Well, the quality of the paint is absolutely amazing. The adhesive pawer of the acrylic emulsion is at the top of the category: 7.6 N/mm. Density, Viscosity and frost resistance indicate a top quality product. We invite you to have a look on the technical sheet of the product in order to beeter understand the level of quality of our paints. Concerning decorations, you must keep into consideration that the paint is totally matt black. Therefore, also for a longer preservation of the conductive power of the graphite inside the paint, we strongly recommend to apply at least 2 or 3 more layers of standard paint of whatever colours at your pleasure! Please remember that purely mineral coatings and eco-paints poorly adhere to the graphite surface of our shielding paints. We always recommend a test coat on a sample. For an optimal work, we recommend to carefully read the instructions about application and finishing reported in the technical sheet.
Our shielding paints are composed of water, acrylic emulsion, natural graphite, carbonium, additives, preservatives (BIT, INN, MIT). All ingredients have been tested safe for the human health. For sure you must keep our paints far away from children, DO NOT drink and contact with eyes can be extremely harmful, but if you take all the good sense precautions normally used for this kind of product, once the paint has been fixed and dried to the wall, the product is totally safe and does not produce any danger for the human body. At contrary, it protects for extremely dangerous electromagnetic (EMF) frequencies!
Well the paint is easy to apply like an usual wall paint. For a perfect adhesion to any kind of wall, it has an high viscosity, therefore you must use a high quality roller paint with a pile lenght of at least 10-13 mm. You must be careful to distribute the same quantity of product uniformously on the wall. You should use 0.5 litres each square meter of painted surface. You may decide to put 1, 2 or 3 layers of paint. Generally 2 layers are the most efficient choice in order to obtain adequate protection. That means that with a 5 liters plastic paint-can you can cover 25 square meters. Please be aware that before and after the application there are several procedures which must be carefully done, like the preparation with primer, the application of conductive tape and installation of grounding plates which can ensure the maximum result in EMF shielding. We strongly recommend to read our tutorial before starting to apply the shielding paint.
Well, in order to prepare the walls and apply the shielding paint, you only need to read carefully all the instructions written into our tutorial guide and use you experience in manual work and wall painting. You will need a certified electrician to connect the grounding plates to the ground system of the building.
Let's start breaking a myth! You do not need to cover all your walls with our shielding paint. Unless you have particular reasons for totally insulate your room, such as for instance, the need to protect server rooms or communication systems from hacking, or you have particularly sensible laser devices which need to be totally protected from electromagnetic interferences, you absolutely do not need to be at 100% isolated from EMF. We recommend, before any investments, to make an assessment of the exposure of your home to EMF and only after, with the help of our experts, select the walls, ceilings, windows and floors which must be shielded in order to reduce everywhere in the house the level of exposure, without creating faraday cages or totally insulated spaces. A correct and absolutely safe level of EMF exposure is below 6V/sqm, with our products you can reach this goal inside your home or office, and enjoy at the same time the possibility to use your cellphone, computer and all connected devices which you desire.
There are many reasons why it is useful to stay as longest as possible, in an armonic environment without EMF interferences. First of all you can avoid a vaste variety of disturbs, even minimal, but sometimes annoying, like headache, itchiness, nervous system disorders, digestion disorders, cardiac arrhythmia and many others. These disturbs can increase esponentially in relation with the number of hours in which your body is exposed to EMF. This is why it is so important to relax at home in a safe environment far away from EMF pollution. For persons exposed for long time and with high intensity of EMF, these disturbs can become the more and more serious and bring risks already proven of: Cancer: Some studies have linked long-term exposure to EMF with an increased risk of certain types of cancer, such as leukemia and brain cancer. Reproductive Problems: EMF exposure has been linked to decreased sperm count and motility in men, as well as an increased risk of miscarriage in pregnant women. Neurological Problems: EMF exposure has been linked to headaches, dizziness, and other neurological symptoms in some people. Sleep Disturbances: EMF exposure has been shown to disrupt sleep patterns, leading to insomnia and other sleep disorders. Especially nowadays, with the increase of number of 5G and 6G antennas everywhere, it's important to be aware of the potential risks and take steps to protect yourself. By using wired connections, keeping your distance from sources of EMF, and using EMF-shielding products, you can reduce your exposure to EMF and lower your risk of potential health problems.
Electromagnetic fields (EMF) are a fundamental concept in physics that describes the interactions between electrically charged particles. EMF encompass a wide range of electromagnetic radiation, each with different wavelengths, frequencies, and energy levels. This spectrum includes everything from radio waves used for communication to high-energy gamma rays produced by nuclear reactions. Here's a more detailed exploration of EMF: Nature of EMF: Electromagnetic fields consist of electric fields and magnetic fields that oscillate perpendicularly to each other and propagate through space as waves. These waves do not require a medium (such as air or water) to travel, making them able to propagate in a vacuum. Electromagnetic Spectrum: The EMF spectrum spans a vast range of frequencies and wavelengths. It is often divided into different regions, each with unique properties and applications. These regions include radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X-rays, and gamma rays. Uses and Applications: Radio Waves: Used in broadcasting, communication (AM, FM, TV, and more), and radar. Microwaves: Used in microwave ovens, satellite communication, and wireless technology (Wi-Fi, Bluetooth). Infrared Radiation: Used in remote controls, heat-sensitive devices, and thermal imaging. Visible Light: Allows us to see and is used for illumination, displays, and optical communication. Ultraviolet (UV) Radiation: Used in tanning beds, sterilization, and fluorescent lighting. X-rays: Used in medical imaging (X-ray radiography, CT scans) and industrial applications. Gamma Rays: Used in cancer treatment (radiation therapy) and nuclear medicine. Health and Safety Concerns: While many forms of EMF are naturally occurring and essential for life (e.g., visible light from the sun), there is ongoing research and debate regarding the potential health effects of prolonged exposure to certain types of human-made EMF, especially those associated with modern technologies like cell phones, Wi-Fi, and power lines. Regulation and Guidelines: To address potential health risks, regulatory bodies and organizations have established guidelines and exposure limits for various types of EMF. These guidelines are designed to protect public health and ensure that exposure to EMF remains within safe limits. Electromagnetic Interference (EMI): EMF can also interfere with electronic devices and systems. This interference, known as electromagnetic interference (EMI), can disrupt the proper functioning of devices and is a concern in industries like telecommunications and aviation. Practical Applications: EMF has a profound impact on various aspects of modern life, from enabling wireless communication to powering electrical devices. It's also extensively used in scientific research and medical technologies like magnetic resonance imaging (MRI). In summary, electromagnetic fields play a fundamental role in the natural world and have a wide range of practical applications. While they offer numerous benefits, ongoing research is essential to understand their potential effects on human health and to establish safe usage guidelines for the ever-evolving technological landscape.