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We are a leading manufacturer and supplier of research materials.
Please request your non-binding offer. You can use our crystal designer or our inquiry form. |
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| Metallic single crystals are used - among other things - in basic research (Surface physics, catalytic chemistry, investigation of material properties, etc.), as monochromators (for X-rays, neutrons, etc.), as electrodes for generating electrons (W neddles, LaB6, CeB6 cathodes, etc.). |
![]() Copper single crystal ready for shipment.
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Our metal single crystals are characterized by their outstanding high quality: |
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Mosaicity: Mosaicity describes the deviation from the perfect structure of the crystal. It is an angular distribution which represents the orientation of individual crystallites in the crystal volume. A small angular distribution stands for a perfect crystal structure. We achieve a mosaicity of <0.1° (typically < 0.05°) and can characterize the entire crystal volume with our own gamma diffractometer. |
![]() Our new gamma diffractometer.
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Orientation accuracy: When using the surfaces, the precise alignment of the crystallographic axes to the surfaces is particularly important. We guarantee an orientation accuracy of <0.1° (on request <0.05°). |
![]() Goniometer heads for exact orientation.
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Surface conditioning: After a few heating and sputtering cycles, the particularly gentle polish allows the direct examination and use of the up to several 1,000 nm wide, atomically smooth surface terraces. We guarantee a roughness (Ra) < 10 nm (usually 0.5 nm). |
![]() Copper single crystal with polished surface.
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Geometry: Specific measurement setups or applications require an individual dimensioning of the crystal. We can fulfill (almost) all wishes for the crystal geometry. |
![]() Geometry: You have (almost) free choice.
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Please request your non-binding offer. You can use our crystal designer or our inquiry form. |
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Here you find more information about Crystals and crystal growth.
| Material | Purity | Info* | |
|---|---|---|---|
| Aluminium - Al | 6N | > | |
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Antimony - Sb
|
6N2 | > | |
| Bismut - Bi | 5N | > | |
| Cadmium - Cd | 5N | > | |
| Chromium - Cr | 5N | > | |
| Cobalt - Co | 4N | > | |
| Copper - Cu | 5N | > | |
| Dysprosium - Dy | 3N5 | > | |
| Gadolinium - Gd | 4N | > | |
| Germanium - Ge | 6N | > | |
| Gold - Au | 5N | > | |
| Hafnium - Hf | 4N ex Zr | > | |
| Holmium - Ho | 3N5 | > | |
| Indium - In | 6N | > | |
| Iridium - Ir | 4N | > | |
| Iron - Fe | 4N | > | |
| Lead - Pb | 5N | > | |
| Lithium - Li | 2N8 | > | |
| Material | Purity | Info* | |
|---|---|---|---|
| Magnesium - Mg | 5N | > | |
| Molybdenum - Mo | 4N | > | |
| Nickel - Ni | 4N | > | |
| Niobium - Nb | 4N | > | |
| Palladium - Pd | 5N | > | |
| Platinum - Pt | 4N | > | |
| Rhenium - Re | 4N | > | |
| Rhodium - Rh | 4N | > | |
| Ruthenium - Ru | 4N | > | |
| Silicon - Si | 5N | > | |
| Silver - Ag | 5N | > | |
| Tantalum - Ta | 4N | > | |
| Tellurium - Te | 6N | > | |
| Tin- Sn | 6N | > | |
| Titanium** - Ti | 4N | > | |
| Tungsten - W | 5N | > | |
| Vanadium - V | 4N | > | |
| Yttrium - Y | 3N5 | > | |
| Zink - Zn | 6N | > | |
| Zirconium - Zr | 4N ex Hf** | > |
*from literature "The Elements" by John Emsley
** Crystal size is limited to a few milimeters
The following alloys are available: Cu2Ce, CuAu, Cu3Au, Cu3Pd, Cu3Pt, Cu75Mn25, CuNi,CoAl, CoGa, FeAl, FeCr, Fe85Cr15, Fe64Ni36, Fe80Ni20, Nb90W10, NiAl ,Ni3Al, Ni3Al (+Fe), NiFe, Pd97Ni3, Pt7Ni, Pt75Ni25, Pt48Ni52, Pt3Cu, PtCo3, Pt3Cr, Pt10Pd90, PtPd, Pt90Pd10, PtRh, Pt80Rh20, Pt90Rh10,Pt95Rh5, TbCu2, V3Si, W99Re1, HfC, TaC, ZrC, NbC, MoC, TiC, VC, Ag10Zn, Bi2Te3, Co50Ga50, Cu91Al9, Cu75Pd25, Cu75Pt25, Cu70Zn30, Fe98Al2, Fe85Al15, Fe53Al47, Fe85Cr15, Fe86Cr14, Fe82,5Cr17,5, Fe80Cr20, Fe77,5Cr22,5, Fe75Cr25, FeCr16Ni14Mo2Mn2, FeCr17Ni12Mo3, Fe96Ni4, LaB6, NbSi2, NiAl, Ni3Al, Ni85Cr15, Ni80Fe20, Ni70Fe30, Ni3Pt, Pd70Au30, Pd3Au, Pd1Ag, Pd3Zr, Pt3Co, Pt3Ni, PtPd, Pt3Ti, Pt50Rh50, SmCo5, Si50Mn50, Ti50Al50, TiC, VO, W2Re, W4Re, ZrC
Further not listed alloys can be grown according to your specifications.