Cool mist humidifier

Cool Mist Humidifier work by making water vapor through a rapidly turning disk within the water of the humidifier. Because the vapor from the machine is not heated, there is no risk of raising temperature inside the cold room or place.  But the water molecule size higher compare with other models but lower power consumption cost effective to buy the product.

Steam vaporizer humidifier

Steam vaporizer humidifiers is widely used in environment stability test chambers, humidity chambers. These devices are less likely to have a lot of mold and Vapor is made in these machines by using a heating element to cause steam. This method does not cause minerals to be dispersed in the air. So, tap water can often be used with these devices making them much less expensive to operate.

Ultrasonic Humidifiers

Ultrasonic Humidifier creates vapor by creating ultrasonic vibrations within the water. These were originally thought to be better because it was felt the risk of dispersing bacteria, molds, and a mineral was minimal. However, this has not always been found to be the case. The safety of these devices is certainly better than the steam vaporizers, and they do tend to disperse much less bacteria and mold than the cool-mist humidifiers. However, they are quite efficient at sending minerals into the air, so distilled water must be used with these as well.

The ultrasonic humidifier equipment features high output in water mist available selection from 3 lts/hour to 15 lts/hour, high efficiency in spraying fine mist droplet 1-10 micron with average 5 micron, it is silent, low trouble rate, a relative humidity 99% can be achieved. It is equipped with standard water inlet, water outlet cock and overflow outlet, stainless steel body with painting treatment on surface.

Classification of  ultrasonic humidifier

Manual control system

According to different situations, customers can use single equipment or use multiple equipment working independently. Multiple equipment can be controlled either independently or collectively.

Digital cycle work control system

The automatic cycle control period is between one minute and ninety-nine hours, working time and time period can be set up according to user’s need. Once it is set up, no worker is needed with its continual operation.

Digital humidity automatic control system

The humidity control range is among 1%-100% with error rate of ± 5%. Similarly, it is automatically controlled. Outlet pipe can be reasonably arranged according to user’s requirement. Pipe connection should be airtight.

Heat pump dehumidifiers extract water from the air by using a heat pump that is similar to an air conditioner. First, a fan pulls the indoor air across a very cold coil, which causes the moisture to condense. The droplets drip into a bucket inside the unit. The dry air is warmed by a second, heated coil and exhausted at room temperature. These dehumidifiers are considered among the most effective.

This is exactly how dehumidifiers work, with a few minor differences to improve the effectiveness. A fan is used to speed up the process. It blows warm air onto cold metal coils, and the resulting water drips into a bucket. The resulting cold air is then passed over warm coils to bring it back to room temperature. Air conditioners work in the same way, but they do not reheat the air before returning it to the room.

Home drying often involves the use of common room dehumidifiers that remove between one and six liters of water per hour. Humid air is cooled as it passes across the condensing coil in the dehumidifier. The vapor drips off the coil and is collected and removed from the room. Air movement is very important to the drying process and the Scanair is the perfect solution for creating that air movement. It moves at an amazing 300 CFM and only requires Single phase of power supply.

Industrial drying often requires removing humidity at a faster rate along with larger amounts of moisture. This can be achieved with commercial dehumidifiers or by heat and air movement. Using heat and raising the temperature 20° allows two times the amount of moisture to be held than at the lower temperature. When this is done in conjunction with air movement moisture can be removed from a process area at a very fast rate. When you have a process area with high humidity it is very important to remove that moisture as soon as possible to prevent mold growth.