AQ-P1000:
Core Breakthrough, Technological Upgrade
Available Chlorine Concentration: 10-300 ppm
1. National Standard, Ready-to-Use
2. Highly Efficient Sterilization, Adjustable Concentration
3. PLC Touchscreen Control, Stable and Reliable Performance
4. Liquid Level Detection, Fault Alarm Feedback
5. Real-Time Online Monitoring, 4G IoT Module
6. Online ORP and pH Monitoring
7. Data Storage for Easier Traceability
8. Unique Structural Design + Programmable
9. Expandable Functions, Customizable

AQ-P300-A:
Healthy disinfection without disrupting your daily life
Effective chlorine concentration: 40-80 ppm
1. Broad spectrum, strong killing power, harmless to the human body
2. No residue, returns to water after use, no environmental impact
3. Antibacterial rate up to 99.9%, safe, environmentally friendly, and effective
4. Covers multi-scene and multi-object disinfection needs
5. Saves time and improves efficiency

AQ-P300-W:
Say goodbye to harsh disinfection! A safe choice for pet hospitals, homes, and catteries.
Effective chlorine concentration: 10-200 ppm.
1. Long-lasting, safe, and highly effective sterilization and antiviral treatment.
2. Mild and safe sterilizing ingredients, suitable for infants and pregnant women.
3. High water flow rate and adjustable concentration for guaranteed disinfection effectiveness.
4. Non-toxic, non-irritating, and residue-free.
5. PLC control, real-time operation monitoring, and fault alarms.
6. Stable, energy-efficient electrolytic cell operation.
7. Optional 4G module allows for connection to external liquid storage and disinfection systems.
8. Highly efficient and fast disinfection for various indoor and outdoor environments.

AQ-P300-M:
Safety and protection, effective sterilization
Available chlorine concentration: 10-120 ppm
1. Stable operation, safe and worry-free, intelligent and efficient
2. Effective sterilization rate >99.99%
3. Powered by a rectifier with overload, overtemperature, and overpressure protection
4. Features one-touch start, concentration recommendation, data export, and history logging
5. Stable electrolytic cell operation
6. Ultra-thin design, compact and suitable for both wall-mounted and tabletop use
7. Stable electrolytic cell operation, high water flow
8. Optional Wi-Fi IoT module, residual chlorine, pH detection, and other sensors
9. Broad spectrum and high efficiency, suitable for a wide range of applications

AQ-P100-4G:
Efficient sterilization, safe and environmentally friendly
Available chlorine concentration: 10-80 ppm
1. Stable operation, safe and efficient, easy to use
2. Mild and safe sterilizing ingredients, long-lasting sterilization effect
3. High flow rate and adjustable concentration
4. PLC control, real-time operation monitoring, and fault alarm
5. Ultra-thin design, compact footprint, and convenient use
6. Stable electrolytic cell operation, low liquid consumption, energy-saving and economical
7. Optional 4G module allows for connection to external liquid storage and disinfection systems
8. Broad spectrum and high efficiency, wide range of applications

Salt Model:
Strong stability and adaptability
Available chlorine concentration: 0-120ppm ±10%
1. Salt as the core, low operating costs
2. Rapidly penetrates bacteria, effectively sterilizing
3. Decomposition products are only water, oxygen, and a small amount of chloride, leaving no harmful residue, making it environmentally friendly
4. Hypochlorous acid solution is generated in real time through electrolysis of salt, making it portable and efficient
5. Corrosion-resistant, long-lasting, and adaptable to different regional climates
6. Preserves fruits, vegetables, and livestock products
7. Intelligent control and remote management

Product Features
1. Composite Superconducting Heat Pipe Steam Generation Technology
This composite superconducting heat pipe steam generation technology utilizes Japanese composite superconducting heat pipe technology, resulting in a thermal conductivity far superior to that of steel, high heat transfer efficiency, and visible energy savings.

2. Exclusive and Latest Flameless Combustion Technology
Ultra-low nitrogen flameless combustion technology operates at full load, achieving true environmental protection.

3. Infrared Radiation Superheat Absorption Technology
Special superconducting materials ensure efficient heat absorption by the heat exchange surface.

