1. The high degree of automation, stable operating conditions, pre-set procedures of fully automatic water softening equipment, automatically complete the cycle of softening and regeneration. There is no need for manual operation except daily salt addition.
2. Advanced program control device, accurate and reliable operation, replace manual operation, fully realize the automatic conversion of all aspects of water treatment.
3. High efficiency and low energy consumption, low operating costs. Because the overall design of the softener is reasonable, the exchange capacity of the resin can be fully exerted. The equipment uses jet-type salt suction to replace the salt pump, reducing energy consumption.
4. The equipment has a compact structure and a small footprint, which saves capital investment, installation, and debugging. It is easy to use and stable, and the performance of running components is stable.
5. Flexible type selection, single tank, double tank, multi-tank system; time and flow control mode; simultaneous regeneration, alternating regeneration, and other operating modes can be selected according to needs.
6. Reliable performance, stable effluent quality.
7. Strong corrosion resistance, the tank body is made of glass fiber reinforced plastic and engineering plastic or stainless steel, which can avoid the corrosion of the regenerant on the equipment.

1. For industrial boilers, if the water quality is not good, it will affect the operation of the boiler:
2. The scaling phenomenon reduces the thermal conductivity. Compared with the boiler steel plate, the thermal conductivity can only account for 1%, which has a serious impact on the boiler heat conduction. Therefore, the furnace temperature must be increased to ensure the amount of evaporation. In addition, the boiler feeds coal The amount of air and the amount of blast air and induced air must be increased, so that the heat loss of flue gas is increased, the fixed carbon in the coal cannot be fully burned, and the boiler is in a bad combustion state, which will reduce the boiler's thermal efficiency...
3. If the water quality is not good, it will lead to corrosion of the boiler, which is mainly manifested in three aspects: oxygen corrosion, caustic embrittlement, and corrosion under scale. Oxygen corrosion mainly shows localized pitting corrosion, which has strong penetration and directly endangers the safety of boiler operation.
4. Poor water quality can also cause the phenomenon of co-extraction of soda and water. This phenomenon occurs because the dissolved solids in the pot water, as well as the oil and organic components, are too high.

5. This phenomenon will cause serious pollution to the steam, and it will make it unusable. Therefore, boiler water treatment is very important, related to the safety of boiler operation.

According to the application industry, water treatment equipment is mainly used for sewage treatment in the environmental protection industry, domestic drinking water in the water supply industry, industry (for example, treatment of circulating water), agriculture (combined use of water), sanitation (sterile water), urban construction (Water treatment for precipitation), food (purified water), laboratory (water for analysis), etc.