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Index of Materials - Powder


Small particles with an approximately defined size range.

Those materials described as alloy precursors are not true alloys - they are made by sintering a blend of powders of the component metals to achieve alloying by diffusion. The resultant cake is ground and sieved to the required particle size range.

Unless otherwise stated, the particle sizes shown are for guidance only. We do not guarantee either any particular size distribution between the quoted minimum and maximum sizes, or a specific particle shape.


Tolerances
Dimensions shown are nominal    
 
See also Granule  

Powders are available from our catalog in the following types :

Alloy Ceramic Compound Glass Intermetallic Metal Polymer

Click here to search our on-line Catalog for items matching Powder

Alumina ( Al2O3 )
Aluminum ( Al )
Aluminum Borosilicide ( AlBSi )
Aluminum Carbide ( Al4C3 )
Aluminum Nickelide ( Al3Ni )
 
Aluminum Nickelide ( Al3Ni2 )
Aluminum Nitride ( AlN )
Aluminum Nitride ( AlN )
Aluminum/Iron ( Al50/Fe50 )
Aluminum/Magnesium ( Al92.1/Mg 7.9 )
 
Aluminum/Nickel ( Al50/Ni50 )
Aluminum/Silicon ( Al96/Si 4 )
Aluminum/Silicon ( Al88/Si12 )
Aluminum/Silicon ( Al75/Si25 )
Aluminum/Silicon ( Al65.7/Si34.3 )
 
Aluminum/Silicon ( Al98/Si 2 )
Antimonial Lead ( Pb95/Sb 5 )
Antimony ( Sb )
Barium Titanate ( BaTiO3 )
Bismuth ( Bi )
 
Boron ( B )
Boron Carbide ( B4C )
Boron Carbide ( B4C )
Boron Nitride ( BN )
Brass ( Cu70/Zn30 )
 
Bronze ( Cu89/Sn11 )
Cadmium ( Cd )
Calcium Boride ( CaB6 )
Calcium Titanate ( CaTiO3 )
Carbon ( C )
 
Carbon - Nano-Materials ( C )
Carbon - Vitreous - 3000C ( C )
Cerium ( Ce )
Cesium Molybdate ( Cs2MoO4 )
Chromium ( Cr )
 
Chromium Boride ( Cr2B )
Chromium Carbide ( Cr3C2 )
Chromium Diboride ( CrB2 )
Chromium Nitride ( Cr2N )
Chromium Silicide ( CrSi2 )
 
Chromium/Aluminum ( Cr80/Al20 )
Chromium/Nickel ( Cr50/Ni50 )
Chromium/Titanium ( Cr70/Ti30 )
Cobalt ( Co )
Cobalt Boride ( Co2B )
 
Cobalt/Aluminum ( Co90/Al10 )
Cobalt/Aluminum ( Co79/Al21 )
Cobalt/Chromium ( Co86/Cr14 )
Cobalt/Titanium ( Co94/Ti 6 )
Cobalt/Tungsten ( Co50/W 50 )
 
Copper ( Cu )
Copper Selenide ( CuSe )
Copper Telluride ( Cu2Te )
Copper/Iron ( Cu70/Fe30 )
Copper/Lead ( Cu80/Pb20 )
 
Copper/Silicon ( Cu85/Si15 )
Copper/Silver ( Cu98/Ag 2 )
Copper/Tin ( Cu80/Sn20 )
Copper/Titanium ( Cu90/Ti10 )
Copper/Titanium ( Cu70/Ti30 )
 
Copper/Titanium ( Cu56.4/Ti43.6 )
Copper/Zirconium ( Cu70/Zr30 )
Copper/Zirconium ( Cu87/Zr13 )
Cupric Oxide ( CuO )
Dysprosium ( Dy )
 
Emerald ( Be3Al2(SiO3)6 )
Erbium ( Er )
Europium ( Eu )
Gadolinium ( Gd )
Gadolinium Oxide ( Gd2O3 )
 
Germanium ( Ge )
Glass Sealing Alloy ( Fe54/Ni29/Co17 )
Gold ( Au )
Graphene - Carbon ( C·· )
Hafnium ( Hf )
 
Hafnium Carbide ( HfC )
Hafnium Diboride ( HfB2 )
Hafnium Hydride ( HfH2 )
Holmium ( Ho )
Indium ( In )
 
