The IVECO 32,000-liter fuel tanker truck, produced by CSCTRUCK China Tank Truck, is a robust and efficient vehicle designed for large-scale fuel transportation. Built on an SAIC IVECO chassis, this fuel truck is equipped with an 8×4 drive configuration, ensuring enhanced stability and traction for long-distance and heavy-load operations.

Powering this fuel tanker is the F2CCE611D engine, delivering 320 horsepower, which meets Euro V emission standards, ensuring compliance with environmental regulations while providing efficient fuel consumption. The truck has a maximum loading capacity of 40 tons and a curb weight of 11,800 kg, making it capable of hauling significant fuel quantities across varied terrains.

The fuel tank itself is available in carbon steel or customizable options like aluminum or stainless steel, providing durability and resistance to corrosion, which is critical for the safe transport of fuel. With a massive 32,000-liter fuel tank volume, this truck is suited for large fuel distribution operations, capable of transporting various fuels like gasoline, diesel, and others.

Overall, this fuel tanker truck is engineered to meet the demands of both efficiency and safety in fuel logistics, offering a reliable solution for heavy-duty fuel transportation.

1. Large Fuel Tank Capacity: The truck has a substantial fuel tank volume of 32,000 liters, ideal for large-scale fuel transportation.

2. SAIC IVECO Chassis & 8×4 Drive Type: The truck is built on a SAIC IVECO chassis and features an 8×4 drive configuration, offering stability and strength for heavy-duty operations.

3. F2CCE611D Engine Model: It is powered by the F2CCE611D engine with 320 horsepower, providing efficient performance for long-distance transportation.

4. Euro V Emission Standard: Compliant with Euro V emission standards, ensuring reduced emissions and improved environmental compatibility.

5. Customizable Tank Body: The fuel tank body is made of carbon steel but can be customized with aluminum or stainless steel, offering flexibility in material choice based on specific needs.