rim Size | 9.00-22.5 (12 rims) |
| Kingpin | JOST 2.0 inch or 3.5 inch bolt-type or welded-type |
| Support Leg | JOST A300C or Genron 28 tons (two-speed) |
| Unladen Weight | Approx. 9.5-10 tons |
| Total Capacity (m³) | 35 m³ – 45 m³ |
| Load Capacity | 30-60 tons |
| Leaf Springs | 90(W)mm * 13(T)mm * 10 layers or 100(W)mm * 12(T)mm * 12 layers |
| Discharge System | Pneumatic discharge with high-efficiency air compressor |
| Lighting System | LED lights |
| Paint Treatment | Chassis sandblasted, 1 coat of anti-corrosion primer, 2 top coats |
| Toolbox | Equipped with 1 toolbox (1m脳0.5m脳0.5m), includes tire wrench, bushings, and crank handle |
| Ladder | Manual ladder or hydraulic ladder |
| Electrical System | 7-wire system |
| ABS System | Optional |
Common capacities and application scenarios for bulk cement tankers
Genron offers bulk cement tankers in various capacities to meet different customer needs. Typically, bulk cement tankers can be categorized into three capacities: small, medium and large. Each capacity has its specific application scenarios.
Small capacity (20-30 tons): cement tankers of this capacity are very suitable for urban construction projects. Especially in urban areas where space is limited and construction sites are small. Small tankers are easy to maneuver on narrow roads and flexible enough to transport small amounts of cement. For example, 20- and 30-ton tankers are ideal for smaller projects. Quick, multiple deliveries can be made over short distances.
Medium capacity (30-40 tons): Tankers of this capacity are suitable for general construction work. This includes road building or medium-sized infrastructure projects. They are able to transport larger quantities of cement at a time, reducing the number of trips and increasing efficiency. Our 30 CBM and 35 CBM cement tankers are ideally suited for this purpose. Ideal for urban construction and large projects.
Large capacity (40+ tons): For long distance, large infrastructure projects. High capacity cement tankers are preferred. They are often used for large sites and long distance transportation. The ability to transport large quantities of cement reduces the frequency of transportation and saves costs. 40 CBM and 45 CBM cement tankers are particularly well suited for this purpose. They are particularly suitable for large projects and inter-regional transportation.
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Bulk cement tanker configuration
Tank Material： Carbon steel tank has high strength and low price, but it is easy to rust. And stainless steel corrosion resistance, suitable for long-term use, but the cost is higher. Aluminum alloy is light weight, increase load capacity, corrosion resistance, but weak strength.
Air Pressure System：Efficient air pressure system through stable compressed air. This ensures smooth flow of cement and quick unloading. Combined with good sealing and pressure control. It can effectively avoid pressure loss, improve efficiency and reduce dust leakage.
Suspension system： Mechanical suspension has simple structure and low maintenance cost, which is suitable for heavy-duty transportation. Air suspension has better shock absorption effect and smooth traveling. It is suitable for scenarios that require high safety of goods, but the cost is higher.
Safety equipment：The safety equipment of bulk cement tanker includes pressure gauge to monitor the pressure inside the tank. Discharge valves ensure safe unloading of cement. Emergency brakes provide additional safety in unexpected situations.
Factors affecting tanker capacity
Tank design： The shape and material of the tank directly affect the capacity. Streamlined tanks can improve loading and unloading efficiency. Materials such as carbon steel and aluminum alloy affect the deadweight and carrying capacity of the tank truck. This will indirectly transport the total capacity.
The role of pneumatic system： The pneumatic system determines the speed of loading and unloading. If the system performance is poor, loading and unloading time will become longer. Longer loading and unloading times affect overall transportation efficiency. Therefore, the performance of the pneumatic system is very important.
Road restrictions and regulations： Road conditions and traffic regulations also affect tanker capacity. For example, road load restrictions in some areas may limit the maximum capacity of a tank truck. In addition, regulations specify the maximum volume and gross weight of a tank truck.
Customer demand and transportation distance： Customer demand and transportation distance also affect tank truck capacity. For short distances, a larger capacity tanker can be chosen to increase efficiency. Longer distances require capacity considerations. In addition to capacity, factors such as fuel consumption need to be considered. This ensures economical and efficient transportation.
Choosing the right cement tanker capacity
Needs assessment for different projects (construction, road building, etc.)
Choosing the right cement tanker capacity needs to be determined by the needs of the project. Construction projects usually require high capacity tankers. This is to reduce the number of transports and increase efficiency. Road construction projects, on the other hand, need to be assessed based on the location and transportation distance. Larger capacity tankers are suitable for long distance transportation. While shorter distances or space-constrained sites may require smaller tank trucks.
Trade-off between cost and efficiency
The larger the capacity of a cement tanker, the greater the amount of cement that can be transported at one time. However, larger tankers are also more expensive to purchase and maintain. There is a need to balance the one-time investment with transportation efficiency when making a selection. This ensures that operating costs are kept under control while meeting project requirements. For projects with more frequent transportation, a larger capacity can result in long-term cost savings.
Long-term flexibility and durability
Long-term flexibility and durability are also important when considering tank truck capacity. Larger tank trucks are more demanding on road conditions, even though they have a high transportation capacity. Smaller tank trucks, on the other hand, are more flexible and suitable for a wide range of working conditions and terrains. In addition, durability and ease of maintenance are important considerations when making a selection.
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Conclude
Therefore, when choosing a bulk cement tanker. Genron suggests considering the following factors. Firstly, the capacity should be based on the project demand. Also, there are transportation distances and road conditions to decide. Secondly, the tank material and air pressure system also need to be considered. It further enhances the transportation efficiency and durability.
In addition, you need to focus on project needs and cost-effectiveness when making your purchase. Long-term reliability is also a key factor. This will ensure that the tank trucks purchased are both cost-effective. It will also meet the actual transportation requirements.
If you have any questions, you can also contact our team directly. We will provide you with professional advice.
