Bio-based plastics HS code classification

* [Car engine: the power source leading the development of automobile technology] As the power source of the car,Bio-based plastics HS code classification the car engine is one of the core components of the car operation. After mixing fuel and air, it can release high-energy substances through compression, ignition and other processes, thus pushing the wheels to rotate and drive the vehicle forward. The performance of the engine not only directly affects the power output, fuel consumption, environmental protection and other aspects of the vehicle, but also represents the level and development trend of automotive engineering technology to a certain extent. I. The development history of the engine. The development of automobile engines has a long history. The earliest steam engine appeared at the end of the 18th century. After years of practical testing, the engine gradually developed in the direction of internal combustion engine, and various types such as gas engines, diesel engines and gasoline engines appeared.From the earliest water-cooled engines to later air-cooled engines, turbocharged engines, hybrid engines, etc., every technological progress has promoted the development of the automobile industry to a certain extent. The world's major automobile manufacturers, such as BMW, Mercedes-Benz, Ford, Volkswagen, etc., are constantly researching and developing engines to adapt to the new energy market and environmental protection requirements. II. Engine performance parameters and influencing factors Engine performance parameters determine the power performance and economic performance of the vehicle. Among them, the cylinder diameter, stroke, piston stroke, cylinder block material, valve setting and other factors will directly affect the speed, maximum power, maximum torque and other parameters of the engine. In addition, the application of high-pressure common rail, multi-point injection, in-cylinder direct injection and other technologies can also improve the power and fuel economy of the engine. III. The technological development of the engine. Today, the technological development of the engine has entered a more intelligent and modern period.With the continuous expansion of the new energy market, the emergence of new technologies such as hybrid power and electric vehicles has made the future of engines more and more broad. In terms of deepening lightweighting, increasing efficiency, reducing emissions, etc., various new technologies have been born. Energy-saving technologies such as diesel direct injection technology, transmission, turbocharging, CRDi high-pressure common rail direct injection, automatic stop and start are widely used in the fuel vehicle market. At the same time, the electric vehicle market has gradually become the new favorite of the automobile industry. The motor replaces the engine, the battery replaces the fuel tank, and the battery replaces the engine starting battery. This new generation of energy technology not only provides a purer and more environmentally friendly power conversion method, but also has the characteristics of high efficiency, economy and safety. Although the application of new technologies is constantly expanding, the engine is still an important part of the current automotive engineering technology. Its performance, efficiency and reliability are crucial to the long-term operation and driving safety of the vehicle.In a word, with the continuous development of automobile industry technology, the engine, as the core component of the automobile, should also be constantly updated and iterative. In the future, the engine requirements will become higher and higher. To achieve the goal of purity, energy saving and efficiency, it is necessary to continuously improve engine performance and reliability through technological innovation and process optimization to meet the new challenges of the automobile industry.

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