Electromagnetic Radiation Protective Hooded Coat

Ensure optimal protection in high-EMF environments with our Electromagnetic Radiation Protective Metal Fiber Hooded Coat. Specially designed for professionals working in computer rooms, monitoring rooms, and other areas with significant electromagnetic exposure, this hooded coat is made with advanced metal fiber fabric to effectively block EMF radiation.

Its comfortable, hooded design offers full upper-body coverage, making it ideal for long hours of work without compromising on comfort or flexibility. Lightweight yet durable, this coat provides reliable shielding against EMF emissions, allowing you to work safely in tech-heavy spaces.

A must-have for those in high-exposure workplaces, this protective coat combines effective EMF shielding with professional style.

Analysis of metal fiber fabric:

Made of 316L stainless steel extracted from concentrate, it has been continuously soaked in seawater for 72 hours to improve its conductivity, salt spray resistance, and corrosion resistance, resulting in a shielding rate of up to 99.9%. Each bundle of fibers contains multiple strands of fibers that effectively shield high and low frequencies, with a shielding performance of up to 100GHz. At the same time, the metal double strands are combined to form a secondary force, and undergo thousands of bending experiments every day to improve the toughness of the metal fibers. After a series of complex processes, it is mixed with 50% pure cotton to obtain 32 high yarn strands, making the entire bundle of fibers more comfortable and stable in performance. It has long-term protection, wear resistance, washing resistance, machine washable, and close fitting.

 

The main hazards of electromagnetic radiation to humans?

(1) Effects on the cardiovascular system: manifested as headache, palpitations, menstrual disorders in some women, bradycardia, reduced cardiac output, sinus arrhythmia, decreased white blood cells and platelets, fatigue, and decreased immune function;

(2) Effects on the nervous system: manifested as memory loss, irritability, insomnia, etc;

(3) The impact on the visual system; it manifests as cloudy lens, which can lead to cataracts in severe cases, causing irreversible organic damage and affecting vision;

(4) Effects on the reproductive system: This is manifested in reduced sexual function and decreased sperm quality in men, leading to spontaneous abortion and fetal malformation in pregnant women;

(5) Patients with cardiac pacemakers in high electromagnetic radiation environments can affect the normal use of the pacemaker.

 

The cleaning method of metal fiber:(Note) Metal fiber fabrics have certain environmental requirements and require regular professional maintenance and upkeep to ensure their long-term effective performance.

(1) Hand wash or regular machine wash, not dry clean;

(2) Don’t use excessively warm water for cleaning;

(3) Try to use neutral or gentle detergents, and don’t use bleach (bleach can corrode and damage metal fiber fabrics);

(4) The fabric should not be vigorously rubbed;

(5) Can be hung dry or dried in the shade, and ironed at low temperature.

 

Fabric testing method：

(1) Combustion detection method:

Burning will burn all the cotton and polyester in the fabric, leaving behind a dense metal mesh that shields electromagnetic waves. (Note:this method is only suitable for metal fiber fabrics)

 

(2) Sliding phone screen detection method:

Pinch a corner of the fabric with your hand to slide the phone screen. Sliding represents that the fabric is conductive and can prevent radiation. Silver and metal fibers can slide to prevent radiation, while ordinary fabrics cannot slide the phone screen. (Note: Pinch the fabric instead of holding it down and sliding on the phone with your hand)

 

【NOTE】The difference between mobile phone signal and mobile phone radiation:

Mobile phone signal refers to the process by which a mobile phone sends and receives radio waves to a base station for communication purposes. Mobile phone radiation refers to the radiation emitted by a mobile phone during operation. Mobile phone signals have a low risk to human health under normal use and do not cause direct harm. The weaker the signal, the greater the electromagnetic wave emission power, and the stronger the radiation generated. If the radiation exceeds a certain dose, it may pose a risk to human health. Our protection against electromagnetic radiation refers to the harmful electromagnetic wave radiation emitted by electronic components in electrical appliances during operation.