2000 g / h Ruthenium Iridium Coating Electrolysis Sodium Hypochlorite Generation

Type

Power(V/Hz)

concentration of liquid(mg/l)

available chlorine (Kg/h)

Flow (m3/h)

Salt consumption (kg/d)

Water consumption (m3/d)

Power consumption   (kw)

Size(m)      (l×w×h)

CNJY-N2000

380V/50Hz

0.8 %

2

0.25

168

6

900*700*1780

Compared with other brand

CNJY Technology

other brand

Advantages of CNJY

Appearance

Other equipment framework will rust after three months and  three years later, will affect the service life of equipment. CNJY equipment framework use alumina material, and does not rust

 

Space

Host machine size:1200*860*1950

Host machine :2000*1000*2200              Control cabinet:850*700*1800          rectifier:500*1000*1100                 Host machine , Control cabinet , rectifier can not put in one rom together , need anther device room

saving space Easy to install and operate

Raw material

refined salt or Industrial salt

refined salt

A wide scope of utility, economy and low operating cost

Inlet water requirements

Depend on actual situation need a water softener or not

 indispensable a water softener

Can reduce unnecessary link,  increase equipment safety.

Brine concentration

Salt brine mixing device, fully dissolved, ensure the stability of brine concentration.

No mixing device, brine concentration is not stable.

The stable liquid concentration,extend equipment service life.

Dilute brine ratio

 water injector ratio

 normal valve

High accuracy, more safety

Generator fixed way

All moulds are fixed, equipment installation is more stable

With simple metal ring, need to reinforce the equipment

Thickness of electrodes

2mm

1.5mm

Long life of electrode, resistance to deformation, not short-circuited.

Electrode coating technology

nano- coated up to 20 ruthenium iridium oxide particles , coating thickness of 2- microns , 25 times of coating can ensure positive side high produ ing and long life

Normal ruthenium iridium thickness thin, easy to deformation.

Coating adhesion, long service life

Electrode gap

Big gap and flux