Chromatography

Our range of cutting-edge instruments for ion chromatography (IC) and gas chromatography (GC) offers innovative technology and unmatched durability. We offer a gas and ion exchange chromatography system that can fulfil your criteria for performance and cost-effectiveness, regardless of the number of samples you process or the volume of work you do, independent of whether your studies are routine or complex. For the purpose of separating polar analytes, systems come outfitted with digital control modes, auto samplers, anion and cation suppressors, and polar capillary columns. A better level of reproducibility of retention time and peak area is possible due to accurate flow rate control provided by AFC. This makes it possible to conduct a specific level of analysis using dual FID detectors. The temperature-controlled bipolar conductivity detector enhances the detection capabilities of the device while also improving its stability. Our ion chromatography (IC) systems offer a variety of features, ranging from compact footprints and low operating costs to strong, reliable systems for everyday IC analyses and systems that are capable of meeting even the most complicated analysis challenges with confidence. To enable dependable chromatographic analysis of anions, cations, organic acids, transition metals, and amines, we achieve a number of special requirements. These requirements include flow routes that are free of metals, measurement of conductivity, and ion suppression of eluent ions.

Gas Chromatography LGC-B11

Oven:	{"Maximum capacity":"22 L","Temperature range":"RT + 5 \u2103 to 400 \u2103","Temperature accuracy":"\u00b1 0.1 \u2103","Temperature program":"9-phase\/ 10 platform","Program total time":"9999.9 min","Maximum temperature heating rate":"0.1 to 60 \u2103\/ min","Maximum cooling rate":"\u02c2 10 mins (250 to 50 \u2103)"}
Sample injector:	{"Temperature range":"RT+ 7 \u2103 to 420 \u2103","Temperature control":"Automatic","Injector type":"Column or split","Maximum sample inlet":"3 pcs","Carrier gas flow type":"Constant pressure","Pre column pressure range":"0 to 400 kPa","Pre column pressure accuracy":"0.1 kPa","Mobile phase flow range":"H2: 0 to 200 ml\/min, N2: 0 to 150 ml\/min"}
Detector:	{"Temperature range":"RT + 7 \u2103 to 420 \u2103","Maximum installation":"Dual detector","Flame ignition mode":"Automatic","Flame Ionization Detector (FID)":"Logarithmic amplifier \nHigh voltage switch control \nBaseline signal display \nIgnition coil control \nDetection limit: \u22643 \u00d710 to 12 g\/s \n(Sample: n-hexadecane) \nBaseline noise: \u2264 5 \u00d7 10 ^{- 14 <\/sup> A \nBaseline draft: \u2264 6 \u00d7 10 ^{-13 <\/sup> A \nDynamic range: 10 ^{7 <\/sup> \nRSD: \u2264 3 %"}}}}
Power supply:	AC 220 V ± 22 V, 50 Hz ± 0.5 Hz, 3000 W

Gas chromatography mass spectrometry GC-MS-879

Gas Chromatography Specifications:	{"Model No":"GC-87","Flow rate":"1 ~ 1.5 ml \/ min","Maximum flow rate":"10 ml \/ min","Inlet temperature":"450 \u00b0C","Pressure range":"0 ~ 100 psi","Heating rate":"Upto 120 \u00b0C \/ min","Room temperature":"4 \u00b0C ~ 450 \u00b0C","Pressure control mode":"Electronic pressure control ( Supports CV and CC )","Split mode":"Split \/ split less","Split ratio":"1000 : 1","Temperature programming":"7 stages \/ 8 platforms","Auto sampler":"Optional"}
Mass Spectrometry Specifications:	{"Model No":"MS-89","Mass range":"1.5 ~ 1000 amu","Ion \u2013 source temperature":"100 \u00b0C ~ 350 \u00b0C","GC-MS interface temperature":"450 \u00b0C","Scan rate":"Upto 10000 amu\/s","Stability":"\u00b1 0.10 amu \/ 48 hrs.","Filament emission current":"0 ~ 350 \u00b5A","EI source ionization energy":"5 eV ~ 250 eV","Resolution":"Unit resolution","Detector":"High energy dynode electron multiplier","Sensitivity":"Full scan ( S \/ N is \u2265 30 : 1 )","Vacuum":"Turbo molecular pump ( 67 L\/s )"}

Ion chromatograph system LICS-A22

Ion Chromatographic pump:	{"Type":"High pressure and low pulse double plunger tandem advection pump","Maximum pressure":"35 MPa (PEEK)","Display pressure accuracy":"\u2264 0.1 MPa","Flow stability":"(0.2 to 0.5) ml\/ min \u2264 3 % , (0.5 to 1.0) ml\/ min \u2264 2 %, > 1.0 ml\/ min \u2264 2 %","Flow range":"0.001 to 9.999 ml\/ min","Pressure pulse":"\u2264 0.5 %"}
Numerical control and electromagnetic injection:	{"Maximum pressure":"35 MPa","Contact material of the rotor":"PEEK","Control mode":"By Stepper motor","Power supply":"DC 24 V"}
Column heater:	{"Operating temperature range":"Room temperature 20 to 60\u00b0C ( 68 to 140\u00b0F)","Controlling temperature accuracy":"\u00b1 0.01\u00b0C","Allowable deviation of column heater temperature":"\u00b1 2\u00b0C","Temperature stability":"\u2264 1\u00b0C\/ h"}
Flow system:	{"Plastic flow path":"Made up of PEEK material","Six way valve":"PEEK material pressure 5000 psi, independent automatic collection and flow function"}

