PERFORMANCE
The unit utilizes a stainless steel, clip-in style electric field—a design awarded multiple patents—offering corrosion resistance, ease of cleaning, high purification efficiency, and a long service life.
It features a multi-stage purification design in series and high-intensity discharge cathode teeth, achieving a purification rate of up to 98% and keeping emission concentrations below 1 mg/m³. The system is designed for an airflow velocity of 4.5 m/s; the final-stage electric field employs a reverse-polarity corona design to thoroughly break down volatile molecules in the cooking fumes, ensuring excellent purification results. High-potential discharge plates generate low-temperature plasma to alter the structure of volatile organic compounds (VOCs) in the fumes; under the influence of a high-frequency electric field, molecular bonds are cleaved.
Subsequently, hydroxyl radicals from low-potential plates oxidize these fragments into water and carbon dioxide, effectively breaking down odor-causing molecular chains to eliminate odors and reduce non-methane hydrocarbon emissions.
It causes no secondary pollution, is easy to maintain, and offers a long service life.
An intelligent constant-output power supply provides ample current to the discharge field, operating with high current and low voltage.
The power supply features DSP-controlled arc detection—triggering rapid voltage reduction and power-off protection—ensuring safe, hazard-free operation.
The company follows the service principle of “user first” and has set up a professional technical support team dedicated to serving every customer with care.
Standard Technical Parameters
| Specifications and Model | efficiency | Outlet concentration (mg/m³) | resistance（Pa） | Overall dimensions（mm） | Enclosure dimensions（mm） | Inlet and outlet dimensions（mm） | structure | Electric field quantity | power（w） | Flow velocity（m/s） |
| 4000 | 98% | <1.0 | <60 | 865*780*670 | 865*645*570 | 545*470 | 1 carton per layer | 633*2 | 200*2 | 4.3 |
| 6000 | 98% | <1.0 | <60 | 1140*780*670 | 1140*645*570 | 545*470 | 1 carton per layer | 633*3 | 200*3 | 6.5 |
| 8000 | 98% | <1.0 | <115 | 1140*990*670 | 1140*855*570 | 755*470 | 1 carton per layer | 843*3 | 200*3 | 6.2 |
| 10000 | 98% | <1.0 | <115 | 1140*1155*670 | 1140*1020*570 | 920*470 | 1 carton per layer | (505+505)*3 | 300*3 | 6.4 |
| 12000 | 98% | <1.0 | <115 | 1140*1285*670 | 1140*1150*570 | 1050*470 | 1 carton per layer | (505+633)*3 | 300*3 | 6.7 |
| 16000 | 99% | <1.0 | <115 | 1140*990*1240 | 1140*855*1140 | 755*1040 | 2 tiers, 2 boxes | (843+843)*3 | 300*6 | 5.6 |
| 20000 | 99% | <1.0 | <115 | 1140*1155*1240 | 1140*1020*1140 | 920*1040 | 2 tiers, 2 boxes | (505+505)*6 | 300*6 | 5.8 |
| 25000 | 99% | <1.0 | <115 | 1140*1285*1240 | 1140*1150*1140 | 1050*1040 | 2 tiers, 2 boxes | (505+633)*6 | 300*6 | 6.3 |
| 30000 | 99% | <1.0 | <120 | 1140*1415*1240 | 1140*1280*1140 | 1180*1040 | 2 tiers, 2 boxes | (633+633)*6 | 300*6 | 6.7 |
