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SN-SUPER7000
Scienovo
Quadrupole mass analyzer
Quadrupole mass analyzer
Greater than 9 orders of magnitude ( > 109 )
Defined as the mean value of the background signal at 5 amu, below 0.5 cps
1 Years
OEM /ODM Service
| Quantity: | |
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Product Description |
Features
Through continuous product innovation, the SN-SUPEC7000 offers faster analysis speed, higher sensitivity, better interference elimination effect, as well as specialized design that makes the application easier!
Excellent sensitivity
Based on the aerodynamic simulation design at the junction of thermal plasma and vacuum, the ion interface is optimized, and the sensitivity of ICP-MS is increased by 3 to 5 times; and the detection limit as low as ppt is more suitable for the detection of high-purity materials and high-purity reagents.
Excellent matrix resistance
The atrix resistance of the SN-SUPEC7000 is so excellent that high-salt samples of up to 10% can be injected directly, which is ensured through the fluid simulation of ion interfaces, design of two off-axes in the front and at the back, patented collision reaction cells, powerful self-excited
all-solid-state ICP ion source, argon online dilution, and other key technologies.
Unique design for reliability which improves stability.
SN-SUPEC7000 is currently the only ICP-MS that can operate on-board. The product has been specially designed for shock absorption and all-solid state, has passed comprehensive tests for road load data regarding road conditions when on board of vehicles, as well as practical application tests of tens of thousands of kilometers, and has demonstrated excellent reliability.
Specialized ICP-MS to solve special problems in applications.
● Fully automatic heavy metal analysis system for laboratory filter membranes, soil, and etc.
● On-line monitoring system for heavy metals in surface water
● On-line monitoring system for heavy metals in atmospheric particles
● Heavy metal speciation analysis system based on LC-ICPMS
● Solid direct injection ICP-MS solves difficulties in the analysis of solid refractory samples
● On-line monitoring system on hydrometallurgical processes
● On-line monitoring system for impurity metal elements in high purity reagents for semiconductors
● On-line monitoring system for radionuclides at hazardous locations
| Specification |
Item | Specification |
Instrument Type | Quadrupole mass analyzer |
Quality Range | 2-260 amu |
Mass Resolution | It has two modes of high resolution and standard resolution, and the adjustment range is 0.3-2.0amu. Continuously adjustable, two modes can be used simultaneously during one method analysis to expand the application range of sample analysis by changing the resolution. |
Linear Dynamic Range | Greater than 9 orders of magnitude ( > 109 ) |
Background Stability | Defined as the mean value of the background signal at 5 amu, below 0.5 cps |
Short-Term Stability | 20-minute stability RSD < 2% |
Long-Term Stability | 2-hour stability RSD < 3% |
Sensitivity | Under the same instrument conditions, the sensitivity of Li should be above 20 Mcps/ppm, the sensitivity of In should be above 180 Mcps/ppm, The sensitivity of U should be above 200 Mcps/ppm |
Doubly Charged Ions And Oxide Ions | Ce++/Ce+ less than 3%, ceo+/Ce+ less than 3% |
The Detection Limit | The detection limit of Li should be lower than 2ppt, the detection limit of In should be lower than 0.1ppt, and the detection limit of U should be lower than 0.1ppt |
Abundance Sensitivity | Low quality end: 1 x 10-6; High quality end: 5 x 10-7 |
Mass Axis Stability | < 0.05 amu/24h. |
Isotope Ratio Precision | < 0.2% (107Ag/109Ag), with uranium isotope ratio measurement capability. |
Product Description |
Features
Through continuous product innovation, the SN-SUPEC7000 offers faster analysis speed, higher sensitivity, better interference elimination effect, as well as specialized design that makes the application easier!
Excellent sensitivity
Based on the aerodynamic simulation design at the junction of thermal plasma and vacuum, the ion interface is optimized, and the sensitivity of ICP-MS is increased by 3 to 5 times; and the detection limit as low as ppt is more suitable for the detection of high-purity materials and high-purity reagents.
Excellent matrix resistance
The atrix resistance of the SN-SUPEC7000 is so excellent that high-salt samples of up to 10% can be injected directly, which is ensured through the fluid simulation of ion interfaces, design of two off-axes in the front and at the back, patented collision reaction cells, powerful self-excited
all-solid-state ICP ion source, argon online dilution, and other key technologies.
Unique design for reliability which improves stability.
SN-SUPEC7000 is currently the only ICP-MS that can operate on-board. The product has been specially designed for shock absorption and all-solid state, has passed comprehensive tests for road load data regarding road conditions when on board of vehicles, as well as practical application tests of tens of thousands of kilometers, and has demonstrated excellent reliability.
Specialized ICP-MS to solve special problems in applications.
● Fully automatic heavy metal analysis system for laboratory filter membranes, soil, and etc.
● On-line monitoring system for heavy metals in surface water
● On-line monitoring system for heavy metals in atmospheric particles
● Heavy metal speciation analysis system based on LC-ICPMS
● Solid direct injection ICP-MS solves difficulties in the analysis of solid refractory samples
● On-line monitoring system on hydrometallurgical processes
● On-line monitoring system for impurity metal elements in high purity reagents for semiconductors
● On-line monitoring system for radionuclides at hazardous locations
| Specification |
Item | Specification |
Instrument Type | Quadrupole mass analyzer |
Quality Range | 2-260 amu |
Mass Resolution | It has two modes of high resolution and standard resolution, and the adjustment range is 0.3-2.0amu. Continuously adjustable, two modes can be used simultaneously during one method analysis to expand the application range of sample analysis by changing the resolution. |
Linear Dynamic Range | Greater than 9 orders of magnitude ( > 109 ) |
Background Stability | Defined as the mean value of the background signal at 5 amu, below 0.5 cps |
Short-Term Stability | 20-minute stability RSD < 2% |
Long-Term Stability | 2-hour stability RSD < 3% |
Sensitivity | Under the same instrument conditions, the sensitivity of Li should be above 20 Mcps/ppm, the sensitivity of In should be above 180 Mcps/ppm, The sensitivity of U should be above 200 Mcps/ppm |
Doubly Charged Ions And Oxide Ions | Ce++/Ce+ less than 3%, ceo+/Ce+ less than 3% |
The Detection Limit | The detection limit of Li should be lower than 2ppt, the detection limit of In should be lower than 0.1ppt, and the detection limit of U should be lower than 0.1ppt |
Abundance Sensitivity | Low quality end: 1 x 10-6; High quality end: 5 x 10-7 |
Mass Axis Stability | < 0.05 amu/24h. |
Isotope Ratio Precision | < 0.2% (107Ag/109Ag), with uranium isotope ratio measurement capability. |
