5 Most Dangerous Chemical Substances in the World

Many types of chemicals are frequently encountered in everyday life. And almost all the needs that we use is never separated from chemicals, from food, clothing, vehicles, to pharmaceuticals is often used when the pain was never out of chemicals.

But from its many existing chemicals classified as apparently there are some very dangerous for humans. Hence the use of chemicals is very limited and not just anyone can get it. It is therefore wrong in terms of its use could be fatal for safety. Well here are five well-known chemical that the most dangerous in the world:

Fluoroantimonic acid (H2FsbF6)

Have you ever accidentally exposed to battery acid? Of course it was very painful and burn, because the battery water including sulfuric acid compounds are hazardous. However, battery water no nothing compared Fluoroantimonic acid.

Equally types of acid compounds, acid Fluoroantimonic about 10 million billion times stronger than battery acid! This compound is highly corrosive and melt the human body with bones in a heartbeat.

In short, there was virtually no place that can be used to store Fluoroantimonic acid except Teflon. Yes, teflon containing the C-F (Carbon-fluorine) that is known as the world's strongest chemical bond.

Thioacetone (C3H6S)

Thioacetone is the smell of chemicals in the world. This substance is formed of 'Thiol', a combination of the organic compound of carbon and hydrogen sulfur. In the wild, found in liquid Thiol the odor of skunk.

One drop Thioacetone can spread a pungent odor as far as half a kilometer! In 1989, Thioacetone causing residents of the German city of Freiburg, were evacuated. Mass evacuation came after a perfume factory accidentally perform chemical reactions that produce Thioacetone.

Azidoazide azide (C2N14)

According to the scientist, C2N14 is the most explosive chemicals ever created by man. The secret of this substance to explode is easy nitrogen atom in C2N14 can move quite freely. This led to the nitrogen atom continue to try to unite with each other and generate huge energy blast alias.

C2N14 itself is made by German scientists assisted by the American military in 2010. Unfortunately, the discovery of these substances immediately called an error due to sensitivity to outside scientists estimate.

C2N14 could explode just by moving, touching, shine, even put it in a container without left unharmed can make it explode! In fact, scientists are trying to put the C2N14 in the dark to avoid an explosion. However, the effort is useless because it does not prevent C2N14 turned into a bomb.

Dimethylcadmium (Ch3CdCh3)

If Azidoazide azide is referred to as the most explosive substance, then Dimethylcadmium is the most toxic chemicals in the world. It is manufactured by German scientist named Erich Krause in 1917.

The substance is highly toxic to the point that some micro (one-thousandth) grams per cubic meter can kill an adult human. Dimethylcadmium inhaling can cause organ failure, start your lungs kidneys. If it does not immediately end her life, these substances will still cause acute cancer.

Furthermore, scientists are also very afraid of spilling Dimethylcadmium. Therefore, there was virtually no safe way to clean up a spill of this substance. Cleaning Dimethylcadmium with water will only trigger an explosion, wipe, or all the things that cause friction on these substances will end up in the explosion.

Chlorine Triflouride (CIF3)

These chemicals he is perhaps the most feared by all living beings on this earth, CIF3 or 'N-Stoff'. Why fear? The reason is simple, these chemicals would explode if exposed to air, like methane. Not only that, the aroma of CIF3 can also kill humans if accidentally inhaled.

Unfortunately, CIF3 can make objects that we know are not flammable, such as brick, for example, can be lit up like a paper flame broiling. The use CIF3 along with fire sprinklers can generate heat up to 2400 degrees Celsius, hot enough to melt iron.

Scientists were not so wear it as a weapon in World War 2 due to fear of these chemicals would make their soldiers to die stupid. But the lesson was not heeded by the American scientist who in the 1950s tried to move CIF3 using a tanker truck. The result? On the way CIF3 managed to leak and spill, burn its way underneath to a depth of one meter more.