SiC Static Mixer
Product Introduction
The hydrodynamic design of silicon carbide static mixers complies with fluid mechanics principles, meeting process requirements of low pressure drop, low energy consumption and high mixing efficiency.
In addition, the silicon carbide material releases no metal ions, eliminating contamination of downstream material purity by metal ions at the source.
Technical Parameters
Product Advantages
The material advantages of silicon carbide static mixers lie in their full resistance to acids and alkalis, high temperature resistance, oxidation resistance, abrasion resistance, high thermal conductivity and thermal shock resistance. Their thermal conductivity is higher than carbon steel, enabling them to withstand repeated rapid heating and cooling cycles.
Compared with other non-metallic mixers, silicon carbide mixers feature thin internal structures and large flow capacity, delivering hydrodynamic performance with extremely low pressure drop. They are suitable for mixing both Newtonian and non-Newtonian fluids, as well as high-viscosity and low-viscosity media.
Applicable Scenarios
It is capable of meeting mixing requirements for various corrosive media, such as:
- Acid-base neutralization of wastewater
- Sulfuric acid dosing and mixing
- Mixing of sulfuric acid and nitric acid as well as nitration reaction in nitrobenzene units
- Hydrofluoric acid dosing, reaction processes, etc.