EM-Tec CXS-5F light element and EDS calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5F calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: EDS detector performance, light element detection, EDS detector resolution, EDS detector calibration and quantitative analysis test. Reference materials: Stainless steel (SRM 1155), Sio2, Mn, B and C. 200µm copper Faraday cup.

 

EM-Tec CXS-5C light element and EDS calibration standard, 5 materials plus 200M TEM grid on pin stub

The EM-Tec CXS-5C calibration standard includes 5 reference materials and a 200mesh copper grid All mounted in a compact Ø12.7mm standard aluminium pin stub. The 200mesh copper grid acts as an image size reference and with the aluminium pin stub it serves as a Cu/Al reference for detector gain/zero calibration. Intended for: EDS detector performance, light element detection, EDS detector resolution, EDS detector calibration and quantitative analysis test.Reference materials: Stainless steel (SRM 1155), Sio2, Mn, B and C. 200mesh copper grid.

EM-Tec CXS-5BE BSD calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5BE calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminium pin stub. The copper Faraday cup and aluminium pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: Back Scattered Electron Detector setup and performance, GSR software calibration, EDS detector set-up.Reference materials: Au, Nb, Ge, Si and C. 200µm copper Faraday cup.

EM-Tec CXS-6BE BSD calibration standard, materials plus F/C on pin stub

The EM-Tec CXS-6BE calibration standard includes 6 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminium pin stub. The copper Faraday cup and aluminium pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: Back Scattered Electron Detector setup and performance, GSR software calibration, EDS detector set-up.Reference materials: Au, Rh, Ge, Co, Si and C. 200µm copper Faraday cup.

EM-Tec CXS-10BE BSD calibration standard, 10 materials plus F/C on pin stub

The EM-Tec CXS-10BE calibration standard includes 10 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: Back Scattered Electron Detector setup and performance, GSR software calibration, EDS detector set-up.Reference materials: Bi, Ir, Ho, Sn, Sb, Nb, Ge, Co, Ti, Si and C. 200µm copper Faraday cup. RAVE PRODUCTS Sample Preparation Vacuum Supplies FIB-SEM Workstation Supplies Filaments and Cathodes SEM Supplies TEM Supplies AFM / SPM Supplies Calibration Standards Light Microscopy Supplies SEM Starter Kits TEM Starter Kits Acoustic Enclosures

EM-Tec CXS-5N light element and EDS calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5F calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminium pin stub. The copper Faraday cup and aluminium pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: EDS detector performance, light element detection, EDS detector resolution, EDS detector calibration and quantitative analysis test. Similar to #36-00505; EM-Tec CXS-5F, but with BN instead of B to add N.Reference materials: Stainless steel (SRM 1155), Sio2, Mn, BN and C. 200µm copper Faraday cup.

EM-Tec CXS-5LE light element and EDS calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5LE calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminium pin stub. The copper Faraday cup and aluminium pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: light element performance test and EDS detector setup; includes: B, C, N, O and F in stable compounds. Reference materials: CaB6, SiC, CrN, Fe2o3 and CaF2. 200µm copper Faraday cup.

EM-Tec CXS-5TX EDAX TEX calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5LX calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: setting up EDAX detectors and EDS systems including light elements. Reference materials: Mo, Cu, SiO2, BN and C. 200µm copper Faraday cup.

EM-Tec CXS-5TX EDAX LEX/TEX calibration standard, 5 materials plus F/C on pin stub

The EM-Tec CXS-5LX calibration standard includes 5 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: setting up EDAX detectors and EDS systems including light elements. Reference materials: Mo, Cu, SiO2, BN and C. 200µm copper Faraday cup.

EM-Tec CXS-6F light element and EDS calibration standard, 6 materials plus F/C on pin stub

The EM-Tec CXS-6F calibration standard includes 6 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: EDS detector performance, light element detection, EDS detector resolution and EDS detector calibration.Reference materials: Cu, Mn, Ti, CaCo3, B and C. 200µm copper Faraday cup.

