Kilo-、verso-、polyclave 惰性

Laboratory pressure reactor system - metal-free executions

Reactor volume: 1.0 - 20.0 liter
Pressure: -1 (FV) to +6 / 60 bar
Temperature: -20 °C to +180 / 250 °C
Material: 6 bar version: Glass, Glass-lined steel, ceramic, PFA, PEEK, PTFE
Material: 60 bar version: Glass-lined steel, ceramic, PFA, PTFE, Tantalum

This multipurpose pressure reactor system ensures high resistance against acids, avoiding contamination or interference of any type of metal components with the chemicals. It is designed for the use of glass lined steel pressure vessels with ceramic magnetic stirrer coupling and reinforced PTFE cover or with Tantalum cover for higher pressure.

The hydraulic vessel lift with tilt function makes opening and closing as well as cleaning of the vessel very easy. Safety features guarantee safe reactions under pressure.

High torque magnetic drive ensures efficient mixing and stirring of low to high viscosity process media as well as excellent heat transfer.

The modular setup of the kiloclave system allows changing or upgrading for new tasks at any time. A wide range of accessories for feeding of liquids / solids / gas, a fast action closure device, and others like catalyst baskets, etc. are available – talk to us to define the right setup for your specific need.

Compact systems for reactors up to 5 liters are versoclave- and polyclave inert, polyclave inert with possibility for glass reactors, see also full metal versions kiloclave, versoclave, polyclave.


反应器容积: 1.0-20.0 升
工作压力:-1 ~ + 6 / 60 bar
工作温度:-20 ° C` + 180 / 250 ° C
材料: 6 bar版本: 玻璃,搪玻璃、 陶瓷、 PFA、 PEEK、PTFE
材料: 60 bar版本: 搪玻璃、 陶瓷、 PFA、 PEEK、PTFE、 钽




Kiloclave 系统的模块设置允许你在任何时候进行功能变更或升级新的使用功能。种类繁多的配件用于液体 / 固体/气体加料,快速开合装置,和催化剂篮等。和我们沟通来确认您的特殊需要的正确配置。

紧凑反应釜系统 versoclave-和 polyclave 惰性,polyclave 惰性最大到 5 升,可以使用玻璃反应釜,详见全金属版本
 kiloclave, versoclave, polyclave.


Kiloclave 金属版示例


  • 加氢反应
  • 聚合反应
  • 合成反应
  • 催化剂测试 / 评价
  • 催化反应
  • 结晶
  • 化学研究
  • 石化研究
  • 腐蚀试验
  • 上游研究
  • 生物量研究
  • 生物聚合物的研究
  • 生物炼制的研究
  • 生物燃料的研究
  • 沸石合成
  • 纳米粒子合成
  • API 合成