New electromagnetic radiation protective coating: effectively shields electromagnetic radiation and creates a healthy environment

Introduction: With the advancement of technology and the development of society, electromagnetic radiation has become an unavoidable problem in our lives. For this reason, a new type ofElectromagnetic radiation protective coatingAs a result, it not only effectively shields electromagnetic radiation, but also has multiple advantages such as simple construction. This article will delve into the electromagnetic radiation protective coating with extremely high antioxidant capacity, analyzing its material profile, performance parameters, and main applications to help you fully understand this innovative material.

1、 Material Introduction: New Materials Change Traditional Shielding Methods

Electromagnetic radiation protective coating is a new type of electromagnetic shielding material, which is mainly composed of graphite, carbon black and other components compared to the metal substances used in the past. This coating has high stability and strong antioxidant capacity, which not only effectively resists electromagnetic radiation but also extends its service life. In addition, its construction method is the same as ordinary coatings, very simple, suitable for large areas of buildings, room shielding, and even can be applied to some irregularly shaped objects. Compared to the traditional shielding method of steel plate structures, electromagnetic radiation protective coatings eliminate the sense of oppression in the room, bringing more comfort and freedom to our lives.

2、 Performance parameters:

1. Ingredients: polymer binder, graphite, carbon black, water, dispersant, cellulose, preservative, etc. The comprehensive configuration of this component makes the electromagnetic radiation protective coating have a super strong shielding effect.

2. Color: Black. Through its black light absorbing properties, this coating can better absorb electromagnetic radiation and achieve higher shielding effects.

3. Specific gravity: 1.25 kg/L. The moderate specific gravity makes the coating easier to mix during construction and can achieve uniform coverage, improving the shielding effect.

4. Attenuation value: around 40dB. The attenuation value is an important indicator for measuring the effectiveness of electromagnetic radiation protection. The attenuation value of about 40dB of this coating indicates that it has achieved significant results in shielding.

5. Minimum application temperature: 1 ℃. For use in cold regions, this coating can still function normally at lower temperatures.

6. Shelf life: 12 months, must be stored in a low-temperature and antifreeze environment. The length of the shelf life directly affects the service life and shielding effect of the coating, so it is necessary to pay attention to low-temperature antifreeze during storage.

3、 Main purpose: To build a healthy environment and care for physical and mental health

Electromagnetic radiation protective coatings are widely used in shielding walls, ceilings, floors and other scenarios, playing an effective protective role. In daily life, we often find ourselves in environments with strong electromagnetic radiation, such as industrial areas, medical equipment areas, communication equipment areas, etc. The electromagnetic radiation in these scenarios may have a negative impact on human health, so it is particularly important to choose appropriate electromagnetic radiation protection measures. Compared with traditional shielding methods, electromagnetic radiation protective coatings have the characteristics of convenience and flexibility, and will not bring a sense of oppression to people, creating a more comfortable and healthy living environment for us.

In summary, electromagnetic radiation protective coatings are a new type of coatingShielding materialNot only does it have the ability to effectively protect against electromagnetic radiation, but it also has many advantages such as simple construction and no sense of oppression. The emergence of electromagnetic radiation protective coatings helps us build a healthy environment and care for physical and mental health. In the future development, we believe that this innovative material will be widely used and bring more changes to our lives.