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Description
Fluorine: Pyrokinetic and clingy, diatomic elements are frequently found in two-person fusions; so frequently, in fact, that finding a singular fluorine (F) is unheard of. Fusions such as CuF would require that two coppers fuse before being able to become the intended molecule. Fluorines in particular are incredibly volatile; this one is no exception. They tend to form reactive fusions unless paired with carbons as in Teflon super structures and other stable molecules.

Carbon: Strong, bull-headed, and markedly lax, carbons are known for versatile uses and being indifferent, even willing, to fuse with little reason for it at all. The one pictured is a smith who will playfully suggest fusion to the higher-class elements who enter the smithy. He works with a young copper and has been seen trying to convince this copper that fusion isn't "half as bad as people make it out to be."

Copper: Known for being "pretty boys", coppers are often found with extravagant or ornate costuming, with the older ones using patina colors in addition to the ruddy color scheme. The one pictured above is relatively young, and works in a carbon smithy. Neither averse to nor particularly fond of fusion, they tend to mind their own business. If it had reason to fuse, it would likely be to produce a more beautiful form. They're vain creatures.

Mercury: Heavy, with a liquid flow, they take a long time to get moving, but are fast when using their liquid nature to their advantage. The one pictured is a ground fighter, despite the costuming. They tend to be more likely to form amalgams with other metals than they are to form compounds with other elements, notable exception being sulphur.

::Edit::
Now with a not super yellow orange lighting.

Description
Fluorine: Pyrokinetic and clingy, diatomic elements are frequently found in two-person fusions; so frequently, in fact, that finding a singular fluorine (F) is unheard of. Fusions such as CuF would require that two coppers fuse before being able to become the intended molecule. Fluorines in particular are incredibly volatile; this one is no exception. They tend to form reactive fusions unless paired with carbons as in Teflon super structures and other stable molecules.

Carbon: Strong, bull-headed, and markedly lax, carbons are known for versatile uses and being indifferent, even willing, to fuse with little reason for it at all. The one pictured is a smith who will playfully suggest fusion to the higher-class elements who enter the smithy. He works with a young copper and has been seen trying to convince this copper that fusion isn't "half as bad as people make it out to be."

Copper: Known for being "pretty boys", coppers are often found with extravagant or ornate costuming, with the older ones using patina colors in addition to the ruddy color scheme. The one pictured above is relatively young, and works in a carbon smithy. Neither averse to nor particularly fond of fusion, they tend to mind their own business. If it had reason to fuse, it would likely be to produce a more beautiful form. They're vain creatures.

Mercury: Heavy, with a liquid flow, they take a long time to get moving, but are fast when using their liquid nature to their advantage. The one pictured is a ground fighter, despite the costuming. They tend to be more likely to form amalgams with other metals than they are to form compounds with other elements, notable exception being sulphur.

::Edit::
Now with a not super yellow orange lighting.