Endless communication is made possible in today’s world with smart devices, cell phones, and even appliances that are all Wi-Fi enabled. The cultivation of advancement in technology means that we are constantly bombarded with exposure to radiofrequency radiation. This radiation can cause a wide variety of symptoms & health concerns; even cancer. A person spends around 90% of their lives indoors; we need to reconsider the framework of the building envelop as the primary source of protection to minimize the effects of RF radiation.
Health Consequences of Radiation Exposure:
To ignore the dangerous effects of radiation and its link to technology is to be ignorant of the reality of its effect on our biology. Thoma Holz100 is a building system that was developed using innovation in engineering technology and ancient wood doweling. Harnessing the knowledge of moonwood and its benefits on the properties of wood – Holz100 provides inhabitants with a building shell that is made of pure solid wood; without glues, chemicals, or toxins. The moonwood used in Holz100 has been tested to block high frequency mobile phone radiation better than reinforced concrete, bricks or other commonly used prefabricated systems.
As part of a study of the Thoma Research Center in Goldegg, more than 100 different building materials and their combinations were tested at the University of the Federal Armed Forces in Munich for their attenuation for technically generated, high-frequency waves. During the measurement, it was examined how much of the emitted power penetrates the test specimen.
The result provided the best values for thick wooden walls!
Damping testing values show Holz100 can offer 99.9% protective attenuation up to 60dB, at a frequency levels up to 80GHz!
Contrary to expectations, the building material wood - tested in the form of non-glued, fully solid Thoma Holz100 walls - shields much better than, for example, brick variants or lightweight construction systems.
Here are the damping values of a 17.6 cm thick Thoma Holz100 wall:
At 900 MHz (D-Net), only 25% penetrate through the wooden wall
At 1800 MHz (E-net), 10% penetrate through the wooden wall
At 4 GHz, only 1% penetrate the wooden wall
Starting at 6.5 GHz, less than 1 per thousand penetrate through the wooden wall
(According to measurements of the University of the Federal Armed Forces Munich, Department of Electrical Engineering, Werner-Heisenberg-Weg 39, 85577 Neubiberg, Germany)
Holz100 Canada Inc.