Bismuth is known for its uses in art, medicine, and its many industrial applications, but where does it actually come from?
Bismuth’s range of colours and iridescent shine is one of the things that makes bismuth such a valuable addition to the collections of artists and geologists alike.
The “hardness” of a material describes its ability to withstand surface indentation and permanent, localized deformation caused by direct contact with another substance.
Scientists are currently looking into producing solar cells using bismuth as a more environmentally friendly, and overall safer alternative to the current leading-edge solar panel technology, without having to sacrifice efficiency.
One of the primary uses of bismuth is as a non-toxic replacement for lead in things such as solder, paints, and parts in many industrial applications, among some of the uses are fishing and hunting supplies.
Bismuth is considered a heavy metal, something that sounds like you probably shouldn’t ingest it, but certain bismuth compounds do have unexpected medicinal properties.
A metal that some people have never heard of, bismuth is more common in our everyday lives than people realize.
A low melting point is one of the unique properties of bismuth which give it so many different uses in today’s society.
Superconductors are a well-studied phenomenon that has led to the development of important technology such as MRI machines and maglev trains.
One of bismuth’s most interesting properties is that it is the most diamagnetic of all the elements. Diamagnetism is a property that means a substance is “anti-magnetic.