Background Color:

Electrical Type of the elements

Text lists sorted by:	Value \| Atomic Number \| Alphabetical
Plots:	3D Live \| Shaded \| Ball \| Crossed Line \| Scatter \| Sorted Scatter
Log scale plots:	3D Live \| Shaded \| Ball \| Crossed Line \| Scatter \| Sorted Scatter
Good for this property:	Ball

Hydrogen	N/A	Niobium	Conductor	Thallium	Conductor
Helium	N/A	Molybdenum	Conductor	Lead	Conductor
Lithium	Conductor	Technetium	Conductor	Bismuth	Conductor
Beryllium	Conductor	Ruthenium	Conductor	Polonium	Conductor
Boron	Insulator	Rhodium	Conductor	Astatine	N/A
Carbon	Conductor^[note]	Palladium	Conductor	Radon	N/A
Nitrogen	N/A	Silver	Conductor	Francium	N/A
Oxygen	N/A	Cadmium	Conductor	Radium	Conductor
Fluorine	N/A	Indium	Conductor	Actinium	N/A
Neon	N/A	Tin	Conductor	Thorium	Conductor
Sodium	Conductor	Antimony	Conductor	Protactinium	Conductor
Magnesium	Conductor	Tellurium	Semiconductor	Uranium	Conductor
Aluminum	Conductor	Iodine	Insulator	Neptunium	Conductor
Silicon	Semiconductor	Xenon	N/A	Plutonium	Conductor
Phosphorus	Conductor	Cesium	Conductor	Americium	N/A
Sulfur	Insulator	Barium	Conductor	Curium	N/A
Chlorine	Insulator	Lanthanum	Conductor	Berkelium	N/A
Argon	N/A	Cerium	Conductor	Californium	N/A
Potassium	Conductor	Praseodymium	Conductor	Einsteinium	N/A
Calcium	Conductor	Neodymium	Conductor	Fermium	N/A
Scandium	Conductor	Promethium	Conductor	Mendelevium	N/A
Titanium	Conductor	Samarium	Conductor	Nobelium	N/A
Vanadium	Conductor	Europium	Conductor	Lawrencium	N/A
Chromium	Conductor	Gadolinium	Conductor	Rutherfordium	N/A
Manganese	Conductor	Terbium	Conductor	Dubnium	N/A
Iron	Conductor	Dysprosium	Conductor	Seaborgium	N/A
Cobalt	Conductor	Holmium	Conductor	Bohrium	N/A
Nickel	Conductor	Erbium	Conductor	Hassium	N/A
Copper	Conductor	Thulium	Conductor	Meitnerium	N/A
Zinc	Conductor	Ytterbium	Conductor	Darmstadtium	N/A
Gallium	Conductor	Lutetium	Conductor	Roentgenium	N/A
Germanium	Semiconductor	Hafnium	Conductor	Ununbium	N/A
Arsenic	Conductor	Tantalum	Conductor	Ununtrium	N/A
Selenium	N/A	Tungsten	Conductor	Ununquadium	N/A
Bromine	Insulator	Rhenium	Conductor	Ununpentium	N/A
Krypton	N/A	Osmium	Conductor	Ununhexium	N/A
Rubidium	Conductor	Iridium	Conductor	Ununseptium	N/A
Strontium	Conductor	Platinum	Conductor	Ununoctium	N/A
Yttrium	Conductor	Gold	Conductor
Zirconium	Conductor	Mercury	Conductor

Notes on the Electrical Type of particular elements:

Carbon: Value given for graphite. Diamond is an insulator.

Up to date, curated data provided by Mathematica's ElementData function from Wolfram Research, Inc.

Click here to buy a photographic periodic table poster, card deck, or 3D puzzle based on the images you see here!

Absolute Boiling Point	Isotope Abundances
Absolute Melting Point	Known Isotopes
Abundance in Earth's Crust	Lattice Angles
Abundance in Humans	Lattice Constants
Abundance in Meteorites	Lifetime
Abundance in the Ocean	Liquid Density
Abundance in the Sun	Magnetic Type
Abundance in the Universe	Mass Magnetic Susceptibility
Adiabatic Index	Melting Point
Allotrope Names	Memberships
Alternate Names	Mohs Hardness
Atomic Number	Molar Magnetic Susceptibility
Atomic Radius	Molar Volume
Atomic Weight	Name
Autoignition Point	Neel Point
Block	Neutron Cross Section
Boiling Point	Neutron Mass Absorption
Brinell Hardness	NFPA Fire Rating
Bulk Modulus	NFPA Hazards
CAS Number	NFPA Health Rating
CID Number	NFPA Label
Color	NFPA Reactivity Rating
Covalent Radius	NSC Number
Critical Pressure	Period
Critical Temperature	Phase
Crystal Structure	Poisson Ratio
Curie Point	Quantum Numbers
Decay Mode	Radioactive
Density	Refractive Index
Discovery Year	Resistivity
DOT Hazard Class	RTECS Classes
DOT Numbers	RTECS Number
Electrical Conductivity	Shear Modulus
Electrical Type	Space Group Name
Electron Affinity	Space Group Number
Electron Configuration	Specific Heat
Electronegativity	Speed of Sound
EU Number	Stable Isotopes
Flash Point	Superconducting Point
Gas Atomic Multiplicities	Symbol
Gmelin Number	Thermal Conductivity
Group	Thermal Expansion
Half Life	Valence
Heat of Combustion	Van Der Waals Radius
Heat of Fusion	Vickers Hardness
Heat of Vaporization	Volume Magnetic Susceptibility
Ionization Energies	Young Modulus