Product introduction:
WH - 152 glass microfluidic IND IQ of independent research and development of science and technology of micro reactor is Burma microchannel reactor, with independent intellectual property rights, micro reactor has a large specific surface area, high efficiency, high safety, mass and heat transfer the advantages of small amplification, WH - 152 glass IND micro reactor for the mass transfer and pressure drop of two factors, which can realize high efficiency of mass transfer and heat transfer, to achieve security and stability of apis and the related test and pilot production process of synthetic process. Application area:
Pharmaceutical intermediates, pharmaceutical synthesis (including outsourcing), fine chemical, pesticide chemistry, special chemicals, commodity industry, nanomaterials, polymer modification, etc. Product features:
1. Flux: 50-150 tons/year
2. Excellent corrosion resistance (process side) : compatible with all reagents except 30% KOH, molten alkali metal and HF, which can run stably for a long time under strong corrosion reagents
3. Free combination configuration: highly flexible modularization design can meet the requirements of various process
4. The heat exchanger side and the process side are integrated. Each module includes 1 process board and 2 heat exchanger boards
5. Excellent mass and heat transfer performance
6, temperature range: 25-195 ℃
7. Pressure range: 0-20bar
Product introduction:
WH - 152 glass microfluidic IND IQ of independent research and development of science and technology of micro reactor is Burma microchannel reactor, with independent intellectual property rights, micro reactor has a large specific surface area, high efficiency, high safety, mass and heat transfer the advantages of small amplification, WH - 152 glass IND micro reactor for the mass transfer and pressure drop of two factors, which can realize high efficiency of mass transfer and heat transfer, to achieve security and stability of apis and the related test and pilot production process of synthetic process.
