Generates imaginary substances and their properties and appearance. Great for some plot devices, strange scientific findings, or the innocent seeming substance that brings hideous disaster!
This perfectly transparent, mirrorlike substance is iron-gray. It is very light. This substance has a bumpy texture in solid form. This substance's melting point is one of the highest known. This substance adsorbs almost all radiation. It is a poor insulator against temperature changes. A faint smell of wax comes from this material.
This translucent substance is orange. It is somewhat brittle in solid form. This substance's melting point is high. It is a poor insulator against temperature changes.
This translucent, reflective material is smoke-gray. It is very malleable in solid form. This material has a slimy texture in solid form. This substance's melting point is unremarkable. This substance has an odor of celery.
This substance is white with purple specks in it. It is light. It is brittle in solid form. This substance has a oily texture in solid form. This material's melting point is unremarkable. This material provides excellent protection from radiation.
This perfectly transparent, unreflective substance is gold. It is heavy. It is somewhat malleable in solid form. This substance's melting point is room temperature. This material adsorbs almost all radiation. This substance is very conductive. It is a poor insulator against temperature changes.
This somewhat transparent material is chalk-white. This material's melting point is room temperature. It provides some insulation against temperature changes.
This perfectly transparent material is brown. It is somewhat brittle in solid form. This substance has a slick texture in solid form. This substance's melting point is unremarkable. This substance does not conduct electricity at all.
This perfectly transparent material is sand-colored with orange swirls on it. It is somewhat malleable in solid form. This material has a rough texture in solid form. This substance's melting point is below room temperature. This substance does not conduct electricity at all. It is a poor insulator against temperature changes. A smell of acorns comes from this substance. It alloys with other materials very easily.
This mirrorlike material is lemon-yellow. It is extremely inflexible in solid form. This material's melting point is unremarkable. This substance can be easily magnetized. It provides some insulation against temperature changes.
This somewhat transparent, reflective substance is milky-white with brown patches on it. It is heavy. It is somewhat malleable in solid form. This substance's melting point is unremarkable. This material is radioactive.
This translucent material is smoke-gray. It is very light. It is very flexible in solid form. This material has a waxy texture in solid form. This material's melting point is unremarkable. It provides some insulation against temperature changes. A strong smell of acorns comes from this substance.
This substance is ebony with blue patches in it. This substance has a waxy texture in solid form. This material's melting point is one of the highest known. This substance is radioactive. A smell of chemicals comes from this material.
This translucent substance is beige with black swirls on it. It is flexible in solid form. This material has a bumpy texture in solid form. This material's melting point is very high. This substance is mildly magnetic. It acts as an excellent insulator against temperature changes.
This unreflective substance is gray with orange specks on it. It is very heavy. This material's melting point is high. This substance is extremely nonconductive.
This mirrorlike substance is peach-colored with lemon-yellow patches on it. It is somewhat malleable in solid form. This material's melting point is room temperature. It acts as an excellent insulator against temperature changes.
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