tungsten is the element on the periodic table that has the highest melting point.
tungsten is the element on the periodic table that has the highest melting point.
what element on the periodic table has the highest melting point?
tungsten
tantalum-tungsten alloys









































tantalum-tungsten alloys are in the refractory metals group, keeping their chemical and physical properties the same at high temperatures. the tantalum-tungsten alloys are characterized by their high melting point and the tension resistance. the properties of the final alloy are a combination of properties from the two elements: tungsten, the element with the highest melting point in the periodic table, and tantalum which has high corrosion resistance.









































the tantalum-tungsten alloys typically vary in their percentage of tungsten. some common variants are:
tantalum-tungsten alloys
van wert grouped the periodic table metals into a. the light metals; b. the heavy brittle metals of high melting point, c. the heavy ductile metals of high melting point; d. the heavy metals of low melting point (zn, cd, hg; ga, in, tl; ge, sn; as, sb, bi; and po), and e. the strong, electropositive metals. britton, abbatiello and robins speak of 'the soft, low melting point, heavy metals in columns lib, ilia, iva, and va of the periodic table, namely zn, cd, hg; al, ga, in, tl; [si], ge, sn, pb; and bi. the sargent-welch "chart of the elements" groups the metals into: light metals, the lanthanide series; the actinide series; heavy metals (brittle); heavy metals (ductile); and heavy metals (low melting point): zn, cd, hg, [cn]; al, ga, in, tl; ge, sn, pb, [fl]; sb, bi; and po.
post-transition metal