4. FPTS Condensation Waste Heat Recovery Technology
Independently developed condensation recovery technology delivers high flue gas waste heat recovery efficiency (flue gas temperature <55°C).

5. Intelligent Real-Time Monitoring Technology
Over 20 protection units ensure safer and more stable operation.

6. 2㎡ Footprint

Overall dimensions:1000*1000*1300mm
Weight: 22.28kg
Ultrafiltration flow rate: 1000L/H
Filter element material: hollow fiber PVC
ultrafiltration membrane filter element
Lifespan: 3-5 years (depending on the quality
of the incoming water)
Maximum UV sterilization capacity: 0.35T/H
Ultraviolet wavelength: UV-C 254nm
Lamp life: Designed 8000 hours, recommended
replacement after 7200 hours
Sterilization rate:>99.9%

Overall dimensions:1000*1000*1300mm
Weight: 22.28kg
Ultrafiltration flow rate: 1000L/H
Filter element material: hollow fiber PVC
ultrafiltration membrane filter element
Lifespan: 3-5 years (depending on the quality
of the incoming water)
Maximum UV sterilization capacity: 0.35T/H
Ultraviolet wavelength: UV-C 254nm
Lamp life: Designed 8000 hours, recommended
replacement after 7200 hours
Sterilization rate:>99.9%

Dimensions: 1050*302*400mm Weight: 55.8kg Production: 60-100L/H PH value: 5-6.5 Main bactericidal factor: hypochlorite (HCIO) Effective chlorine concentration: 10-120mg/L Rated voltage/frequency: 220V~/50Hz Rated power: 410W Electrolyzer service life: >8000h Electrolyte tank capacity: 1L

Dimensions: 900*500*1300mm、Production: 6.3L/H、Single chlorine production: 50g/h、Rated power: 0.5kW、Salt tank capacity: 30L、Storage tank capacity: 30L、Dosing pump flow: 9L/h、Shell material: PVC、Control: PLC

The ion-exchange membrane electrolyzer differs from the diaphragm-free electrolyzer by incorporating an ion-exchange membrane between the anode and cathode. The type of membrane is selected based on different materials suited for various applications and operating environments. Initially applied in the chlor-alkali industry, ion-exchange membrane electrolyzers have in recent years been adopted in other fields, such as water treatment, organic electrosynthesis, industrial hydrogen production, electrolysis of sodium chloride to produce chlorine-based disinfectants, and acid-base recovery via solution electrolysis.

Sodium Hypochlorite Electrolyzer
This electrolyzer is designed for sodium chloride electrolysis systems. It produces sodium hypochlorite solution via membrane-free electrolysis of a diluted sodium chloride solution. It is suitable for electrolytic sodium hypochlorite generators, water treatment equipment, and electrolytic disinfection devices.

The technology utilizes membrane-free electrolysis of low-concentration sodium chloride solution without requiring additional chemical agents. The reactions during the generation process are as follows:

Overall Reaction:
NaCl + H₂O → NaClO + H₂↑

Electrode Reactions:
Anode: 2Cl⁻ – 2e⁻ → Cl₂
Cathode: 2H⁺ + 2e⁻ → H₂

Solution Reaction:
2NaOH + Cl₂ → NaCl + NaClO + H₂O

During this process, a small amount of hydrogen is generated. The designed push-type hydrogen removal technology allows hydrogen to rapidly evolve on the compact composite electrode surface and be expelled with the high-flow circulating solution.

Hypochlorous acid (HClO) solution is produced by electrolyzing a diluted hydrochloric acid solution at a specific concentration. This method utilizes low-cost diluted hydrochloric acid in a membrane-free electrolyzer, where electrolysis occurs to generate the hypochlorous acid solution.

Reaction Overview:

Overall Reaction: 2HCl + H₂O → HClO + H₂↑

Electrode Reactions:
Anode: 2Cl⁻ → Cl₂ + 2e⁻
Cathode: 2H⁺ + 2e⁻ → H₂

Solution Reaction: Cl₂ + H₂O → HCl + HClO

This process offers a cost-effective and efficient route to produce hypochlorous acid, suitable for applications in disinfection, water treatment, and related fields.