| 35000 | 99% | <1.0 | <120 | 1140*1620*1240 | 1140*1485*1140 | 1385*1040 | 2 tiers, 2 boxes | (633+843)*6 | 300*6 | 6.7 |
| 40000 | 99% | <0.9 | <120 | 1140*1415*1810 | 1140*1280*1710 | 1180*1610 | 3 tiers, 3 bins | (633+633)*9 | 300*9 | 5.8 |
| 50000 | 99% | <0.9 | <120 | 1140*1620*1810 | 1140*1485*1710 | 1385*1610 | 3 tiers, 3 bins | (633+843)*9 | 300*9 | 5.8 |
| 60000 | 99% | <0.9 | <120 | 2280*1415*1240 | 2280*1280*1140 | 1180*1040 | 2 tiers, 4 boxes | (633+633)*12 | 300*12 | 5.8 |
Enhanced Technical Specifications
| Specifications and Model | efficiency | Outlet concentration (mg/m³) | resistance（Pa） | Overall dimensions（mm） | Enclosure dimensions（mm） | Inlet and outlet dimensions（mm） | structure | Electric field quantity | power（w） | Flow velocity（m/s） |
| 4000 | 95% | <1.0 | <50 | 590*780*670 | 590*645*570 | 545*470 | 1 carton per layer | 633*1 | 200*1 | 4.3 |
| 6000 | 95% | <1.0 | <50 | 947*780*670 | 947*645*570 | 545*470 | 1 carton per layer | 633*2 | 200*2 | 6.5 |
| 8000 | 95% | <1.0 | <100 | 947*900*670 | 947*855*570 | 755*470 | 1 carton per layer | 843*2 | 200*2 | 6.2 |
| 10000 | 95% | <1.0 | <100 | 947*1155*670 | 947*1020*570 | 920*470 | 1 carton per layer | (505+505)*2 | 300*2 | 6.4 |
| 12000 | 95% | <1.0 | <100 | 947*1285*670 | 947*1150*570 | 1050*470 | 1 carton per layer | (505+633)*2 | 300*2 | 6.7 |
| 16000 | 97% | <1.0 | <100 | 947*900*1240 | 947*855*1140 | 755*1040 | 2 tiers, 2 boxes | (843+843)*2 | 300*4 | 5.6 |
| 20000 | 97% | <1.0 | <100 | 947*1155*1240 | 947*1020*1140 | 920*1040 | 2 tiers, 2 boxes | (505+505)*4 | 300*4 | 5.8 |
| 25000 | 97% | <1.0 | <100 | 947*1285*1240 | 947*1150*1140 | 1050*1040 | 2 tiers, 2 boxes | (505+633)*4 | 300*4 | 6.3 |
| 30000 | 97% | <1.0 | <100 | 947*1415*1240 | 947*1280*1140 | 1180*1040 | 2 tiers, 2 boxes | (633+633)*4 | 300*4 | 6.7 |
| 35000 | 97% | <1.0 | <100 | 947*1620*1240 | 947*1485*1140 | 1385*1040 | 2 tiers, 2 boxes | (633+843)*4 | 300*4 | 6.7 |
| 40000 | 98% | <1.0 | <100 | 947*1415*1810 | 947*1280*1710 | 1180*1610 | 3 tiers, 3 bins | (633+633)*6 | 300*6 | 5.8 |
| 50000 | 98% | <1.0 | <100 | 947*1620*1810 | 947*1485*1710 | 1385*1610 | 3 tiers, 3 bins | (633+843)*6 | 300*6 | 5.8 |
| 60000 | 98% | <1.0 | <100 | 1994*1415*1240 | 1994*1280*1140 | 1180*1040 | 2 tiers, 4 boxes | (633+633)*8 | 300*8 | 5.8 |
ADVANTAGES
1. Uniform spacing between electric field plates eliminates arcing and nuisance tripping, significantly enhancing capture efficiency;
2. Constructed from 201-grade stainless steel, facilitating chemical cleaning;
3. Features an atmospheric-pressure mixed-flow zone between electric field stages, promoting the recombination of positive and negative ions for further boosted capture performance;
4. Utilizes a stainless steel snap-lock design and 1.0mm thick sheet metal; the electric field unit holds multiple patents and offers corrosion resistance, easy cleaning, high purification rates, and a long service life.