Invar® - Controlled Expansion Alloy ( Fe64/Ni36 )
Iridium ( Ir )
Iron ( Fe )
Iron Boride ( FeB )
Iron Boride ( Fe2B )
 
Iron Oxide ( FE3O4 )
Iron Silicide ( FeSi )
Iron/Chromium/Aluminum ( Fe81/Cr16/Al 3 )
Iron/Chromium/Molybdenum ( Fe81/Cr16/Mo 3 )
Iron/Nickel ( Fe50/Ni50 )
 
Iron/Nickel ( Fe58/Ni42 )
Iron/Silicon ( Fe91/Si 9 )
Iron/Silicon ( Fe83/Si17 )
Iron/Titanium ( Fe60/Ti40 )
Lanthanum ( La )
 
Lanthanum Hexaboride ( LaB6 )
Lanthanum Oxide ( La2O3 )
Lead ( Pb )
Lutetium ( Lu )
Magnesium ( Mg )
 
Magnesium Oxide ( MgO )
Magnesium Silicate ( MgSiO3 )
Magnetic Shielding Alloy ( Ni77/Fe14/Cu 5/Mo 4 )
Manganese ( Mn )
Manganese/Nickel ( Mn88/Ni12 )
 
Manganese/Nickel ( Mn70/Ni30 )
Manganin® - Resistance Alloy ( Cu86/Mn12/Ni 2 )
Molybdenum ( Mo )
Molybdenum Carbide ( Mo2C )
Molybdenum Diboride ( MoB2 )
 
Molybdenum Disilicide ( MoSi2 )
Molybdenum/Titanium ( Mo80/Ti20 )
Molybdenum/Titanium ( Mo90/Ti10 )
Moonstone (Multicolor) ( (Na,K)AlSi3O8 )
Neodymium ( Nd )
 
Nickel ( Ni )
Nickel Aluminide ( NiAl )
Nickel Oxide ( NiO )
Nickel/Aluminum ( Ni79/Al21 )
Nickel/Boron ( Ni85/B 15 )
 
Nickel/Chromium ( Ni80/Cr20 )
Nickel/Copper ( Ni70/Cu30 )
Nickel/Iron ( Ni81/Fe19 )
Nickel/Manganese ( Ni92/Mn 8 )
Nickel/Manganese ( Ni75/Mn25 )
 
Nickel/Molybdenum ( Ni80/Mo20 )
Nickel/Molybdenum ( Ni84/Mo16 )
Nickel/Silicon ( Ni62/Si38 )
Nickel/Titanium ( Ni70/Ti30 )
Nickel/Titanium ( Ni60/Ti40 )
 
Nickel/Titanium ( Ni90/Ti10 )
Nickel/Zirconium ( Ni70/Zr30 )
Niobium ( Nb )
Niobium Boride ( NbB2 )
Niobium Carbide ( NbC )
 
Niobium Nitride ( NbN )
Niobium Pentoxide ( Nb2O5 )
Niobium Silicide ( NbSi2 )
Niobium/Tin ( Nb75/Sn25 (Atomic %) )
Niobium/Titanium ( Nb56/Ti44 )
 
Opal ( SiO2/H2O )
Osmium ( Os )
Palladium ( Pd )
Peridot ( (Mg,Fe)2SiO4 )
Platinum ( Pt )
 
Polyacrylonitrile ( PAN )
Polyamide - Nylon 6 ( PA 6 )
Polyamide - Nylon 12 ( PA 12 )
Polyetheretherketone ( PEEK )
Polyethylene - Low Density ( LDPE )
 
Polyethylene - Medium Density ( MDPE )
Polyethylene - U.H.M.W. ( UHMW PE )
Polyhydroxybutyrate/Polyhydroxyvalerate 2% - Biopolymer ( Biopolymer )
Polymethylmethacrylate ( PMMA, Acrylic )
Polystyrene ( PS )
 
Polytetrafluoroethylene ( PTFE )
Polyvinylchloride - Unplasticized ( UPVC )
Polyvinylidenechloride ( PVDC )
Praseodymium ( Pr )
Quartz - Fused ( SiO2 )
 
Rhenium ( Re )
Rhodium ( Rh )
Ruby ( Al2O3 /Cr2O3 /Si2O3 )
Ruthenium ( Ru )
Samarium ( Sm )
 
Sapphire ( Al2O3 99.9 )
Scandium ( Sc )
Selenium ( Se )
Silicon ( Si )
Silicon Carbide ( SiC )
 
