Taylor Vortex Flow Chemical Reactor - Lab to Mass Production

The Top 3 Advantages of the Product

Continuous High Yield Production


Combined Benefits of Batch Reactor and PFR Reactor


High Uniformity in Product Particles and Exothermic Reaction Control Feature

Continuous Chemical Reactor for High Purity and Uniform Materials

The patented Taylor Flow Chemical Reactor has been widely used by not only laboratories but also companies in the world thanks to its advantages over the conventional CSTR or Batch reactors. The Taylor Reactor can provide faster chemical reaction speed and shorter cycle time, where its mixing force is up to 7 times stronger, and 4 times faster in mass transfer velocity than a similar batch reactor. Not only that, the Taylor Reactor uses homogenous micro-mixing zones to produce high purity products with uniform-sized particles and minimize loss of input materials. Since it brings significant improvements in productivity, purity, uniformity and density, the Taylor Reactors are being used globally for a wide range of applications in the USA, France, Germany and Korea and etc. Have you ever encountered any difficulty in productivity, uniformity, purity and/or density or do you have any plan for a new product development project? If yes, please feel free to contact us for sample test, demo or any advice so that we can help you solve your problem together with the Taylor Reactor!

  • crystallization

  • co-precipitation

  • exfoliation

  • emulsion polymerization

  • spherical particle production

  • co-precipitation

  • Core-shell (coating) particle preparation

  • Easy to scale up

  • Exfoliation of graphite into graphene

  • High-purity particle preparation and separation

  • Preparation from Nano to Micro Particles

  • Preparation of Battery anode/cathode and solid electrolyte

  • Reduce production time up to 100 times

  • Temperature control of exothermic reaction

  • Uniform particle size and particle size control

Target Industries
Get in Touch with the Supplier Now

Find out More in the Video