Water is supplied automatically from the water supply.

First of all, water passes through the ultracarbon filter (sediment, carbon and internal ultrafiltration in one), which allows to purify water from mechanical impurities, organic compounds and chlorine.

The heart of the system. Here water is finely purified by a double reverse osmosis and disinfected in full-volume UV sterilization tank. Then purified water is being injected under high pressure by a silent pump into the high-pressure hoseline. In addition, the central module has a controller that coordinates the operation of the nozzles and control units.

The high-pressure line is designed as a closed loop. It consists of a two-layer hose (fluoropolymer inner layer, stainless steel braided outer layer), high-pressure fittings, and tees. The HPH2 model has a PTFE inner layer, while the HPH3T model uses an advanced fluoropolymer engineered for ultrapure water. Operating pressure in the system ranges from 35 to 82 bar, while the hose's burst pressure is 900 bar, more than ten times the maximum operating pressure. The inner layer material was chosen deliberately: fluoropolymers have exceptionally low adhesion and do not support bacterial growth.

SV noiseless valves are powered by a low-voltage cable. Each cable from its own valve is led to the controller installed inside the central module. The nozzle heads are being installed directly into the room through ventilation grilles, walls or ceiling and atomize a fog into the room. Microdroplets instantly dissolve into the air, increasing RH level. The miniature nozzle heads do not spoil the interior design.

Liechty control units can be either wired or wireless. All control units are equipped with humidity sensor of high accuracy, which measures RH level in the room and gives a command to switch on the nozzles in case the RH level is lower than the set one and vice versa.

Water is supplied automatically from the water supply.

First of all, water passes through the ultracarbon filter (sediment, carbon and internal ultrafiltration in one), which allows to purify water from mechanical impurities, organic compounds and chlorine.

The heart of the system. Here water is finely purified by a double reverse osmosis and disinfected in full-volume UV sterilization tank. Then purified water is being injected under high pressure by a silent pump into the high-pressure hoseline. In addition, the central module has a controller that coordinates the operation of the nozzles and control units.

The high-pressure line is designed as a closed loop. It consists of a two-layer hose (fluoropolymer inner layer, stainless steel braided outer layer), high-pressure fittings, and tees. The HPH2 model has a PTFE inner layer, while the HPH3T model uses an advanced fluoropolymer engineered for ultrapure water. Operating pressure in the system ranges from 35 to 82 bar, while the hose's burst pressure is 900 bar, more than ten times the maximum operating pressure. The inner layer material was chosen deliberately: fluoropolymers have exceptionally low adhesion and do not support bacterial growth.

Liechty control units can be either wired or wireless. All control units are equipped with humidity sensor of high accuracy, which measures RH level in the room and gives a command to switch on the nozzles in case the RH level is lower than the set one and vice versa.

The nozzle heads are installed directly into the room through ventilation grilles, walls or ceiling and atomize a fog into the room. Microdroplets instantly dissolve into the air, increasing RH level. The miniature nozzle heads do not spoil the interior design.

Water is supplied automatically from the water supply.

First of all, water passes through the ultracarbon filter (sediment, carbon and internal ultrafiltration in one), which allows to purify water from mechanical impurities, organic compounds and chlorine.

The heart of the system. Here water is finely purified by a double reverse osmosis and disinfected in full-volume UV sterilization tank. Then purified water is being injected under high pressure by a silent pump into the high-pressure hoseline. In addition, the central module has a controller that coordinates the operation of the nozzles and control units.

The high-pressure line is designed as a closed loop. It consists of a two-layer hose (fluoropolymer inner layer, stainless steel braided outer layer), high-pressure fittings, and tees. The HPH2 model has a PTFE inner layer, while the HPH3T model uses an advanced fluoropolymer engineered for ultrapure water. Operating pressure in the system ranges from 35 to 82 bar, while the hose's burst pressure is 900 bar, more than ten times the maximum operating pressure. The inner layer material was chosen deliberately: fluoropolymers have exceptionally low adhesion and do not support bacterial growth.

SV noiseless valves are powered by a low-voltage cable. Each cable from its own valve is led to the controller installed inside the central module. The nozzle heads are being installed directly into the room through ventilation grilles, walls or ceiling and atomize a fog into the room. Microdroplets instantly dissolve into the air, increasing RH level. The miniature nozzle heads do not spoil the interior design.

The transmitter is usually installed on the ceiling or on the wall. It measures humidity in a real-time mode and transmits it to the central module. HT1 requires a low-current power cable.

Water is supplied automatically from the water supply.

First of all, water passes through the ultracarbon filter (sediment, carbon and internal ultrafiltration in one), which allows to purify water from mechanical impurities, organic compounds and chlorine.

The heart of the system. Here water is finely purified by a double reverse osmosis and disinfected in full-volume UV sterilization tank. Then purified water is being injected under high pressure by a silent pump into the high-pressure hoseline. In addition, the central module has a controller that coordinates the main control unit or transmitter.

The high-pressure line is designed as a closed loop. It consists of a two-layer hose (fluoropolymer inner layer, stainless steel braided outer layer), high-pressure fittings, and tees. The HPH2 model has a PTFE inner layer, while the HPH3T model uses an advanced fluoropolymer engineered for ultrapure water. Operating pressure in the system ranges from 35 to 82 bar, while the hose's burst pressure is 900 bar, more than ten times the maximum operating pressure. The inner layer material was chosen deliberately: fluoropolymers have exceptionally low adhesion and do not support bacterial growth.

The nozzle heads are installed directly into the room through ventilation grilles, walls or ceiling and atomize a fog into the room. Microdroplets instantly dissolve into the air, increasing RH level. The miniature nozzle heads do not spoil the interior design.

The transmitter is usually installed on the ceiling or on the wall. It measures humidity in a real-time mode and transmits it to the central module. HT1 requires a low-current power cable. MHT1 are the maximum humidity sensors having the same design