Pure Metals

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PURE METALS

PVD Materials - We offer  the broadest range of metal alloys & compounds!

Includes: precious metals, alkali metals, alkaline earth metals, transition metals, post-transitional metals and metalloids . Our extensive manufacturing capabilities enable us to deliver pure metals in the exact compositions and forms you require!

Standard Pure Metals

Aluminum
Al
  Antimony
Sb 
  Arsenic
As
  Barium
Ba
Beryllium
Be
  Bismuth
Bi
  Boron
B
   Cadmium
Cd
Calcium
Ca
  Cerium
Ce
  Chromium
Cr
  Cobalt
Co
Copper
Cu
  Erbium
Er
  Gadolinium
Gd
  Gallium
Ga
Germanium
Ge
  Gold
Au
  Hafnium
Hf
  Indium 
In
Iridium
Ir
  Iron 
Fe
  Lanthanum
La
  Lead
Pb
Magnesium
Mg
  Manganese
Mn
  Molybdenum 
Mo
  Neodymium
Nd
Nickel
Ni
  Niobium
Nb
  Osmium
Os
  Palladium
Pd
Platinum
Pt
  Praseodymium
Pr
  Rhenium
Re
  Rhodium
Rh
Ruthenium
Ru
  Samarium
SM
  Selenium
Se
  Silicon
Si
Silver
Ag
  Tantalum
Ta
  Tellurium
Te
  Terbium
Tb
Tin
Sn
  Titanium
Ti
  Tungsten
W
  Vanadium
V
Ytterbium
Yb
  Yttrium
Y
  Zinc
Zn
   Zirconium
Zr

Catalog ikon

*Note: Alloys & compounds of metals available as well.

Search our Inorganic Chemicals Catalog for
Pure Metals

or Contact Us at
 OrderChemicals@Materion.com

PURE METAL FORMS & APPLICATIONS

FORMS: Metals & metal alloys are available in a variety of forms and purities:
> targets    > granules    > pellets    > powders    > pieces    > ingot    > shot

APPLICATIONS: Pure metals are used in a broad range of applications, including:

  • Optical coatings
  • Solar cells
  • Lithium-ion batteries
  • Medical devices
  • Semiconductors & electronics    
  • Computer memory
  • Microelectronic packaging
  • Industrial, energy and more! 

MATERION ADVANTAGES

 With our specialized expertise in precious and non-precious metals and refining, we provide these benefits:

  • Metals management -recycling
  • Conflict-free
  • Purity control
  • Varied melting & casting capabilities
  • Target enhancements, thermal management designs
  • We support all major thin film deposition platforms
  • Development of new, experimental materials with tailored physical properties
  • Adaption of materials to exact specifications
  • Scaling of manufacturing quantities from R&D to full production level