Sumitomo Electric successfully developed 400MPa ultra-high strength superconducting wire, bismuth-based high temperature superconducting wire tensile strength increased from the original 250 ~ 270MPa to 400MPa. Sumitomo Electric successfully developed 400MPa ultra-high strength superconducting wire It is reported that by using the superconducting wire, wire can withstand greater electromagnetic force, can be used in the previous high-strength wire can not be achieved 20T ultra-high magnetic fields and large magnets. Compared with the existing copper wire and metal superconducting wire, Sumitomo Electric developed the 400MPa ultra-high strength superconducting wire with high current density to miniaturize all kinds of equipment. In addition, because the superconducting wire possesses the high-dimensional basic properties of the superconducting wire, the accuracy and stability of the magnetic field can be further improved, and the sensitivity of various equipment products can also be improved. At the same time, the diameter of the superconducting wire has been reduced by about 30%. It can be applied to coils with smaller diameters. Sumitomo Electric Industries uses this wire for sale in the ultra-high-strength superconducting wire "DI-BSCCO Type HT-NX". In addition, the future will also explore the zero-current value of 200A bismuth-based high temperature superconducting wire mass production problems. Bitumen Heating Storage Equipment Asphalt heating storage equipment is an important road construction equipment, mainly used to heat and store asphalt in order to carry out road construction and maintenance when needed. The equipment has the characteristics of high efficiency, safety and environmental protection, and can provide stable asphalt supply for road construction. Bitumen Heating Storage Equipment,Bitumen Tank Container,Gas Thermal Oil Heater,Asphalt Storage Tank Equipment BituRock Science & Technology (Jiangsu) CO., LTD , https://www.biturockequipment.com
Asphalt heating storage equipment is mainly composed of heating device, storage tank and control system. The heating unit uses oil or gas burners to transfer heat to the asphalt to heat it to the proper temperature. Storage tanks are large containers used to store heated asphalt, generally made of high-temperature resistant materials. The control system is responsible for monitoring the operating status of the equipment and the temperature of the asphalt to ensure the safe and stable operation of the equipment.
The heating principle of asphalt heating storage equipment is to transfer heat to asphalt through thermal conduction, so that it is heated. Heating devices are generally divided into direct heating and indirect heating in two ways. Direct heating is the use of the burner directly into the storage tank, hot air through the contact of hot air with the asphalt to heat it. Indirect heating is the use of heat exchangers to heat the asphalt in the storage tank without direct contact with the air. The two heating methods have advantages and disadvantages, and need to be selected according to the actual situation.
Asphalt heating storage equipment heating speed, can quickly heat asphalt to the use of temperature, improve production efficiency. At the same time, the equipment also has environmental protection characteristics, reducing exhaust gas and smoke emissions, reducing the impact on the environment. In addition, the operation of asphalt heating storage equipment is simple and easy to maintain, which can meet the needs of various road construction and maintenance projects.
In short, asphalt heating storage equipment is an important road construction equipment, with high efficiency, safety, environmental protection and other characteristics. It can provide a stable supply of asphalt for road construction, improve construction efficiency, reduce the impact on the environment and waste of resources. The equipment has a wide application prospect in the field of road construction.
Sumitomo Electric successfully developed 400MPa ultra-high strength superconducting wire