Shungite plate square form as a protection against electromagnetic waves. Everyone knows that a home appliances and electronics is one of the main sources of electromagnetic waves of high frequency. Such waves can have a negative impact on the human body. As a result, EMF protection has become one of the main issues in everyday life.
How is made Square Shungite plate
All our shungite plate made of 100% shungite stone. To get one such tile master uses a solid piece of stone, which is cut into strips of medium thickness. In the future, the desired size of the shungite plate is cut from such blanks. Above all, both side of these plate has a polished or unpolished surface. The type of shungite surface does not affect its ability.
In this case, this is only the visual preferences of each person. Someone likes a shiny surface that reflects light, but someone likes a more natural and original surface texture.
Protection from EMF
Scientific studies that have been conducted by scientists from around the world have one result. Firstly, shungite is recognized as a mineral that has the unique ability to neutralize the waves emitted by various electronics and devices. Secondly, this mineral is recognized as one of the most effective natural materials in the field of EMF protection. Also in our store there is a huge shungite tile in the shape of a Hexagon for even greater protection against EMF.
Sizes and Shapes
In our online store there are several sizes and several shapes of shungite plate. These are rectangular shaped plates and round shaped plates. It is recommended to use small size plates for small devices. The bigger the size your phone has, the bigger the shungite tile for cell phone should be. The square shungite plate shape has advantages over a circular shape.
As a result, you may choose the form only the one that you like best. The fact is that there is no information about how the shape of the shungite (circle or square) is the most effective.
The type of shungite plate surface does not affect the ability of Shungite. The polished surface is smooth to the touch and reflects light. The unpolished surface is rough to the touch and does not reflect light.