The FAW 8×2 23 CBM fuel tanker truck boasts a generous usable volume of 22.7 cubic meters, with overall dimensions measuring 8,400 × 2,450 × 1,650 mm, providing ample capacity while maintaining a streamlined profile suitable for modern transport needs. The tank itself is fabricated from high-quality low-carbon steel plates, meticulously welded to ensure maximum structural integrity. Its central section adopts an elliptical cross-section, which not only optimizes internal capacity but also enhances the vehicle’s aerodynamic profile. The entire tank is coated in a sleek silver finish, creating a refined and understated appearance that blends practicality with elegance. Both ends of the tank are securely sealed with precision-cut end caps, manufactured using advanced plasma CNC cutting technology. These end caps are then formed in a single press using a flanging machine, reinforcing the tank structure and ensuring long-term durability under repeated loading and transport stresses.
The operation box, finished in the same sleek silver tone as the tank, is strategically positioned to house the vehicle’s sophisticated systems, including the bottom-loading mechanism, oil-gas recovery system, submersible valves, and anti-static system. Together, these features provide comprehensive safety and environmental protection, allowing operators to work efficiently while minimizing risk to personnel and the surrounding environment.
Internally, the tank is divided into 3 separate compartments, each connected to a dedicated ball valve at the bottom. This compartmentalized design enables rapid and precise unloading of oil while ensuring ease of operation. Operators can handle each section independently, saving time and reducing potential spills, while also supporting environmentally safe handling practices.
Safety and environmental protection are further reinforced by the integrated oil-gas recovery device, which captures vapors during loading and unloading operations. The recovery valve is conveniently located on the left side of the operation box, providing operators with easy access while maintaining optimal visibility for monitoring purposes.
For maintenance and operational accessibility, a stainless steel ladder is mounted at the rear of the tanker, coated in matching silver paint. This ladder allows personnel to safely climb onto the tank for inspections or system adjustments, ensuring convenience without compromising safety.
The tank is integrally welded to auxiliary beams, which are then securely fastened to the chassis frame rails using high-strength U-bolts. This method guarantees exceptional stability and strength, allowing the tanker to withstand the demands of heavy-duty transportation.
On top of the tank are 3 European-standard aluminum alloy manholes, each secured with bolt-fastened covers. These manholes provide a tight seal to prevent leakage during transit while allowing easy access for maintenance. The covers are equipped with a gauging port, overflow sensor rod, and breathing valve. The overflow sensor automatically stops loading when the liquid reaches a predetermined level, while the breathing valve regulates internal pressure, preventing over-pressurization. This system not only stabilizes the tank during transport but also minimizes volatile oil evaporation, reduces accident risk, and ensures the structural safety of the tank. The valve body is crafted from nickel-cadmium stainless steel, while other components use acid-resistant stainless steel to prevent corrosion and extend service life.
Finally, stainless steel safety rails run along both sides of the tank top, painted to match the tank’s sleek silver finish. These rails are adjustable, allowing them to be raised or lowered as needed, and provide a stable, secure barrier for personnel working on the tank.
By combining functional design, safety, and durability, this tanker exemplifies a sophisticated solution for modern oil transport, balancing capacity, operational efficiency, and environmental responsibility.
