Metalla | Compositio | Purities | Excrementum Targets | Evaporatio Materials | Bar | MSDS |
Scandium metallum | Sc | 99.90% | × | × | × | |
Yttrium metallicum | Y | 99.90% | × | × | × | |
Lanthanum metallum | La | 99.50% | × | × | × | |
Cerium | Ce | 99.50% | × | × | × | |
Praseodymium Metal | Pr | 99.50% | × | × | × | |
Neodymium Metal | Nd | 99.50% | × | × | × | |
Samarium Metal | Sm | 99.90% | × | × | × | |
Gadolinium Metal | Gd | 99.90% | × | × | × | |
Terbium Metal | Tb | 99.90% | × | × | × | |
Dysprosium Metal | Dy | 99.90% | × | × | × | |
Holmium Metal | Ho | 99.90% | × | × | × | |
Erbium Metal | Er | 99.90% | × | × | × | |
Thulium Metal | Tm | 99.90% | × | × | × | |
Ytterbium Metal | Yb | 99.90% | × | × | × | |
Lutetium Metal | Lu | 99.90% | × | × | × | |
Tin Metal | Sn | 99.90% | × | × | × |
Alta pudicitia Metallorum | Compositio | Purities | Excrementum Targets | Evaporatio Materials | Bar | MSDS |
Princeps munditiae scandium | Sc | 99.99%-99.999% | × | × | × | |
Alta pudicitia yttrium | Y | 99.99%-99.999% | × | × | × | |
Alta puritas lanthanum | La | 99.99%-99.999% | × | × | × | |
Alta pudicitia cerium | Ce | 99.99%-99.999% | × | × | × | |
Princeps castitatis terbium | Tb | 99.99%-99.999% | × | × | × | |
Alta puritas dysprosium | Dy | 99.99%-99.999% | × | × | × | |
Alta puritas holmium | Ho | 99.99%-99.999% | × | × | × | |
Alta puritas erbium | Er | 99.99%-99.999% | × | × | × | |
Princeps castitatis thulium | Tm | 99.99%-99.999% | × | × | × | |
Alta pudicitia ytterbium | Yb | 99.99%-99.999% | × | × | × | |
Princeps castitatis lutetium | Lu | 99.99%-99.999% | × | × | × | |
Alta pudicitia tin | Sn | 99.99%-99.999% | × | × | × |
ALLOY | COMPOSITIONE | PUDICIES | MSDS | ||
Praseodymium Neodymium Alloy | Pr-Nd | RE=99% | Pr/RE=20±2% | Nd/RE=80±2% | - |
Praseodymium Neodymium Alloy | Pr-Nd | RE=99% | Pr/RE=25±2% | Nd/RE=75±2% | - |
Praseodymium Neodymium Alloy | Pr-Nd | RE=99% | Pr/RE=30±2% | Nd/RE=70±2% | - |
Lanthanum Cerium Alloy | La-Ce | RE=99% | La/RE=61±2% | Ce/RE=Bal. | - |
Lanthanum Cerium Alloy | La-Ce | RE=99% | La/RE=65±2% | Ce/RE=Bal. | - |
Lanthanum Cerium Alloy | La-Ce | RE=99% | La/RE=69±2% | Ce/RE=Bal. | - |
Gadolinium Iron Alloy | Gd-Fe | RE=75±1% | Gd/RE≥99.5% | Fe=Bal. | - |
Gadolinium Iron Alloy | Gd-Fe | RE=72±1% | Gd/RE≥99.5% | Fe=Bal. | - |
Gadolinium Iron Alloy | Gd-Fe | RE=69±1% | Gd/RE≥99.5% | Fe=Bal. | - |
Dysprosium Iron Alloy | Dy-Fe | RE=85±1% | Dy/RE≥99.5% | Fe=Bal. | - |
Dysprosium Iron Alloy | Dy-Fe | RE=80±1% | Dy/RE≥99.5% | Fe=Bal. | - |
Dysprosium Iron Alloy | Dy-Fe | RE=75±1% | Dy/RE≥99.5% | Fe=Bal. | - |
Holmium Iron Alloy | Ho-Fe | RE=80±1% | Ho/RE≥99.5% | Fe=Bal. | - |
Holmium Iron Alloy | Ho-Fe | RE=83±1% | Ho/RE≥99.5% | Fe=Bal. | - |
Metallum pulveris | Compositio | publicae | Purities | Frumenti magnitudine | MSDS |
Scandium pulveris | Sc | Pulvis | 99.99% | -100, 200 mesh | |
