1. Humidity control prevents static electricity, which helps protect medical electronic instruments and is safer for medical staff and patients. 2. Humidity control prevents the proliferation of bacteria and biological pollutants, and air humidity is required to be maintained at around 40%~60%. 3. Humidity control prevents the increase of airborne dust. In winter, dry air can increase the amount of airborne dust, which can lead to allergies and asthma problems. 4. Proper humidity control can not only reduce odors, but also increase patients' physical and mental comfort, and promote wound healing speed.

Humidification can prevent static electricity caused by low relative humidity in the air, which may cause production equipment to crash and increase product defect rates. Dust free rooms such as electronic factories, semiconductor factories, and circuit boards are generally controlled at a constant temperature of around 22 ℃, so year-round air conditioning and temperature and humidity control are required to prevent static electricity, condensation, condensation, corrosion, fiber breakage, and discomfort for workers. Due to a relative humidity of over 60%, corrosion may occur; Below 40%, there will be static electricity. So usually, parts need to be kept in a specific temperature and humidity environment before entering the dust-free room to prevent condensation and condensation caused by temperature difference from damaging the parts due to moisture; Or static electricity can easily cause dust and impurities to adhere to the parts, affecting the quality and function.

1. Weather resistance test: including individual temperature, humidity, corrosion, or fungus tests; Or different combinations of tests mentioned above. 2. Power testing: including vibration, electric shock, acceleration, radiation, or pressure testing. A general-purpose laboratory usually has a large range of temperatures (2-85 ℃) and relative humidity (2-98% RH) to meet the needs of different testing environments. Due to the wide range of temperature and humidity adjustments required, it is necessary to select appropriate humidification methods based on the humidity control requirements and site conditions in different areas on site to ensure the accuracy and credibility of the inspection results.

Air humidification can prevent fiber cracking and static electricity caused by low relative humidity in the air, which can lead to poor production processes and product quality. The recommended temperature and humidity are as follows:

If the relative humidity of the air is too low, it will cause a decrease in the adhesion of the paint. If the relative humidity of the air is too high, the enamel layer sprayed on the product may be excessively diluted to form small liquid bubbles. These liquid bubbles will evaporate during drying, resulting in poor spraying and the formation of small pits on the sprayed surface.

Increased static electricity can easily cause damage to integrated circuit chips. In data centers, preventing service interruptions is crucial, and humidification systems must ensure reliability and redundancy.