高壓反應釜工作原理

發布時間:2017/6/12 13:20:18

高壓實驗室反應釜工作原理：高壓實驗室反應釜又稱高壓反應釜，是在實驗室進行高壓實驗時，廣泛使用的是高壓實驗室反應釜。高壓實驗室反應釜除高壓容器主體外，往往還與壓力計、高壓閥、安全閥、電熱器及攪拌器等附屬器械構成一個整體。  升降高壓實驗室反應釜采用環形稀土永磁耦合驅動器，攪拌力矩大，具有靜密封、無泄漏的特點。

High pressure laboratory reactor working principle: high pressure laboratory reactor, also known as high pressure reactor, is in the laboratory for high pressure experiments, the most widely used is the high pressure laboratory reactor. High pressure laboratory reactor, in addition to the main body of high pressure vessels, often with pressure gauges, high pressure valves, safety valves, electric heaters and mixers and other ancillary equipment to form a whole. The loop reactor is made of ring rare earth permanent magnet coupling, which has the advantages of high stirring torque, static sealing and no leakage.

　　實驗室反應釜體與物料接觸部位材料主要采用 1Cr18NI9Ti 不銹鋼，攪拌軸承采用自潤滑耐磨軸套，攪拌槳采用推進式攪拌槳，轉速可高達到800轉/分鐘；物料分散均勻，適合于各種介質的攪拌。加熱控制系統采用 PID自動溫度控制儀表，溫度控制精確。儀表經整定后，可有效抑制溫度過沖。

Laboratory reaction kettle body and material contact parts of the material mainly adopts 1Cr18NI9Ti stainless steel, stirring bearing adopts self-lubricating wear-resistant sleeve, impeller with propeller, speed up to 800 RPM / min; the material dispersion, suitable for various media agitation. The heating control system adopts PID automatic temperature control instrument, and the temperature control is accurate. After the instrument is adjusted, the temperature overshoot can be effectively suppressed.