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京ICP备15050585号河北祥鹄科学仪器有限公司
China Microwave Chemistry Trailblazer
Since the 1980s, the microwave chemical industry has flourished, and Beijing XiangHu Technology Development Co., Ltd. came into being in the background of this great development, serving the national microwave chemical industry as an unremitting pursuit. Since its establishment in 2002, it has been mainly engaged in the research and development of microwave chemical instruments and laboratory equipment. It has repeatedly established industry benchmark products to fill the domestic gap and lead the new trend of microwave chemistry.
XiangHu Technology adheres to the most advanced products, the best quality service, the most favorable price and the most sincere integrity, to do our best to meet the user's regretless choice!
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Intelligent microwave ultrasonic combined synthetic extractor
The XH-300A+ is a new generation of multi-functional combined microwave instrument that has been upgraded to the Andorid control system and added microwave hydrothermal function on the basis of the microwave ultrasonic combined instrument XH-300A pioneered by Xiangyu. The instrument has domestic first-class digital processing function, with quad-core 1.2GHz processor, 16G memory, 8-inch color LCD touch screen, visualization of reaction process, real-time display without limiting storage reaction data and curve image, and can be installed through supporting software. Play the entire process of the experiment on the PC.
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Laboratory microwave application principle
In the role of microwave high frequency alternating electric field:
The polar molecules in the reaction mixture participate in the dipole polarization effect: when the electric field oscillates, the molecular dipole tries to re-adjust itself along the alternating electric field lines, in the process, through molecular friction and dielectric loss (dielectric heating) Energy is lost in the form of heat.
The charged particles in the mixture participate in the ion conduction process: they collide with adjacent molecules or atoms under the influence of the microwave field oscillating back and forth. These collisions cause intense movement and then generate heat.
The polar molecules in the reaction mixture participate in the dipole polarization effect: when the electric field oscillates, the molecular dipole tries to re-adjust itself along the alternating electric field lines, in the process, through molecular friction and dielectric loss (dielectric heating) Energy is lost in the form of heat.
The charged particles in the mixture participate in the ion conduction process: they collide with adjacent molecules or atoms under the influence of the microwave field oscillating back and forth. These collisions cause intense movement and then generate heat.
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