What is the concept of humidity 46 and what is the concept of humidity 45

Humidity of 46% means that the mass ratio of water vapor in moist air to dry air without water vapor is 46%.

Simply put, air humidity.

It refers to the amount of water vapor in the air, the greater the humidity, the more water vapor in the air, that is, the more humid the air.

The degree of dryness and wetness of the air is called "humidity", and the less water vapor is contained in a certain volume of air at a certain temperature, the drier the air, and the more water vapor, the more humid the air. In general, in the summer, the air conditioner is adjusted to 25-27 degrees Celsius.

It is more appropriate, and the humidity is between 40% and 50%.

The concept of 46% humidity means that the mass ratio of water vapor in moist air to dry air without water vapor is 46%. This humidity is considered to be low and may feel dry.

People may feel and experience differently at different humidity levels. For example, when the air humidity is below 45%, the indoor environment may become dry, resulting in dryness, throat and respiratory tract, which can easily trigger respiratory diseases. And when the air humidity is higher than 60%, the human body may feel unbearably hot.

Therefore, air with a humidity of 46% may feel more comfortable, but the exact feeling will vary from person to person. At the same time, there are many ways to measure and express humidity, and the one mentioned above is a common one.

The most healthy humidity for the human body ranges from 45% to 60%. If the humidity in the air is less than 45%, it will cause dryness in the room, resulting in **, throat,Respiratory tractDry, easy to triggerAsthmaand other respiratory diseases.

Air humidity. Refers to the humidity of the air, which is used to indicate the degree to which the water vapor content in the air is close to saturation. When the air humidity is higher than 60%, the human body will feel stuffy and unbearable, and when the air humidity is higher than 80%, it is too high humidity, which will make it difficult for the human body to dissipate heat, resulting in symptoms such as increased body temperature, rapid heartbeat, dizziness and nausea.

In addition, if the air temperature is too high, but the humidity is too low, it will also affect the body's digestive system.

to make an impact. High temperature will cause the human body to sweat profusely, resulting in water loss, reduced saliva secretion, and thirsty throat; It will also accelerate the growth and reproduction of bacteria, causing contamination of food and water sources; At the same time, it is also easy to cause telangiectasia.

Gastrointestinal discomfort, allergies and other problems.

Too high or too low air humidity can have an impact on the human body, so we should find ways to control the indoor air humidity within the range that the human body can adapt to.

The law of change. Affects absolute humidity.

There are many factors, mainly depending on the water vapor, the ability to transport and retain water vapor with air, etc. Therefore, factors that affect water vapor such as precipitation, the presence of water bodies, soil moisture levels and evaporation conditions, conditions that affect water vapor transport such as wind, vertical airflow, etc., and conditions that affect the ability of air to retain water vapor such as air temperature, etc., may affect absolute humidity.

In general, the absolute humidity of tropical ocean air masses is higher than that of polar ocean air masses; At the same latitude, the areas affected by the oceanic air mass were more humid than the areas controlled by the continental air mass. The absolute humidity of the year is higher than the rainy season than the dry season.

Humidity of 32% indicates the degree of dryness of the atmospherePhysical quantitiesThe less water vapor is contained in a certain volume of air at a certain temperature, the drier the air, and the more water vapor there is, the more humid the air, and the degree of dryness and wetness of the air is called "humidity".

Humidity indicates the physical quantity of how dry the atmosphere is. The less water vapor is contained in a certain volume of air at a certain temperature, the drier the air; The more moisture, the more humid the air. The degree of wetness and dryness of the air is called "humidity". In this sense, absolute humidity is commonly used.

Relative humidity, comparative humidity, mixing ratio, saturation difference and other physical quantities; If it means water vapor in wet steam.

The percentage of the total weight (volume) of the steam is called the humidity of the steam.

Dehumidifier working principle:

The core structure of the rotary dehumidifier is a continuously rotating honeycomb drying runner, which is the most critical component of the dehumidifier to absorb water, and is made of titanium containing a little metal.

The honeycomb structure design of the honeycomb structure can not only greatly adhere the moisture absorber, but also increase the surface area of the moist air and the moisture absorber in contact with each other.

Improve the efficiency of your dehumidifier.

Moreover, it has high strength and can be well applied to various complex working environments.

The sides of the runner are made of silicone rubber with highly sealing properties.

The made partition divides the entire surface into two sectors: a 270-degree processing sector; 90-degree regeneration reduction sector.

When the moist air that needs to be dehumidified (called the process air) enters the treatment area, the water vapor in the moist air is adsorbed by the active silica gel in the runner to get dry, and the dried air is sent out through the blower. With the increase of water absorption, the treatment sector gradually tends to be saturated. In order to maintain its stable dehumidification performance, it is necessary to regenerate and reduce the moisture absorbent in the runner, and at this time, the saturated runner is driven by the motor and slowly turns into the regeneration area to start the regeneration process.