Monopolar Chlorate Electrolyzer

型号: FG-II20

FG-II25

FG-II30

FG-II60

FG-II80

Electrolysis area

10M2

12.5M2

15M2

30M2

40M2

Anode material

MMO/TA1

MMO/TA1

MMO/TA1

MMO/TA1

MMO/TA1

Cathode material

Active cathode, carbon steel

Active cathode, carbon steel

Active cathode, carbon steel

Active cathode, carbon steel

Active cathode, carbon steel

Design current density

2200-3000A/M2

2000-3000A/M2

2000-3000A/M2

2000-3000A/M2

2000-3000A/M2

Electrode distance

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

Anodized coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Anode life

>6 years

>6 years

>6 years

>6 years

>6 years

oxygen content

<3%

<3%

<3%

<3%

<3%

Current efficiency

>93%

>93%

>93%

>93%

>93%

shell material

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

Chlorate production

90 tons/year

110tons/year

130tons/year

280tons/year

360tons/year

DC power consumption

<5000kw/ton

<5000kw/ton

<5000kw/ton

<5000kw/ton

<5000kw/ton

Operating temperature

80℃~85℃

80℃~85℃

80℃~85℃

80℃~85℃

80℃~85℃

Bipolar Chlorate Electrolyzer

model

FG-II40

FG-II60

FG-II80

FG-II120

FG-II160

Electrolysis area

40M2

60M2

80M2

120M2

160M2

Anode material

MMO/TA1

MMO/TA1

MMO/TA1

MMO/TA1

MMO/TA1

Cathode material

Anti-Bubbling Cathode

Anti-Bubbling Cathode

Anti-Bubbling Cathode

Anti-Bubbling Cathode

Anti-Bubbling Cathode

Design current density

2200-3000A/M2

2000-3000A/M2

2000-3000A/M2

2000-3000A/M2

2000-3000A/M2

Electrode distance

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

Anodized coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Five yuan nano coating

Anode life

>6years

>6years

>6years

>6years

>6years

oxygen content

<3%

<3%

<3%

<3%

<3%

Current efficiency

>93%

>93%

>93%

>93%

>93%

shell material

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

carbon steel, titanium

Conductive plate

Three-layer composite conductive material

Three-layer composite conductive material

Three-layer composite conductive material

Three-layer composite conductive material

Three-layer composite conductive material

Chlorate production

400tons/year

600tons/year

800tons/year

1200tons/year

1600tons/year

DC power consumption

<4900kw/ton

<4900kw/ton

<4900kw/ton

<4900kw/ton

<4900kw/ton

High Current Density Energy Saving Chlorate Electrolyzer

modelCurrent efficiency

FG-II15

FG-II25

FG-II30

Electrolysis area

15M2

25M2

30M2

Anode material

MMO/TA1

MMO/TA1

MMO/TA1

Cathode material

Cathode material

Cathode material

Cathode material

Design current density

2500-3000A/M2

2500-3000A/M2

2500-3000A/M2

Electrode distance

2.5mm~3mm

2.5mm~3mm

2.5mm~3mm

Anodized coating

Six-element nano-coating

Six-element nano-coating

Six-element nano-coating

Anode life

>8years

>8years

>8years

oxygen content

<3%

<3%

<3%

>94%

>94%

>94%

shell material

titanium

titanium

titanium

Conductive plate

Energy-saving composite conductive board

Energy-saving composite conductive board

Energy-saving composite conductive board

Chlorate production

170tons/year

300tons/year

300tons/year

DC power consumption

<4850kw/ton

<4850kw/ton

<4850kw/ton

Organic synthesis electrolyzer type electrolyzer

I. Overview

FG series bipolar electrolyzer is a new type of organic electrosynthesis device jointly developed by our company and scientific research units, which is suitable for electrosynthesis of organic fine chemical products. The device refers to the latest design of related foreign devices. It uses special engineering plastics or composite metal titanium as the tank body, and the noble metal deposition active layer is the cathode and anode. It has high operating current density, high current efficiency, low cell voltage, and excellent corrosion resistance. The advantages of compact structure, convenient maintenance and no environmental pollution are unmatched by other electrosynthesis devices, and its excellent performance will definitely give users a satisfactory return.

working principle:

The electrolytic cell is composed of several unit cells, each unit cell is divided into two parts, the cathode area and the anode area, which are separated by a diaphragm. The wires or copper bars are used for connection between them, the electrolyte and the membrane conduct electricity between the cathode cell and the anode cell, and the current is connected in series. The oxidation reaction occurs at the anode to obtain the oxidized product, and the cathode undergoes a reduction reaction to obtain the reduced product.

Model: FG-II20

Electrolysis area: 20M2

Dimensions: 800×500×50

Anode Material: Precious metal Oxide Coating

Cathode Materials: Copper, Nickel, Lead, Titanium

Current efficiency: >80%

Current density: <500A/M2

Electrode distance: 2-5MM

Working temperature: 50-80℃

Shell material: carbon steel, stainless steel, polypropylene, lining F4, engineering plastics

Model: FG-II10

Electrolysis area: 10 M2

Dimensions: 300×300×50

Anode Material: Precious metal Oxide Coating

Cathode Materials: Copper, Nickel, Lead, Titanium

Current efficiency: >80%

Current density: <500A/M2

Electrode distance: 2-5MM

Working temperature: 50-80℃

Shell material: carbon steel, stainless steel, polypropylene, lining F4, engineering plastics