Shungite protective plate for mobile phone
Smartphones may become the biggest threat affecting our wellbeing and health
in general in the near future. Scientists around the world note that phones are
already often the cause of many health problems. Phone manufacturers are working
to improve security but have not yet found a suitable technology. Experiments at
the Karelian Scientific Centre of the Russian Academy of Sciences have shown
that shungite plates are a simple, effective and, moreover, inexpensive means of
protection against the effects of all devices.
The shungite plate is attached to the back of the phone, it
does not get polluted and can also be beneficial to your health. Shungite phone
plate will protect you in the modern world and in times of technological
advancement.
The shungite plate is simply glued to the mobile phone from the back side
using double-sided tape, which is part of the plate.
THE BENEFITS OF A SHUNGITE OBELISK
- Binds heavy metals, ammonia, petroleum products, pesticides, phenols,
surfactants, chlorine and other organic and inorganic substances
- Filters out electromagnetic and radio frequency radiation.
- Slows down oxidation
- It's conductive.
- Supports the biological activity of micro and macro nutrients.
- It enriches water with sodium, potassium, calcium, magnesium and other
minerals and natural antioxidants.
- Balances the pH of the water to between 7 and 7.5
- It is environmentally friendly and safe for human health.
- It is corrosion resistant.
GROUNDING STONE WITH HIGH VIBRATION
Shungite is extremely grounding, it is stated that it can
help better integrate cosmic wisdom and karmic lessons as its high
vibration helps bring your spiritual body down to the
physical plane.
Shungite encourages you to learn more and continue towards further spiritual
growth. It is also associated with great cosmic mysteries and is said to
bring light in times of darkness or uncertainty.
ANTIOXIDANT, UNIVERSAL SORBENT
By virtue of its structure, shungite is a mineraloid, a non-porous
polymineral carbon rock, which contains nearly half of the
elements of the periodic table. To the eye, it is an opaque black
stone with a more or less pronounced metallic sheen. The age of
shungite is around 2 billion years. This fossilised natural
material from the seabed has an exceptional composition,
properties and a wide range of uses. Its unique hallmark is that it
contains non-crystalline carbon in the unusual form of
fullerenes. ** Fullerene** is the fourth known form of carbon
after diamond, graphene and carbon. It is the most powerful known
antioxidant and universal sorbent. Thanks to this, it
purifies the water from pollutants and at the same time supplies it with
beneficial and healing substances.
History
Shungite got its name from its** place of occurrence, the Karelian
village of **Shunga on the shores of Lake Onega, where it was first
discovered.
Tsar Peter the Great used shungite for his army
Shungite has been used as a healing tool since the beginning of the
18th century. Tsar Peter the Great established the first
Russian baths in Karelia and also used the properties of shungite to
purify drinking water for his army.
Filters out electromagnetic and radio frequency radiation.
Initially it was mainly used as a substitute for coal coke in blast furnaces
for the production of cast iron. Subsequently, new valuable properties of
shungite were discovered – absorptive, bactericidal, catalytic, redox, as
well as the ability to filter out electromagnetic and radioactive radiation.
These properties have enabled the use of shungite in various fields of
science, industry and technology, and a number of new nanotechnological
materials have been created on its basis.
The properties of shungite have enabled its use in water treatment
and purification technology. Water treatment and filtration with
shungite is widespread in Norway, Sweden and America. It is used to
purify water in wells, reservoirs, swimming pools and for the treatment
of wastewater from hospitals.
Northwest Russia is the largest and oldest source of
shungite, with other deposits reported in Austria, India, Kazakhstan and
the Congo.
Country of origin