The function of copper strip soft connection in sensor
The product performance of copper strip soft connection: copper strip soft connection is used as conductor, copper tube is used at both ends, the surface of copper tube is plated with silver, the joint size is produced according to the requirements of customers, and then through special treatment, it is made into soft connection, soft grounding, high conductivity, strong anti fatigue ability, and can be produced completely according to the needs of customers. High and low voltage electrical appliances, vacuum electrical appliances, mine explosion-proof switches, automobiles, locomotives and related products are used for soft connection of copper wires. It is braided with bare copper wire or tinned copper wire and made by cold pressing method. Tin and silver can be plated according to user's requirements. Copper strip soft connection is mainly used in non horizontal charged movement and low voltage circuit breaker as power components.
Copper strip flexible connection is also called copper ground wire, copper braided wire. Is a professional supply of fuses and safety wire material, because often is copper, so we call it copper soft link. Copper strip soft connection has many advantages, such as corrosion prevention, good conductivity, easy processing and welding. Today we will give you a detailed description of the copper strip flexible connection, for your future use. At present, more and more attention has been paid to the application of aluminum alloy pipe aluminum flexible connection in air conditioning pipeline instead of aluminum copper alloy pipe. Due to the use of more equipment in the copper material of air conditioning condenser, it is necessary to save the cost of raw material instead of copper aluminum alloy pipe. Through theoretical calculation of aluminum tube instead of copper tube air conditioning unit and analysis of condenser heat transfer of experimental plate, the theoretical heat transfer calculation model is verified, and the correctness of heat transfer characteristics research is carried out. The development trend of nano composite materials, and put forward the thinking of nano silica alumina tube technology to strengthen rubber, around the dispersion process of nano silica alumina tube (HNTs) in rubber and different processing methods, the amount of filler was studied, and different analysis, different pre vulcanization process of aluminum alloy tube on Microstructure and properties of composite materials were studied. The finite element simulation of metal plastic forming process has become the center of plastic forming research. Due to the limitation of the development level of various plastic forming simulation software, it can not be used as simulation software to study the composite forming process of continuous extrusion aluminum alloy tube. In order to solve this contradiction, we will practice to simplify the complex plastic forming process, use the finite element simulation software to simulate, get the main information needs, and serve the production practice. The structure and properties of the multilayer aluminum alloy tube and the discovery of single and double layer aluminum alloy tube are not only energy absorbing but also higher than energy absorption than those of multilayer aluminum tube. Based on the above design, the different levels of multi-layer aluminum foam filled structure are studied. It is found that the aluminum foam not only affects the axial deformation, fragmentation, but also the interaction between the radial deformation of the aluminum alloy tube.
Copper strip flexible connection is also called copper ground wire, copper braided wire. Is a professional supply of fuses and safety wire material, because often is copper, so we call it copper soft link. Copper strip soft connection has many advantages, such as corrosion prevention, good conductivity, easy processing and welding. Today we will give you a detailed description of the copper strip flexible connection, for your future use. At present, more and more attention has been paid to the application of aluminum alloy pipe aluminum flexible connection in air conditioning pipeline instead of aluminum copper alloy pipe. Due to the use of more equipment in the copper material of air conditioning condenser, it is necessary to save the cost of raw material instead of copper aluminum alloy pipe. Through theoretical calculation of aluminum tube instead of copper tube air conditioning unit and analysis of condenser heat transfer of experimental plate, the theoretical heat transfer calculation model is verified, and the correctness of heat transfer characteristics research is carried out. The development trend of nano composite materials, and put forward the thinking of nano silica alumina tube technology to strengthen rubber, around the dispersion process of nano silica alumina tube (HNTs) in rubber and different processing methods, the amount of filler was studied, and different analysis, different pre vulcanization process of aluminum alloy tube on Microstructure and properties of composite materials were studied. The finite element simulation of metal plastic forming process has become the center of plastic forming research. Due to the limitation of the development level of various plastic forming simulation software, it can not be used as simulation software to study the composite forming process of continuous extrusion aluminum alloy tube. In order to solve this contradiction, we will practice to simplify the complex plastic forming process, use the finite element simulation software to simulate, get the main information needs, and serve the production practice. The structure and properties of the multilayer aluminum alloy tube and the discovery of single and double layer aluminum alloy tube are not only energy absorbing but also higher than energy absorption than those of multilayer aluminum tube. Based on the above design, the different levels of multi-layer aluminum foam filled structure are studied. It is found that the aluminum foam not only affects the axial deformation, fragmentation, but also the interaction between the radial deformation of the aluminum alloy tube.