Ion chromatograph system LICS-A20

Ion Chromatographic Pump:	{"Type":"High pressure and low pulse double plunger tandem advection pump","Maximum pressure":"35 MPa (PEEK)","Pressure display accuracy":"\u2264 0.1 MPa","Flow stability":"(0.2 to 0.5) ml\/ min \u2264 3 %\n(0.5 to 1.0) ml\/ min \u2264 2 %\n> 1.0 ml\/ min 2 %","Flow range":"0.001 to 9.999 ml\/ min","Pressure pulse":"\u2264 0.5%"}
Conductivity detector:	{"Type":"Temperature Control and Bipolar Conductivity Detector","Detection mode":"Bipolar conductivity detection","Cell volume":"\u2264 0.8 \u00b5L","Detection range":"0 to 35000 \u00b5S\/ cm","Detection resolution":"\u2264 0.0020 nS\/ cm","Output voltage":"- 6000 to +6000 mV (adjustable)","Baseline noise":"\u2264 0.05 % F.S.","Baseline drift":"\u2264 3 % FS\/ 30 min","Operating temperature range":"Room temperature +5 to 60\u00b0C (41 to 140\u00b0F)","Controlling temperature accuracy":"\u00b1 0.01\u00b0C","Maximum pressure":"10 MPa","Linear range":"\u2265 103","Instruments linearity":"\u2265 0.999","Quantitative repeatability":"\u2264 1.0 %","Qualitative repeatability":"\u2264 1.0 %","Minimum detectable concentration":"Cl \u2264 0.0005 ug\/ ml\nBrO3 \u2264 0.001 ug\/ ml\nLi+ \u2264 0.001 ug\/ ml"}
Flow system:	{"Plastic flow path":"Made of PEEK materials","Six way Valve":"PEEK material, 5000 psi pressure, independent automatic collection and flow function"}
Degassing Device:	{"Inner volume":"300 \u00b5l","Degassing volume":"7.5 ml","Maximum flow rate":"10 ml\/ min","Degassing efficiency":"Degassing 90 % at 1ml\/ min","Organic tolerance":"1"}

Ion chromatograph system LICS-A21

Ion Chromatographic Pump:	{"Type":"High pressure and low pulse double plunger tandem advection pump","Maximum pressure":"35 MPa (PEEK)","Pressure display accuracy":"\u2264 0.1 MPa","Flow stability":"(0.2 to 0.5) ml\/ min \u2264 3 %\n(0.5 to 1.0) ml\/ min \u2264 2 %\n> 1.0 ml\/ min 2 %","Flow range":"0.001 to 9.999 ml\/ min","Pressure pulse":"\u2264 0.5%"}
Conductivity detector:	{"Type":"Temperature Control and Bipolar Conductivity Detector","Detection mode":"Bipolar conductivity detection","Cell volume":"\u2264 0.8 \u00b5L","Detection range":"0 to 45000 \u00b5S\/ cm","Detection resolution":"\u2264 0.0020 nS\/ cm","Output voltage":"- 6000 to +6000 mV (adjustable)","Baseline noise":"\u2264 0.05 % F.S.","Baseline drift":"\u2264 3 % FS\/ 30 min","Operating temperature range":"Room temperature +5 to 60\u00b0C (41 to 140\u00b0F)","Controlling temperature accuracy":"\u00b1 0.01\u00b0C","Maximum pressure":"10 MPa","Linear range":"\u2265 103","Instruments linearity":"\u2265 0.999","Quantitative repeatability":"\u2264 1.0 %","Qualitative repeatability":"\u2264 1.0 %","Minimum detectable concentration":"Cl \u2264 0.0005 ug\/ ml\nBrO3 \u2264 0.001 ug\/ ml\nLi+ \u2264 0.001 ug\/ ml"}
Flow system:	{"Plastic flow path":"Made of PEEK materials","Six way Valve":"PEEK material, 5000 psi pressure, independent automatic collection and flow function"}
Power supply:	150 W

Ion Chromatograph LPIC-A10

Chromatographic Pump:	{"Type":"High-pressure and low \u2013pulse double plunger tandem advection pump","Maximum Pressure":"35 MPa (PEEK)","Flow Range":"0.001 to 9.999 mL\/min","Flow accuracy":"\u00b1 0.5 %","Flow Repeatability":"RSD \u2264 0.1%","Flow stability":"(0.2 to 0.5) mL\/min, \u2264 3 %\n(0.5 to 1.0) mL\/min, \u2264 2 %\n>1.0 mL\/min, \u2264 2 %"}
Built-in Heat conduction type column heater:	{"Temperature range":"Room temperature +5\u00b0C to 60\u00b0C (41 to 140\u00b0F)","Allowable deviation":"\u00b1 1\u00b0C","Temperature stability":"\u2264 0.5\u00b0C\/h"}
Electromagnetic injection valve:	{"Maximum pressure":"35 MPa","Control mode":"By stepper motor","Power supply":"24 V (DC)"}
Digital and temperature control detection system:	{"Type":"Temperature control and bipolar conductivity detector","Detection type":"Bipolar conductivity detection","Cell volume":"\u2264 0.8 \u00b5L","Measurement range":"0 to 45000 \u00b5 S\/cm (adjustable)","Detection resolution":"\u2264 0.0020 nS\/cm","Output voltage":"-6000 to 6000 mV (adjustable)","Temperature range":"Room temperature +5\u00b0C to 60\u00b0C (41 to 140\u00b0F)","Temperature accuracy":"\u00b1 0.01\u00b0C","Maximum pressure":"10 MPa","Baseline drift":"\u2264 20 % FS\/30 min","Baseline noise":"\u22640.5 % FS","Instrument linearity":"\u2265 0.999","Quantitative Repeatability":"\u22640.5 %","Qualitative Repeatability":"\u22642 %","Minimum detectable concentration":"Cl-\u22640.005 \u00b5g\/mL\nLi+ \u22640.005 \u00b5g\/mL"}