The function of the Copeland D6 Piston ring is to keep the piston and the cylinder wall sealed between the piston and the piston. It is now an important accessory of the machine engine, so it can be used in many places. In order to let more people be familiar with it, the following editor will tell you what its characteristics are. Come and find out together.

To talk about the characteristics of the Copeland D6 Piston ring, there are actually quite a few. When it is used, it keeps the air leakage small. This function is mainly borne by the gas ring, but the engine must be kept under any working conditions. The leakage of internal compressed air and gas is controlled within a very low limit. The purpose of this is to improve thermal efficiency. And there is one other advantage. That is to prevent air leakage and blockage between the cylinder and the piston or between the cylinder and the Copeland D6 Piston ring. At the same time, it is also to prevent malfunctions caused by deterioration of lubricating oil. Its characteristic table is clearly acting force. Because the force acting on the Copeland D6 Piston ring includes gas pressure, the elastic force of the Copeland D6 Piston ring itself, and the inertial force of the reciprocating motion of the Copeland D6 Piston ring. In addition, there is also the friction between the Copeland D6 Piston ring and the cylinder and the ring groove. It is precisely because of these forces that basic motion will be generated. Here is an example for everyone, such as axial Movement, radial movement and rotational movement. In addition, due to the characteristics of its movement, it will follow the irregular movement of the Copeland D6 Piston ring during work. Of course, irregular axial and radial irregular movements will inevitably occur at this time.

　　 When we use it, we must understand that these irregular movements usually prevent the Copeland D6 Piston ring from functioning, and when designing the Copeland D6 Piston ring, manufacturers should give full play to the favorable motion and control the unfavorable side. In addition, the characteristics of this Copeland D6 Piston ring are also reflected in its thermal conductivity. What you need to know is that when the high heat generated by combustion is transferred to the cylinder wall through the Copeland D6 Piston ring, and after the piston is cooled, then under normal circumstances, the heat dissipated to the cylinder wall through the Copeland D6 Piston ring can reach The top of the piston absorbs 30% to 40% of the heat. In addition, it has good air tightness. It is for these reasons that it has become a very important product. Moreover, the function of Copeland D6 Piston ring is to properly scrape off the lubricating oil attached to the cylinder wall. In this case, it will naturally maintain normal fuel consumption. However, when the lubricating oil is supplied excessively, it will be sucked into the combustion chamber, which will Increasing fuel consumption, then the carbon deposits produced by its combustion will have a very adverse effect on the performance of the engine. For these basic information, we need to master more when we use it.

　　 The content of the above article is introduced by the editor for some of the characteristics of the Copeland D6 Piston ring. If you don't understand these issues, you can read them. I believe you will know after reading it. That's all for today's content. Hope it can help more people.