Yttrium pulveris | Y | Pulvis | 99.90% | -100, 200 mesh | |
Lanthanum pulveris | La | Pulvis | 99.50% | -100, 200 mesh | |
Cerium pulveris | Ce | Pulvis | 99.50% | -100, 200 mesh | |
Praseodymium pulveris | Pr | Pulvis | 99.50% | -100, 200 mesh | |
Neodymium pulveris | Nd | Pulvis | 99.50% | -100, 200 mesh | |
Samarium | Sm | Pulvis | 99.90% | -100, 200 mesh | |
Gadolinium pulveris | Gd | Pulvis | 99.90% | -100, 200 mesh | |
Terbium pulveris | Tb | Pulvis | 99.90% | -100, 200 mesh | |
Dysprosium pulveris | Dy | Pulvis | 99.90% | -100, 200 mesh | |
Holmium pulveris | Ho | Pulvis | 99.90% | -100, 200 mesh | |
Erbium pulveris | Er | Pulvis | 99.90% | -100, 200 mesh | |
Thulium pulveris | Tm | Pulvis | 99.90% | -100, 200 mesh | |
Ytterbium pulveris | Yb | Pulvis | 99.90% | -100, 200 mesh | |
Lutetium pulveris | Lu | Pulvis | 99.90% | -100, 200 mesh | |
plumbum album | Sn | Pulvis | 99.90% | -100, 200 mesh | |
Titanium pulveris | Ti | Pulvis | 99.60% | -100, 200 mesh | |
Zirconium pulveris | Zr | Pulvis | 99.00% | -100, 200 mesh | |
Hafnium pulveris | Hf | Pulvis | 99.50% | -100, 200 mesh |
Hydride metallum | Compositio | publicae | Purities | Frumenti magnitudine | MSDS |
Scandium hydride | Sch | Pulvis | 99.99% | -100, 200 mesh | |
Yttrium hydride | YH | Pulvis | 99.90% | -100, 200 mesh | |
Lanthanum hydride | LaH | Pulvis | 99.50% | -100, 200 mesh | |
Cerium hydride | CeH | Pulvis | 99.50% | -100, 200 mesh | |
Praseodymium hydride | PrH | Pulvis | 99.50% | -100, 200 mesh | |
Neodymium hydride | NdH | Pulvis | 99.50% | -100, 200 mesh | |
Samarium hydride | SmH | Pulvis | 99.90% | -100, 200 mesh | |
Gadolinium hydride | GdH | Pulvis | 99.90% | -100, 200 mesh | |
Terbium hydride | TbH | Pulvis | 99.90% | -100, 200 mesh | |
Dysprosium hydride | DyH | Pulvis | 99.90% | -100, 200 mesh | |
Holmium hydride | HoH | Pulvis | 99.90% | -100, 200 mesh | |
Erbium hydride | ErH | Pulvis | 99.90% | -100, 200 mesh | |
Thulium hydride | TmH | Pulvis | 99.90% | -100, 200 mesh | |
Ytterbium hydride | YbH | Pulvis | 99.90% | -100, 200 mesh | |
Lutetium hydride | LuH | Pulvis | 99.90% | -100, 200 mesh | |
Titanium hydride | TiH | Pulvis | 99.60% | -100, 200 mesh | |
Zirconium hydride | ZrH | Pulvis | 99.00% | -100, 200 mesh | |
Hafnium hydride | HfH | Pulvis | 99.50% | -100, 200 mesh |
Metallum Boride | Compositio | publicae | Purities | Frumenti magnitudine | MSDS |
Lanthanum Hexaboride | LaB6 | Pulvis | 99.50% | -360, 500 mesh | |
Cerium Hexaboride | CeB6 | Pulvis | 99.50% | -360, 500 mesh | |
Praseodymium Hexaboride | PrB6 | Pulvis | 99.50% | -360, 500 mesh | |
Neodymium Hexaboride | NdB6 | Pulvis | 99.50% | -360, 500 mesh | |
Samarium Hexaboride | SmB6 | Pulvis | 99.90% | -360, 500 mesh | |
Gadolinium Hexaboride | GdB6 | Pulvis | 99.90% | -360, 500 mesh | |
Europium Hexaboride | EuB6 | Pulvis | 99.90% | -360, 500 mesh | |
Ytterbium Hexaboride | YbB6 | Pulvis | 99.90% | -360, 500 mesh |