Precision HOCl Water Generator
FX-WSW100
Precision HOCl Water Generator
FX-WSW100
  • Model
    FX-WSW100
  • Electrolyte
    Hydrochloric acid
  • Effective chlorine concentration
    40~80ppm
  • Inlet water temperature
    10~35℃
  • Effluent flow rate
    10~100L/H
  • Inlet water pressure
    0.05~0.15MPa
  • Generation method
    Electrolytic method
  • pH
    5.0~6.5
  • Size
    May make to order
  • Special note
    The equipment can be customized according to customer needs for pH value, effective chlorine concentration, and water output.
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Instroduction

 

MODEL pH RANGE OUTFLOW SIZE(W*H*D)
FX-SRJ40 7.0~10.0 4~40L/H 60*55*25
FX-SCJ10 10.0~14.0 1~10L/H 70*60*30
FX-SZX20 6.5~8.5 2~20L/H 45*50*25
FX-SQS20 2.0~12.0 2~20L/H 60*55*25
FX-SWS100 5.0~6.5 10~100L/H 45*50*25

 

Equipment features 

This series of products is positioned to provide precision and reliable electrolytic water experimental machines for global research institutes, universities, and other units. It is divided into five categories: weak alkaline electrolytic water machine, super alkaline electrolytic water machine, slightly acidic electrolytic water machine, strong acid strong alkaline electrolytic water machine, and neutral electrolytic water machine.

Before the launch of this series of products, there was no company in the world that manufactured electrolytic water machines specifically for scientific experiments. During product development, the company's R&D personnel consulted a large number of domestic and foreign papers on the application of electrolyzed water and found that there were no more than three types of experimental models used in previous papers: one was a household model, one was an industrial model, and one was a self-made model by the experimenter. Due to differences in usage environment and methods, the acquisition of experimental data for these three models heavily relies on the electrolytic water machine used at the time. Many experimental data have significant errors and poor reproducibility, leading to controversial conclusions in some papers.

This series of products combines our long-term research experience in electrolysis of water to track and display relevant parameters during the electrolysis process, which can intuitively reflect the electrolysis process and infer whether the experimental data is accurate and effective. At the same time, it avoids the drawbacks of incomplete data and unstable indicators for household models, complex operation and long sampling time for industrial models. It has the characteristics of comprehensive and accurate data, large experimental range, simple operation, and fast sampling speed.

 

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