Microwave/UV/Ultrasonic Multifunctional Synthesis and Extraction Reactor

Wave-2000Microwave/UV/Ultrasonic Multifunctional Synthesis and Extraction ReactorCombining Shanghai Xinyi's nearly 30 years of microwave chemistry experience and the research achievements of numerous scholars, it is an upgraded product of the BCEIA Gold Award winning product UWave-1000. This product successfully combines multiple functions of atmospheric pressure/pressure system, microwave/ultraviolet/ultrasonic, providing a convenient research platform for microwave chemists.

Product comprehensive technical characteristics

Modular design enables the free combination of multiple energy sources and functions of microwave, ultraviolet, and ultrasonic waves

UWave-2000 adopts a modular design, with multiple combinations of microwave, ultraviolet, and ultrasonic waves that can be freely combined to give your experiments wings of imagination. Software controlled timed opening and closing can achieve synergistic effects that cannot be achieved by a single energy source. Microwave power setting range: 0~1000W, PID frequency conversion control; The ultrasonic module adopts an immersion ultrasonic emission device, with an adjustable range of ultrasonic power from 0 to 800W, frequency of 28KHz, and automatic frequency scanning and locking; The UV module can be paired with an LED UV light source, with a power adjustable from 0-100W and a main wavelength of 365nm, suitable for photochemical research.

The same system can switch between normal pressure and pressure to meet the usage needs of different users

UWave-2000 can perform up to 2000mL atmospheric pressure reaction or up to 500mL pressurized reaction, helping researchers conduct mass production experiments. There are three specifications to choose from for closed reaction tanks: 100mL, 200mL, and 500mL, to meet the different usage needs of users from laboratory research and development to production plan verification. The software can automatically determine the type of reaction tank to prevent operational errors.

Comprehensive temperature and pressure measurement and control technology ensures safe and controllable operation process, effectively responding to any abnormalities

Temperature measurement and control: Automatic switching between infrared and platinum resistance temperature control modes, with infrared temperature measurement range of 0~900 ℃ and platinum resistance temperature measurement range of 0~250 ℃, high temperature measurement accuracy and more reliable control.

Pressure measurement and control: Using piezoelectric crystal pressure measurement technology, the performance is reliable, there is no cross contamination, and the pressure control range is 0-5MPa (accuracy ± 0.01MPa). In the pressure mode, the intelligent safety pressure control system can monitor the pressure in real time. If it exceeds the set pressure, the system will automatically release the pressure to ensure the safety and controllability of the experimental process.

High strength aerospace composite fiber outer tank, balancing mechanical strength and anti-corrosion ability

High strength aerospace composite fiber outer tank Xtra Fiber, PFA overall spraying wraps the composite fiber, which has the characteristics of being unbreakable, unbreakable and tear resistant. Its comprehensive performance in pressure resistance, corrosion resistance and other aspects is superior to traditional PEEK material outer tanks (especially the protective ability at the edge of the outer tank). The compressive strength can reach 70MPa (about 10000psi), and the temperature resistance is 600 ℃, ensuring the safety of the user's operation.

Durable and sturdy industrial grade furnace chamber, with comprehensive anti-corrosion coating inside and outside the furnace chamber to extend its service life

Large volume 316L stainless steel industrial grade furnace chamber, treated with multiple layers of anti-corrosion coating to prevent acid mist from corroding the furnace chamber and extend its service life. The ultra large furnace chamber design can meet a maximum of 2000mL atmospheric pressure reaction. The furnace chamber is equipped with a high-speed cooling fan with an air volume of 3m3/min, which automatically adjusts to three gears according to the reaction conditions.

Multiple accessories to choose from, improving the scalability of the entire machine

UWave-2000 can be equipped with various specifications of reaction containers, including 50-2000mL glass containers of different sizes, as well as quartz material reaction containers of different sizes to meet the needs of photochemical reactions under UV irradiation. The instrument can be equipped with a digital constant speed mechanical stirring or magnetic stirring device: mechanical stirring has better applicability for systems with large volume, high viscosity, high solids, etc. The stirring rod material can be selected from PEEK or quartz material; The magnetic stirring speed range is 0-800r/min, with adjustable speed and real-time display; Equipped with condensation reflux, droplet, water separation and other devices, and equipped with an inert protective gas interface.

Intelligent software system makes experimental operations easier and more convenient

UWave-2000 is equipped with the Windows software system and can be controlled and parameter set through a 7-inch color touch screen or an external computer. The furnace chamber is equipped with a color image recording system, which displays reaction images in real time through a LCD screen. The reaction process can also be monitored in real time through a remote control system, and reaction images can be output externally.

Focusing on microwave chemistry and expanding industry applications

Shanghai Xinyi has been focusing on the field of microwave chemistry for nearly 30 years and is one of the first enterprises in China to develop microwave chemistry instruments. UWave-2000 is an upgraded product of Uwave-1000 (2009 BCEIA Gold Award), which has a wide range of applications in organic extraction, pharmaceutical research, proteomics, new material research, polymer synthesis and many other fields.

Microwave Applications

Microwave assisted hydrothermal synthesis of silica nanospheres [1]

Ultrasonic application

Ultrasonic synthesis of CsPbBr3 nanoparticles [2]

UV application

UV synthesis of tungstic acid nanoparticles [3]

[1] Ding Xiuping, Wang Yabin, Huang Yudong Hydrothermal synthesis and characterization of fibrous silica nanospheres [J]. Journal of Harbin Institute of Technology, 2018, 50 (2): 116-121

[2] Yu Minghuai, Ye Shuai, etc The Effect of Temperature on the Ultrasonic Synthesis of CsPbBr3 Nanoparticles [J]. Journal of Artificial Crystals, 2018, 47 (3): 499-504

[3] Mo Ruofei, Jin Guoqiang, Guo Xiangyun Synthesis of monodisperse tungstic acid nanoparticles by UV irradiation [J]. Journal of Inorganic Chemistry, 2008, 24 (1): 111-116