產品
novoclave® - 实验室高温 / 高压反应釜
实验室高温 / 高压反应釜
| 反應器容積： | 100 至 600 毫升 |
| 工作壓力： | -1（全真空）到 +500 巴 |
| 工作溫度： | - 20 °C 至 +500°C |
| 材料： | 不鏽鋼、 Hastelloy 合金 |
| 反應器容積： | 100 至 600 毫升 |
| 工作壓力： | -1（全真空）到 +500 巴 |
| 工作溫度： | - 20 °C 至 +500°C |
| 材料： | 不鏽鋼、 Hastelloy 合金 |
这是我们新推出的高压 / 高温釜novoclave。该高压反应釜系统设计用于高压和高温的制程。安全功能可确保在最高压力下安全反应。根据PED、AD2000设计，制造及测试。电加热具有内建自动自来水快速冷却及精确的温度控制，在设备或经由PC可编程PID控制器进行操作。
novoclave系统的模块化设置可使用相同的盖板和电热板将容器尺寸从100ml改为600 ml。容器有以下容量：100/200/300/450 / 600 ml。
不锈钢或Hastelloy®反应釜可确保高耐腐蚀性。磁力搅拌驱动器确保处理介质的有效混合搅拌以及良好的热传递。
我们可提供各种配件。
This is our high pressure and high temperature HPHT reactor novoclave. This high pressure reactor system is designed for processes involving high pressures and temperatures.
Safety features guarantee safe reactions under highest pressure. The system is designed, manufactured, and tested according to PED and AD2000. It features electrical heating with built-in automated tap water cooling. This setup ensures fast and precise temperature control. A programmable PID controller allows easy operation at the device or via PC.
The modular setup of the novoclave system allows for changing the vessel size from 100 ml up to 600 ml. You can use the same cover plate and electric heating block. Vessels are available in the following volumes: 100, 200, 300, 450, and 600 ml.
Despite changing vessel sizes, the system maintains the optimal vessel geometry regarding the relation between diameter and length.
The stainless steel or Hastelloy® reactors ensure high corrosion resistance. Furthermore, the magnetic stirrer drive ensures efficient mixing and stirring of the process media. It also provides excellent heat transfer.
“The 100ml novoclave works great for my bench top scale. I love the idea that I can scale up to 600 ml at any time without having to purchase an entire new reactor. We use the novoclave for benchtop depolymerization reactions.
Basically, we fractionate biomass into its monomeric components to serve as platform chemicals for other high value biomaterials or bioproducts. This employs water together with other solvents, acid or a base.
The reactor vessel is well built to serve its purpose. It does not take up space at all which is great for a benchtop lab setting."
Emmanuel Atta-Obeng, Assistant Professor, Department of Natural Science, Coppin State University (March 2022)
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