Microwave Synthesis System 微波技術應用于有機合成反應,反應速度比常規方法要加快數十甚至數千倍,并且能合成出常規方法難以生成的物質,正越來越廣泛運用于材料,制藥,化工及其他相關科研和教學領域。該產品采用*的微波功率自動變頻控制和非脈沖連續微波加熱技術,通過高精度的非接觸紅外溫度傳感器實時監測和控制反應容器內的溫度。并同時配備電磁和機械兩種攪拌方式,在反應過程中,可進行冷凝回流、滴液和分水等操作,還可通過彩色液晶顯示器實時觀察反應容器內的反應變化(及時掌握反應情況,探索*反應條件。除用于合成反應外,該儀器還可用于常壓微波萃取反應。
Microwave Synthesis System is a refined, professional system designed for synthetic chemistry applications. It combines:
1. A microwave cavity for generating microwave field;
2. Sensors to monitor reaction parameters for feedback-based process control;
3. Both mechanical and magnetic variable speed stirring;
4. On-site camera and TFT LCD monitor system.
Technical Data:
1. Continuous Microwave Power, Non-pulsed Power Supply;
2. Maximum Microwave Power:1000W, Dynamically adjusted between 0¡«1000W based on temperature of reaction flask.
3. Advanced infrared temperature sensor installed in the side wall of the cavity monitors the temperature of reaction flask, maximum controllable temperature 250¡æ or (400¡æ and 900¡æ optional)
4. Both mechanical and magnetic variable speed stirring, speed can be adjusted and monitored;
5. Standard interface for various reaction flasks (50ml to 1000ml);
6. Vivid on-site camera and TFT LCD display to closely monitor the reaction process;
7. Preset up to 10 reaction methods for different synthetic chemistry reactions.
8. Large volume exhaust module to clear vapors from cavity.
Features:
1. Preset up to 10 reaction methods programmable for steps, temperature, time, microwave power, etc.
2. Microwave power is automatically adjusted along with the reaction temperature to provide non-pulse continuous microwave heating.
3. Advanced IR temperature sensor monitors and controls the temperature of reaction. Controllable temperature range: Room temperature - 250 degree, Precision: 1 degree
4. Two stirring device (mechanical or magnetic) with adjustable speed and real-time display.
5. Special treatment to the interior of microwave cavity to protect the unit from aggressive acids and solvents.
6. TFT color display to on-site monitor and record the reaction process inside cavity.