Silicon Carbide ( SiC )
Silicon Monoxide ( SiO )
Silicon Nitride ( Si3N4 )
Silver ( Ag )
Silver Chloride ( AgCl )
 
Silver/Copper ( Ag72/Cu28 )
Silver/Zirconium/Copper ( Ag97/Zr 2/Cu 1 )
Stainless Steel - AISI 304 ( Fe/Cr18/Ni10 )
Stainless Steel - AISI 316 ( Fe/Cr18/Ni10/Mo 3 )
Stainless Steel - AISI 316L ( Fe/Cr18/Ni10/Mo 3 )
 
Stainless Steel - AISI 347 ( Fe/Cr18/Ni10/Nb )
Stainless Steel - AISI 410 ( Fe/Cr12.5 )
Strontium Titanate ( SrTiO3 )
Tantalum ( Ta )
Tantalum Boride ( TaB2 )
 
Tantalum Carbide ( TaC )
Tantalum Silicide ( TaSi2 )
Tellurium ( Te )
Terbium ( Tb )
Tin ( Sn )
 
Tin Oxide ( SnO )
Tin/Antimony ( Sn95/Sb 5 )
Tin/Lead ( Sn50/Pb50 )
Titanium ( Ti )
Titanium Aluminide ( TiAl3 )
 
Titanium Boride ( TiB2 )
Titanium Bronze ( Ti75/Cu25 )
Titanium Carbide ( TiC )
Titanium Dioxide ( TiO2 99.6% )
Titanium Hydride ( TiH2 )
 
Titanium Nitride ( TiN )
Titanium Silicide ( TiSi2 )
Titanium Silicocarbide ( TiSiC2 + TiSiC )
Titanium/Aluminum ( Ti65/Al35 )
Titanium/Aluminum ( Ti88/Al12 )
 
Titanium/Aluminum ( Ti78/Al22 )
Titanium/Aluminum/Vanadium ( Ti90/Al 6/V 4 )
Titanium/Chromium ( Ti80/Cr20 )
Titanium/Iron ( Ti50/Fe50 )
Titanium/Molybdenum ( Ti84/Mo16 )
 
Titanium/Silicon ( Ti92/Si 8 )
Titanium/Vanadium ( Ti90/V 10 )
Topaz (Yellow Imperial) ( Al2SiO4(F,OH)2 )
Tungsten ( W )
Tungsten Boride ( WB )
 
Tungsten Carbide ( WC )
Tungsten Disulfide ( WS2 )
Tungsten Silicide ( WSi2 )
Tungsten Titanium Carbide ( WTiC2 )
Tungsten Trioxide ( WO3 )
 
Tungsten/Chromium ( W 90/Cr10 )
Tungsten/Cobalt ( W 50/Co50 )
Tungsten/Silver ( W 90/Ag10 )
Tungsten/Titanium ( W 95/Ti 5 )
Turquoise ( · )
 
Vanadium ( V )
Vanadium Carbide ( VC )
Vanadium Nitride ( VN )
Vanadium Pentoxide ( V2O5 )
Vanadium Silicide ( VSi2 )
 
Vanadium/Chromium ( V 75/Cr25 )
Ytterbium ( Yb )
Yttrium ( Y )
Yttrium Oxide ( Y2O3 )
Zinc ( Zn )
 
Zinc Arsenide ( Zn3As2 )
Zinc Oxide ( ZnO )
Zinc Selenide ( ZnSe )
Zinc/Aluminum ( Zn50/Al50 )
Zinc/Copper ( Zn95/Cu 5 )
 
Zinc/Nickel ( Zn90/Ni10 )
Zirconia - stabilized with Magnesia ( ZrO2/MgO )
Zirconia - stabilized with Yttria ( ZrO2/Y2O3 )
Zirconia - unstabilized ( ZrO2 99 )
Zirconium ( Zr )
 
Zirconium Boride ( ZrB2 )
Zirconium Carbide ( ZrC )
Zirconium Hydride ( ZrH2 )
Zirconium Nitride ( ZrN )
Zirconium/Aluminum ( Zr90/Al10 )
 
Zirconium/Nickel ( Zr70/Ni30 )
Zirconium/Vanadium ( Zr56.5/V 43.5 )
 

Click here to search our on-line Catalog for items matching Powder

Powders are available from our catalog in the following types :

Alloy Ceramic Compound Glass Intermetallic Metal Polymer

 
See also Granule  

Index