Main features:
1. Possess the patented ZL 2014202805509 technology for the switching device of liquid chromatography atomic fluorescence spectrometry analysis function.
2. High sensitivity detection mode, meeting lower detection requirements for inorganic arsenic and methylmercury.
3. Suitable for the analysis of the forms and valence states of elements such as arsenic, mercury, selenium, antimony, etc.
4. Integrated design of morphological units: integrating infusion pump, separation unit, online UV digestion, column temperature control, injection valve, steam generation, and gas-liquid separation system.
5. Gradient analysis and isometry analysis functions are optional, fully meeting the detection requirements for inorganic arsenic and organic mercury in the national food standard GB5009.
6. Shorten the equilibrium and cleaning time of the chromatographic column, and extend the lifespan of the chromatographic column.
7. A dedicated workstation with integrated control to achieve control and detection of all functional modules.
8. A specially designed environmentally friendly online digestion device that quickly switches between ultraviolet and non ultraviolet modes.
9. It has the function of measuring multiple elemental forms simultaneously.
10. It can be equipped with multiple types of liquid phase automatic samplers to achieve unmanned operation.
11. Optimized pipeline design to shorten analysis time, with pentavalent arsenic (isovalent) analysis time less than 7 minutes.
12. Optional arsenic and mercury chromatography column automatic switching function
Total amount:
1. Suitable for trace analysis of elements such as arsenic, mercury, selenium, lead, germanium, tin, antimony, bismuth, cadmium, tellurium, zinc, gold, etc. in samples.
2. Dual channel two element fully automatic measurement, with a single measurement time of less than 30 seconds.
3. Built in intermittent flow steam generation system, with alternating introduction of samples and current carriers, achieving online cleaning,
Eliminate cross contamination and save moneySample and reagent dosage, mechanical power to remove waste liquid.
4. High performance coding hollow cathode lamp, instrument automatic recognition, and can monitor service life.
5. The instrument can achieve single point configuration of the working curve and automatically dilute high concentration samples.
6. A specially designed shielded quartz furnace low-temperature atomizer reduces fluorescence quenching and gas-phase interference, improving atomization efficiency.
7. The pneumatic system adopts an array structure and has a new type of throttle device,Using a mass flow meterSave the consumption of argon gas.
8. The instrument has the functions of power on self-test, automatic diagnosis, and automatic fault alarm.
9. Equipped with an argon hydrogen flame observation window, it can monitor the flame status in real time.
10. The software adopts a powerful MySQL database, which can quickly import measurement data into EXCEL and achieve network resource sharing.
11. Reserve an integrated form unit interface and upgrade directly to a form analyzer.
12. Ultra small and portable design, compact structure, single person transportable, can be used for car use, and can be paired with multiple injectors.
Form section:
1. It can be used for both morphological analysis and total analysis, with one machine for two purposes, saving costs.
2. Suitable for the analysis of the forms and valence states of elements such as arsenic, mercury, selenium, antimony, etc.
3. Integrated design of morphological units: including infusion pump, separation unit, online UV digestion, column temperature control
The injection valve, vapor generation, and gas-liquid separation system are integrated.
4. Gradient analysis and isometry analysis functions are optional, fully meeting the detection requirements for inorganic arsenic and organic mercury in the national food standard GB5009.
5. High precision temperature control device, conducive to component separation, shortens equilibrium and cleaning time, and facilitates maintenance of chromatographic columns.
6. Dual light position design, capable of preheating multiple element lights simultaneously, saving working time.
7. A dedicated workstation with integrated control to achieve control and detection of all functional modules.
8. Possess the patented ZL 2014202805509 technology for the switching device of liquid chromatography atomic fluorescence spectrometry analysis function.
9. Specially designed environmentally friendly online digestion device, quickly achieving online operation in both ultraviolet and non ultraviolet modes
Switch.
10. High sensitivity detection mode, meeting lower detection requirements for inorganic arsenic and methylmercury.
11. It can be equipped with multiple types of liquid phase automatic samplers to achieve unmanned operation.
12. Optimized pipeline design to shorten analysis time, with pentavalent arsenic (isovalent) analysis time less than 7 minutes.
13. Ultra small and portable design, compact structure, can be matched with multiple injection modules.1Atomic Fluorescence Part()Detection limit(D.L.): As、Pb、Se、Bi、Sn、Sb、 0.01Te
,<µg/LHg0.001Cd<µ g/L0.05Ge<µ g/L1.0Zn<µ g/L3.0Au
<2µg/L
(3)Precision<0.7%()Linear range
:
1More than three orders of magnitude.. Morphological analysis section
)Detectable forms of arsenicQualitative and quantitative detection: arsenate[As(V)]Arsenate salt[As(III)]Monomethylated arsenic acid[MMA(V)]Dimethyl arsenic acid[DMA(V)]Arsenic betaine(AsB)Arsenic choline(AsC)Organic arsenic preparations in feed(arsanilic acidP-ASAAnd Roxarsone
Roxarsone)Qualitative and semi quantitative detection: Methyl arsenite acid[MMA(III)]Dimethyl arsenite acid
[DMA(III)]Sulfur compounds of dimethyl arsenic acidQualitative detection: arsenic sugar
2(AsS.)
)Detectable forms of seleniumQualitative and quantitative detection: Selenite salt[Se(IV)]Selenate salt[Se(VI)]Selenocysteine(SeCys)Selenomethylselenocysteine(SeMeCys)And selenomethionine (SeMet)
3Tetravalent selenium (Se (IV)), hexavalent selenium (Se (VI)),.Selenium polysaccharides, selenium peptides, selenium proteins, etc
)Detectable forms of mercuryQualitative and quantitative detection: inorganic mercury(Hg(II))Methylmercury(MetHg)Ethyl mercury(EtHg)
4Benzene mercury.(PhHg)
)Detectable forms of antimonyQualitative and quantitative detection: antimonate[Sb(V)] Trivalent antimony
[Sb(III)]Inorganic antimony (Sb), pentavalent antimony (Sb (V)), methyl antimony, etc
Morphological technical indicators |
: elemental speciation |
minimum detectable quantityng |
Analysis TimeminPrecision( |
RSD |
) |
|
linear range |
correlation coefficient |
0.04 |
As |
As(III)<10 |
103 |
<4.50.999 |
% |
0.08 |
|||||
> |
0.08 |
|||||
DMA |
0.2 |
|||||
MMA |
As(V) |
0.3 |
Se |
|||
SeCys |
1 |
|||||
<10 |
0.1 |
|||||
SeMeCys |
2 |
|||||
Se(IV) |
SeMet |
0.05 |
Hg |
|||
Hg(II) |
0.05 |
|||||
<12 |
0.05 |
|||||
MeHg |
0.1 |
|||||
EtHg |
PhHg |
0.5 |
Sb |
|||
Sb(V) |
0.1 |
<10
Sb(III)
Temperature: 15 ℃~35 ℃
Humidity: ≤ 85%
Power: ≤ 1000W
Applicable power supply: 220V (AC) 50Hz
Working power supply: 220V ± 10% 50Hz
Patent technology:
