Single-Channel Scanning Inductively Coupled Plasma Atomic Emission Spectrometer

Single-channel scanning inductively coupled plasma emission spectrometer is used to determine the content of macronutrients, trace and trace elements in various substances (which can be dissolved in hydrochloric acid, nitric acid, hydrofluoric acid, etc.). The instrument is characterized by high efficiency, strong anti-interference, high automation, easy operation, stability and reliability, wide

Product Description

Product Introduction

Single-channel scanning inductively coupled plasma emission spectrometer is used to determine the content of macronutrients, trace and trace elements in various substances (which can be dissolved in hydrochloric acid, nitric acid, hydrofluoric acid, etc.). The instrument is characterized by high efficiency, strong anti-interference, high automation, easy operation, stability and reliability, wide testing range, fast analysis speed and low detection limit. It is widely used in various fields such as rare earth, geology, metallurgy, chemical industry, environmental protection, clinical medicine, petroleum products, semiconductor, food, biological samples, criminal science, agricultural research, etc.


Technical Data

item
value
Warranty
1 year
Customized support
OEM, ODM, OBM, Software reengineering
Place of Origin
China
Brand Name
ADDITION
Power
Electronic
Matching mode
Automatic matching
Operating frequency
27.12MHz
Liquid content
0.01ppm - several thousand ppm

Functional characteristics

1. More than 70 elements can be measured

2. Fast analysis speed, 5-8 elements can be measured in one minute
3. Multi-element simultaneous analysis, customers can freely choose the number of elements and arrange
the measurement order
4. Low detection limit, up to ppb level, even 0.7ppb for Ba
5. Wide linear dynamic range, up to 6 orders of magnitude, high and low content can be measured
simultaneously
6. Low analysis cost, one bottle of argon gas can be used for 8 hours
7. Using concave mirror instead of convex lens as optical focusing element solves the problem of color
difference caused by different focus of different elements and improves the efficiency of optical system.
8. High degree of automation, the whole instrument except the power switch, all the functions of the
instrument are controlled by the computer, reliable, safe and convenient.
9. In the sampling system, the carrier gas, plasma gas and auxiliary gas are all controlled by the advanced
mass flow controller (MFC), which has the advantages of continuous adjustable flow and stable flow,
ensuring the stability of the sampling system and providing a strong guarantee for the stability of the
light source.
10.Automatic sampler, injection system efficient, stable, can be equipped with a variety of domestic and
foreign atomizer, atomizer room, can be equipped with high salt atomizer, hydrofluoric acid atomizer, to
meet the needs of different customers.
11.The peristaltic pump is used to remove liquid waste to ensure that the amount of sample is consistent
with the rate of liquid waste removal. The customer can adjust the speed according to the needs to
ensure the stability of the injection system.
12.The software is powerful, with Chinese and English automatic switching function, can be qualitative and
quantitative analysis: data reprocessing function: automatic calculation of element content, automatic
generation of test report; With data screening function, do not want to remove the data; Database
management is perfect, can be free to save and delete.
13.After the test is completed, the test report can be generated, and the content of the test report can be
selected according to user requirements, including method name, instrument model, element,
wavelength, intensity, content, relative standard deviation, unit, inspector, remarks, calibrator, etc.
Meanwhile, the analysis results can be saved as pdf, word, excel and other files for user analysis.
14.The software interface design is humanized, simple and clear, which greatly improves the analysis
efficiency.The main interface of the software integrates the main functions of the software, including
control of plasma ignition and fire extinguishing, instrument status, analysis parameters, analysis
spectral lines, wavelength spectrogram display, curve fitting, data processing, historical spectrogram,
historical data, user management and many other functions.

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