In materials science, condensed matter physics, and geological and marine scientific research, scientists often need to achieve synthetic synthesis of materials under extreme conditions, or simulation and reproduction of geological evolution processes in ultra-high pressure and high temperature environments. In order to achieve this ultra-high pressure and high temperature environment, researchers usually need to use high-tonnage high-pressure devices to carry out relevant experiments. However, such large-tonnage high-voltage devices face many practical problems, such as: 1, the equipment cost is high, the price of such equipment is generally in the order of several million or even tens of millions, which can not be accepted by the general research group; The weight of the equipment is very heavy, and the user needs to lay the foundation for the equipment to keep the equipment running stably and the foundation of the building is stable. 3. The power consumption of the equipment is extremely high. In operation, such equipment needs to pass a very high current to maintain the high-pressure hammer. The head's ultra-high pressure, so the power consumption during operation is extremely large. Due to the above insurmountable difficulties, the penetration rate of ultra-high pressure and high temperature synthesis devices in related scientific research fields has been very low, far from meeting the actual needs of relevant experimental researchers. QuickPress, a desktop high-temperature and high-pressure synthesis device designed and developed by Depth of the Earth in the United States, fills this gap in research fields at home and abroad. First of all, this device is widely loved by research institutes and laboratories due to its compact size and light weight. Its size is comparable to that of a typical tablet press, and such a small size is full of power and can provide an ultra-high pressure of up to 4 GPa. Moreover, the QuickPress high-temperature and high-pressure synthesis unit can perform all the main functions of a large press, including heating the sample during the pressurization process (2200 ° C), and introducing a special atmosphere (Ar, Xe, Kr, N2, CO2) to the sample. . The most important thing is that the QuickPress desktop high temperature and high pressure synthesis device has much lower cost and maintenance cost than the large tonnage high temperature and high pressure device. It provides a low cost and most portable high temperature and high pressure synthesis solution for the research group. It is the most ideal choice for high temperature and high pressure synthesis experiments. At present, the product has already had user units of the Institute of Physics of the Chinese Academy of Sciences, Zhejiang University, Jilin University, China University of Geosciences, etc., and has achieved very good use feedback. We also expect the QuickPress desktop high temperature and high pressure synthesis unit to assist more research groups and work together to produce high quality results in extreme conditions. Mugs And Cups ,Custom Pottery Mugs,Handmade Pottery Coffee Mugs,Ceramic Coffee Cup GlazeKing Ceramics TechnologyCo.,Ltd. , https://www.glazekingceramics.com