Refractory Metal Sheets

Our refractory metal sheets are designed for the most demanding conditions. With melting points above 2,600 °C and densities over 10 g/cm³, they are the preferred choice for components exposed to high ambient temperatures.
Additional information

Tungsten and tungsten-based materials

DesignationShort Designation
TungstenW (min. 99,95%)
Tungsten-rheniumWRe3 (3% Re)
Tungsten-rheniumWRe5 (5% Re)
Tungsten-rheniumWRe25 (25% Re)
Tungsten-rheniumWRe26 (26% Re)
Tungsten-lanthanumWL10 (1,0 % La2O3)
Tungsten-lanthanumWL15 (1,5 % La2O3
Tungsten-lanthanumWL20 (2,0 % La2O3)
Tungsten-copper (TUCO)WCu (10-50% Cu)
Tungsten heavy alloy (High Density), magneticHD17 (W90Ni6,5Fe3,5)
Tungsten heavy alloy (HD), magneticHD17,5 (W93Ni5Fe2)
Tungsten heavy alloy (HD), magneticHD18 (W95Ni3,6Fe1,4)
Tungsten heavy alloy (HD), magneticHD18,5 (W97Ni2Fe1)
Tungsten heavy alloy (HD), non-magneticHD17U (W90Ni6Cu4)
Tungsten heavy alloy (HD), non-magneticHD17M (W90Ni5,4Cu3,6Mo1)
Tungsten heavy alloy (HD), non-magneticHD17,5U (W93Ni5Cu2)
Tungsten heavy alloy (HD), non-magneticHD18U (W95Ni3,5Cu1,5)

Molybdenum and molybdenum-based materials

DesignationShort Designation
MolybdenumMo (min. 99,95%)
Molybdenum-lanthanumMoLa (Lanthanoxid-dotiert)
Titanium-zirconium-molybdenum (TZM)(Ti 0,5%, Zr 0,08%, C 0,03%, Rest Mo)

Tantalum and tantalum-based materials

DesignationShort Designation
TantalumTa (min. 99,95%)

Niobium and niobium-based materials

DesignationShort Designation
NiobiumNb (min. 99,95%)
Niobium-zirconium(Zr 1%, Rest Nb)

Titanium

DesignationShort Designation
TitaniumTi Grade 1 to 4