About SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck
The fuel tanker truck has a capacity of 5000 liters, the tank is made of high quality carbon steel, once stamping molding, strong and durable. The tank is a single compartment with pump, the chassis has reserved space for installing a fuel dispenser.Equipped with two fire extinguishers, fire hats, rear climbing ladder, a tool box. Can be used for transportation and storage of petroleum and its derivatives, including gasoline, diesel, crude oil, lubricants and coal tar.The entire vehicle is powder coated, thus improving the adhesion of the coating and preventing it from flaking or fading after many uses.
SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck Specification
Product Name: SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck
Application: Oil transportation
Engine: YC4E140-33
Cabin: two seats, A/C
Gearbox: WLY6TS55, 6 forward and 1 reverse gear
Tire: 8.25R20 , 6+1 pcs
Color: Optional
Fuel Tank: 220L
Tank Body:5000 Liters
SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck only for your reference, we can manufacture other Fuel Tanker Truck basic your request.
SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck Engine
The oil tanker truck is powered by YUCHAI engine, which is a brand of engine that carries out the optimized adjustment of valve lift at the moment of valve switching under various working conditions, minimizing the exhaust emissions, thus improving the fuel economy of the engine, increasing the output torque, and reducing the emission pollution. In addition, this engine also supports cylinder deactivation technology, which can further improve combustion efficiency, reduce fuel consumption, and largely reduce customer costs.
SINOTRUK HOWO 4x2 6 Wheels 5000 Liters Fuel Tanker Truck Laser Cutting Machines
There are many choices for oil tanker truck materials, such as Q235 carbon steel, Q355 manganese steel, T700 high-strength steel, aluminum alloys and HARDOX 450 abrasion-resistant steel, etc., but all of them need to be processed with a laser cutter first. Using a laser cutter ensures high precision and accuracy, capable of cutting complex parts. High quality cuts and edges, often without further processing. Smaller kerf reduces material waste and low heat input reduces thermal distortion. Highly concentrated energy and pressure for complex geometries. Increased plate ultimate cutting thickness and increased cutting efficiency.