EM-Tec CXS-6LE light element and EDS calibration standard, 6 materials plus F/C on pin stub

The EM-Tec CXS-6LE calibration standard includes 6 reference materials and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. The copper Faraday cup and aluminum pin stub can serve as a Cu/Al reference for detector gain/zero calibration. Intended for: EDS detector performance, light element detection, EDS detector resolution, EDS detector calibration and quantitative analysis test.Reference materials: Stainless steel 316, Mn, Ti, CaCo3, PFTE and BN. 200µm copper Faraday cup.

EM-Tec M26 metallographic calibration mount holder for Ø25mm / Ø1inch mounts, pin

EM-Tec RXS-18RE rare earth reference standard, 18 materials plus F/C on pin stub

The EM-Tec RXS-18RE reference standard includes 18 reference rare earth elements and a 200µm aperture copper Faraday cup. All mounted in a Ø25.4 x 9mm high stainless steel 303 block. Intended as reference standard for quantitative EDS and WDS micro-analysis applications.Reference materials: LaF3, Ceo2, Pr, Nd, Sm, EuF3, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sc, Y, U and C. 200µm copper Faraday cup. Sensitive to air, must be stored under vacuum or inert gas.

EM-Tec RXS-21RE rare earth reference standard, 21 materials plus F/C on pin stub

The EM-Tec RXS-21RE reference standard includes 21 reference rare earth elements and a 200µm aperture copper Faraday cup. All mounted in a Ø25.4 x 9mm high stainless steel 303 block. Intended as reference standard for quantitative EDS and WDS micro-analysis applications.Reference materials: LaF3, Ceo2, PrSi2, NdSi2, Sm, EuF3, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Gd3Ga5O12, Sc, Y, U, ThF4, B and C. 200µm copper Faraday cup. Preferably stored under vacuum or inert gas.

EM-Tec RXS-40MM metals & mineral reference standard, 40 standards plus F/C on stainless steel Ø 25.4 mm pin stub

The EM-Tec RXS-40MM metals & minerals reference standard includes 40 standards and a 200µm aperture copper Faraday cup. The standards are: 27 reference metals, 5 compounds and 8 minerals. All mounted in a Ø25.4 mm standard pin stub, made from AISI 303 stainless steel. The standard is carbon coated for conductivity. The stoichiometric compositions of the natural minerals are nominal; other impurities may be present. Intended as reference standard for quantitative EDS and WDS micro-analysis applications with the following elements: Ag, Al, As, Au, Ba, Bi, Ca, Ce, Cl, Co, Cr, Cu, F, Fe, Ga, Ge, Hf, In, K, Mg, Mn, Mo, Na, Nb, Ni, O, P, Pb, Pt, Re, Rh, S, Sb, Se, Si, Sn, Ta, Te, Ti, V, W, Y, Zn, Zr 
The EM-Tec RXS-40MM includes 27 single elements, 5 compounds & 8 minerals: 

CaF2

CeO2

GaAs

InP

PbTe

28 Baryte BaSO4

29 Pyromorphite Pb5(PO4)3Cl

31 Haemetite Fe2O3

32 Pyrite FeS2

35 Adularia KAl2Si3O8

36 Spinel (synthetic) MgAl2O3

37 YAG (synthetic) Y3Al5O12

39 Albite NaALSi3O8

EM-Tec RXS-36M metals reference standard, 36 metals plus F/C on pin stub

The EM-Tec RXS-36M metals reference standard includes 36 reference metal elements and a 200µm aperture copper Faraday cup. All mounted in a Ø25.4 x 9mm high stainless steel 303 block. Intended as reference standard for quantitative EDS and WDS micro-analysis applications.Reference materials: C, Al, Si, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ge, Se, Sc, Y, Zr, Mo, Nb, Sn, Sb, Ru, Rh, Pd, Ag, Te, Hf, Ta, W, Re, Os, Ir, Au, Bi, Pt and U. 200µm copper Faraday cup.

