ELSpe-2 Ultra Trace Hexavalent Chromium Analyzer

Product Description

ELSpe-2 PreCon automatic desalting separation and enrichment system use chelating column to trap metal ions in specific condition by their retention capacity, the efficiency of desalt is ultra high , the transition metals and rare earth elements can be enriched, strong support for transition metals and rare earth elements analysis in high salt samples such as sea water\alkali salt\alkali earth metal salt\acid reagent\base reagent.

Superior desalting capability: The content of transition metals and heavy metals in open ocean seawater is typically at the ng/L level, while the matrix salinity is around 3.5%. The desalting efficiency of the ELSpe-2 PreCon  system reaches up to 99.9%.

Multiple analysis modes: It allows for the free switching of desalting/enrichment (pre-concentrate) analysis mode,  automatic dilution injection analysis mode, speciation analysis mode, and hydride analysis mode, according to  specific requirements.

Ultra-high sensitivity and fast analysis speed: High desalting efficiency eliminates matrix interference, and the  trace metal trap column enhances sensitivity. With an injection volume of 400 μL ,the signal-to-noise ratio for 0.1.

ppb of Cd is greater than 1000, detection limits below 1 ppt can be achieved, and the analysis time of one sample  is less than 3 minutes.

High compatibility: The ELSpe-2 PreCon system can be connected to various mainstream brands and models of  ICP-MS, enabling four analysis modes: desalting/enrichment, automatic dilution, speciation analysis, and hydride  analysis.

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Model

ELSpe-2 Ultra-trace Hexavalent Chromium Analyzer

Application Fields

Soil, solid waste, water, toys, leather, food, environment, etc.

EN71-3:2021“Safety of toys - Part 3: Migration of certain elements".
ISO17075-2:2017 “Leather — Chemical determination of chromium(VI) content in  leather — Part 2: Chromatographic method”. GB/T38402-2019 “Leather and fur—Chemical tests—Determination of chromium () content:Chromatographic method”.
DIN EN15192:2007 “Characterisation Of Waste And Soil - Determination Of Chromium(VI) In Solid Material By Alkaline Digestion And Ion Chromatography With  Spectrophotometric Detection”.
EPA Method 218.7 “Determination of Hexavalent Chromium in Drinking Water by  Ion Chromatography with Post-Column Derivatization and UV-Visible Spectroscopic  Detection”.
EPA Method 7196A“Determine the concentration of dissolved hexavalent chromium [Cr(VI)] in EP/TCLP characteristic extracts and ground waters”.  
EPA Method 3060A“ALKALINE DIGESTION FOR HEXAVALENT CHROMIUM”.

Detection Limit

ppt Level

 

Flow rate range

0.01~5.00mL/min

Flow Accuracy

0.1%

Pressure Range

0~5000psi35MPa

Pressure Pulsation

0.1%

Analyze Time

3 mins

Analysis Method

Post-column derivatization-ion chromatography(IC-UV/VIS)

Software Function

Available in Chinese and English versions, with functions for instrument control, data acquisition/storage/processing. It allows for chromatographic peak integration, qualitative analysis by retention time , peak area and concentration calculations, half-peak width calculation, and signal-to-noise ratio calculation.

Power Supply

220V±10%, 50HZ

Instrument Dimensions

Desktop, modular construction, 470mm x 440mm x 735mm (LWH)

Instrument Weight

52kg


Online message

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