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| GNR |
Europe 600 Desktop XRD
Qualitative and quantitative phase analysis, non-ambient analysis, retained austenite quantification, structure solution and refinement, crystallite size and crystallinity calculations.
Geology and Mineralogy / Clays
Glass / Ceramics / Cement
Chemicals / Petrochemicals
Catalyst / Polymers
Forensics
Agricultural Sciences
Biosciences / Environmental
Pharmaceuticals
Cosmetics
Art and Archeology
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| GNR |
APD 2000 XRD
Qualitative and quantitative phase analysis, non-ambient analysis, retained austenite quantification, structure solution and refinement, crystallite size and crystallinity calculations.
Geology and Mineralogy / Clays
Glass / Ceramics / Cement
Chemicals / Petrochemicals
Catalyst / Polymers
Forensics
Agricultural Sciences
Biosciences / Environmental
Pharmaceuticals
Cosmetics
Art and Archeology
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| GNR |
Explorer multi purpose XRD
Routine Cystalline phase identification and quantification
Crystallite size - lattice strain and crystallinity calculation
Polymorph screening and crystal structure analysis
Residual Stress and Retained Austenite Quantification
Thin Films, Depth Profiling and non ambient analysis
Phase Transition monitorin, tecture and preferred orientations
Etc.
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| GNR |
AreX L Retained Austenite Analyzer
Quantitative determination of retained austenite content in heat-treated steels by x-ray diffraction has provided a reliable mean of controlling properties and ensuring quality.
X-Ray Diffraction is considered the most accurate method of determining the amount of retained austenite in steels.
Using "ASTM E 975-03 Standard Practice for X-ray Determination of Retained Austenite inSteel with Near Random Crystallographic Orientation" along with the AreX L retained austenite issues can be easily monitored and controlled.
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| GNR |
AreX D Desktop Retained Austenite Analyzer
Quantitative determination of retained austenite content in heat-treated steels by x-ray diffraction has provided a reliable mean of controlling properties and ensuring quality.
X-Ray Diffraction is considered the most accurate method of determining the amount of retained austenite in steels.
Using "ASTM E 975-03 Standard Practice for X-ray Determination of Retained Austenite inSteel with Near Random Crystallographic Orientation" along with the AreX D, Desktop Retained Austenite issues can be easily monitored and controlled.
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| the Planet |
Portable XRD with wide angular range
Weight: about 24.2Kg
Dimension: 65x51x31 (cm)
Angular range: 7 ~ 120 degree
160mm radius Goniometer
High speed 1D semiconductor detector
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| Mac Science |
High-voltage power supply for Mac Science MXP
Maximum output: (There is also 12kW model) 18kW
Maximum voltage: (Some models 50kV) 60kV
Maximum flow: 300mA
Power: 200V 200A (Three-phase)
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| MAC Science |
XRD instruments
* Although MAC Science had already discontinued their XRD instruments,
we still provide maintenance and technical service for instruments we
sold, Please feel free to contact us.
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