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Inductively Coupled Plasma Emission Spectrometer NICP-100

Inductively Coupled Plasma Emission Spectrometer NICP-100

Inductively Coupled Plasma Emission Spectrometer NICP-100

Inductively Coupled Plasma Emission Spectrometer NICP-100 is an analytical spectrometer that uses plasma as a source to desolvate, ionise, and excite the sample and employs optical emission for sample analysis and is spotted by their characteristic emission lines and quantified by the intensity of the same lines. Mainly used for liquid samples, it is used for simultaneous, sequential analysis of multiple elements with few chemical interference or ionization interference. It is a very sensitive technique for routine analysis of liquid samples as well as materials.

Specifications
Sampling time 100ms - 10s
Photomultiplier tube R212UH
Sampling System Specification: - Quartz tubes 20mm three concentric type
Nebulizer 6mm, coaxial type
Atomization chamber 35mm double canister type
Plasma gas flow 100-1000L/h, 1.6-16L/min
Auxiliary gas flow 6-60L/h, 0.1-1L/min
Carrier gas pressure 0-0.4 Mpa
Radio frequency generator work frequency 40 MHz
Frequency stability < 0.1%
Power output 700-1600W
Power output stability < 0.3%
Power supply 220V; 25A
Spectrophotometer system Czerny Turner type
Focal length 750mm,1000mm
Grating Ion etch holographic grating
Resolving power ≤ 0.008nm
Wavelength Range 180~800nm
Scanning wavelength range 3600line/mm-195 nm-500nm; 2400line/mm -195nm-800nm
Scan step distance 0.0006nm
Scan repeat quality ≤ 0.0006nm
Entrance slit 20µm
Exit slit 25µm
Lens ф30,1:1imaging
Measurement accuracy Average relative standard deviation RSD ≤1%
Measurement stability Average relative standard deviation RSD ≤2%
Dimensions (L×W×H) 1560 × 660 × 720 mm
Weight 200kg
Features
Applications

It is widely used for trace analysis and assessment of various samples in environmental testing, food and drinks, minerals, glass, ceramics and refractories as well as in healthcare.

Standard Accessories

Accessories No Name
1 RF generator
2 Sample introduction system (Concentric quartz tubes, nebulizer, atomization chamber, sealed water bottle)
3 Scanning spectrophotometer
4 Inspecting system
5 Operating data analysis software

Optional Accessories

Accessories No Name
1 Automated cooling system
2 High-precision alternating current (10KW)
3 Computer
4 Printer
5 Line mercury-arc lamp

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Inductively coupled plasma - optical emission spectrometer


FTIR Spectrometer NIRS-100

Wavenumber Range 7800 ~ 350 cm-1
Resolution 1 cm-1
Signal Noise Ratio 30000:1 (4cm-1; sample and background scan for 1 min 2100cm-1)
Detector Pyro electric detector

Raman Spectrometer NRS-100
Excitation wavelength 785 nm
Spectral resolution 4 cm<sup>-1</sup>
Spectral range 250-2700, 200-3500, and 200-4300 cm<sup>-1</sup>
Maximum laser output 500mW
Raman Spectrometer NRS-200
Wavelength range 200~800 nm
Wavelength accuracy ≤ 0.4 nm
Wavelength repeatability ≤ 0.2 nm
Stray light ≤ 10<sup>-3</sup>

Energy Dispersive XRF Spectrometer NXRF-100

Detection method Energy dispersion X-Ray fluorescence
Accuracy ±0.01%
Machine resolution 129 ± 5eV
Measuring range 1% - 99.999%