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The PTFE Pitch Blade Turbine Impeller for Orb Pilot is a 45O-angle, 4-blade design, improving downdraft flow. An additional adjustable height impellor can be added to the shaft if required.

An easy-to-use, high-performance calorimetry system. Using either Heat Flow Calorimetry (HFC) or Power Compensation Calorimetry (PCC), it can generate power and enthalpy graphs quickly and easily.

Allows crystallization processes to be monitored and controlled.

A compact, high-performance, ultra-cold cooling module for round bottom flasks. Requiring only mains power, it rapidly cools reactions to process temperatures as low as -80 °C.

A modular 3 bar pressure reactor system that can be controlled automatically or manually.  Available with reactor volumes from 100 mL to 3 L that can be changed in minutes without the need for tools.

Designed for applications where elevated pressures (up to 200 bar) or temperatures (250 ºC as standard, >300 ºC as an option) are required e.g. hydrogenations, carbonylations, etc.

A range of essential tools for small scale chemistry in round bottom flasks and vials, providing fine control and enabling chemists to be more productive.

Column Reactors are used within an Asia system to allow the use of solid phase chemistry such as catalysts, solid-supported reagents or scavengers. The columns can be heated by mounting on the Asia Heater using the Solid Phase Adaptor. There are 4 different diameter columns, each 100mm long offering a […]

Column Reactors are used within an Asia flow chemistry system to allow the use of solid phase chemistry such as catalysts, solid-supported reagents or scavengers. The columns can be heated by mounting on the Asia Heater using the Solid Phase Adaptor. There are 4 different diameter columns, each 100 mm […]

The Asia Tube Reactors are large volume microfluidic reactors designed for preparative scale solution phase chemistry. The tube reactor contains a long length tube giving higher volumes than the glass microreactors and therefore allows higher flow rates for a given residence/reaction time. The increase in flow rate enables reaction scales […]