EM-Tec RXS-40MC mineral reference standard, 40 minerals plus F/C on pin stub

The EM-Tec RXS-40MC minerals reference standard includes 40 reference minerals and a 200µm aperture copper Faraday cup. All mounted in a standard Ø25.4 pin stub, made from AISI 303 stainless steel. All minerals are embedded in conductive silver filled epoxy. The stociometric compositions of these natural minerals are nominal; other impurities may be present. Intended as reference standard for quantitative EDS and WDS micro-analysis applications. 200µm copper Faraday cup and 40 minerals: 1 Albite A NaALSi3O8, 2 Albite B NaALSi3O8, 3 Pyrite FeS2, 4 Marcasite FeS2, 5 Wurtztite (Zn, Fe)S, 6 Siderite FECO3, 7 Marmarite (Zn, Fe)S, 8 Aragonite CaCO3, 9 Calcite CaCO3, 10 Barytes BaSO4, 11 Benitoite BaTiSi3O9, 12 Fluorite CaF2, 13 Dolomite (CaMg)(CO3)2, 14 YAG (synthetic) Y3Al5O12, 15 Perovskite CaTiO3, 16 Sphene CaTiSiO5, 17 Scheelite, 18 Tausonite (synthetic) SrTiO3, 19 Enargite Cu3AsS4, 20 Haemetite Fe2O3, 21 Magnetite Fe3O4, 22 Cuprite Cu2O, 23 Chrysoberyl (synthetic) Be3Al2O4, 24 Wulfrenite PbMoO4, 25 Cerrusite PbCO3, 26 Vanadinite [Pb(VO4)3]Cl, 27 Apatite Ca5(PO4)3(F,Cl,OH), 28 Casserite SnO2, 29 Celestite SrSO4, 30 Rutile TiO2, 31 Anastase TiO2, 32 Brookite TiO2, 33 Gypsum CaSO4.2H2O, 34 Baddeleyte ZrO2, 35 Zirconia (synthetic) ZrO2 (8 mole% Y2O3), 36 Beryl (Be3Al2(SiO3)6), 37 Adularia (KAlSi3O8), 38 Quartz SiO2, 39 Spinel (synthetic) MgAl2O4, 40 Corundum Al2O3

EM-Tec RXS-7CL cathode-luminescence test standard, 7 materials on pin stub

The EM-Tec RXS-7CL test standard includes 7 reference compounds. All mounted in a compact Ø12.7mm standard aluminum pin stub. Intended for testing cathode-luminescence detector and spectrometer performance.Reference materials: Benitoite, Chrysoberyl, Apatite, Fluorite, Spinel, Calcite and Corundum.

EM-Tec RXS-10PD peak deconvolution test standard, 10 materials plus F/C on pin stub

The EM-Tec RXS-10PD peak deconvolution test standard includes 10 reference compounds and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. Intended for testing EDS and WDS spectrometer performance and as reference with overlapping materials.Reference materials: Molybdenite (MoS2), Zinkenite (Pb9Sb22S42), Galena (PbS), Cinnabar (HgS), Wulfrenite (PbMoO4), Benitoite (BaTiSiO9), Galkhaite ((Cs,Tl)(Hg, Cu, Zn)6(As)4S12+trace Sb, Kleinite (Hg2N(ClSO4).n(H2O), Kosnarite (KZr(PO)3) and Enargite (Cu3AsS4). 200µm copper Faraday cup.

EM-Tec RXS-10RA Raman mineral analysis test standard, 10 materials plus F/C on pin stub

The EM-Tec RXS-10RA reference standard includes 10 reference compounds and a 200µm aperture copper Faraday cup. All mounted in a compact Ø12.7mm standard aluminum pin stub. Intended for performance testing for Raman mineral analysis. Reference materials: Silica, Quartz, Aragonite, Calcite, Chalcedony, Pyrite, Marcasite, Rutile, Anastase and Brookite. 200µm copper Faraday cup.

EM-Tec RXS-2WSi resolution and contrast test standard, fused W/Si plus F/C on pin stub

The EM-Tec RXS-2WSi contrast test standard includes fused W and Si. Mounted in a compact Ø12.7mm standard aluminum pin stub. Intended for resolution and X-ray versus Z-contrast testing and optimizing of SEM/EDS or SEM/WDS parameters.Reference materials: Fused W / Si. 200µm copper Faraday cup.

EM-Tec RXS-TaSi resolution and contrast test standard, fused Ta/Si plus F/C on pin stub

The EM-Tec RXS-2WSi contrast test standard includes fused W and Si. Mounted in a compact Ø12.7mm standard aluminum pin stub. Intended for resolution and X-ray versus Z-contrast testing and optimizing of SEM/EDS or SEM/WDS parameters.Reference materials: Fused W / Si. 200µm copper Faraday cup.