tank introduce

Automobile fuel tank is the full name of automobile fuel tank. Currently, with the development of the automobile industry and the revitalization of the domestic automobile industry, the demand for automobile fuel tanks by major automobile production enterprises is showing a significant growth trend; Iron fuel tanks and aluminum alloy fuel tanks. With the development of various new materials, the rust prevention problem of iron fuel tanks has become the biggest problem in fuel tank quality, especially in today's emphasis on environmental protection. In terms of heavy-duty trucks, the problem that affects the promotion of new vehicle models is the quality of Chinese oil, Among them, the quality of the fuel tank, which is a key component, has become a focus. Aluminum alloy fuel tanks not only meet the strength requirements but also have significant advantages in corrosion resistance compared to iron and other new materials. They have also become the preferred choice for large passenger cars and heavy-duty trucks with high fuel consumption and high fuel quality requirements. Automotive fuel tanks are divided into ordinary tanks and heated tanks according to their functions)

Fuel tank installation method

1) Lift the fuel tank and install fixing bolts. Tighten to the specified torque. 2) Connect the fuel hose to the fuel tank. 3) Install the parking brake control cable and fuel filter bracket. 4) Lower the car. 5) Connect the filter hose and vent hose. 6) Connect the wiring harness and install the inspection hole cover. 7) Connect the flipping limit valve and partition. 8) Install the rear seat and luggage rack

Fiesta introduce

In the summer of 1976, Ford Motor Company launched the first generation Fiesta to the market. The basic model was equipped with a 1.0-liter engine, with a power of 30 kilowatts. The entire vehicle weighed only 700 kilograms, making it the lightest among similar cars. The 1.2 cubic meters of cargo space was also the largest among similar cars. It had the best panoramic view and a drag coefficient of 0.42 compared to other cars at that time. The small drag coefficient greatly reduced fuel consumption, with a fuel consumption of only 5.6 liters per 100 kilometers at a speed of 90 kilometers per hour, At a speed of 120 kilometers per hour, the fuel consumption per 100 kilometers is 8.2 liters, and when driving in the city, the fuel consumption per 100 kilometers is 7.9 liters. Fuel economy was a key factor for the success of the Ford Fiesta in the era of energy crisis, but this was not its only advantage. Through strong technological innovation, the Fiesta proved that size is not the only measure of car value