Flexible Ty-900t Inductively Coupled Plasma Emission Spectrometer for Mineral Industry

• After-sales Service: Online or on-Site Service
• Warranty: 1year
• Frequency: 27.12MHz
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: TY-900T
• Precision: 2ppm, Mixed Multi-Element Solution, Rsd≦1%
• Stability: 2 Hours Rsd≦1.5%
• Spectral Line Flexibility: Semi-Quantitative and Quantitative Analysis
• Type: Solid-State High-Frequency RF Generator
• Power Supply Features: with RF Power Reverse Power Protection
• Output Power: 500-1600W
• Wavelength Response Range: 165nm~1000nm
• Focal Length: 1000mm
• Resolution: ≤0.008nm
• Transport Package: Wooden Package
• Trademark: wuxi jinyibo
• Origin: Jiangsu Wuxi
• HS Code: 9027300090
• Production Capacity: 20 Sets/Month
• Package Size: 183.00cm * 96.50cm * 104.50cm
• Package Gross Weight: 300.000kg

Product Description

Benchtop, vertical plasma observation system to minimize sample matrix interference.
The plasma flame can be adjusted in two dimensions (controlled by computer) to optimize the best observation position.
Precision: 2ppm,  mixed multi-element solution,  RSD<=1%.
Stability: 2 hours RSD<=1.5%.
Resolution: <0.0068nm, 200nm.
Detection limit meets the requirements of national standard grade A.
Spectral Line Flexibility: Semi-quantitative and quantitative analysis of analyzed elemental spectral lines.

Summary:
The TY-900T full spectrum direct reading inductively coupled plasma emission spectrometer is an excellent performancefull spectrum direct reading ICP spectrometer developed by WUXI JINYIBO INSTRUMENT TECHNOLOGY CO.,LTD. It is used todetermine the content of major,trace,and trace elements in different samples. It can be used for qualitative, semiquantitative, and precise quantitative analysis of elements in samples,with a detection limit of up to 1 billion parts.

Applications:
Environmental monitoring: it can detect various pollutants in water, soil and air, such as heavy metals, trace elements, etc., helping to assess the degree of environmental pollution and monitor the effect of treatment.
Mineral and ore industry: It can accurately and quickly analyze the content of elements in minerals, which is a strict guide for the preliminary mining, medium-term control, and later restoration of mines, and so on.
Metallurgical industry: The analysis of product composition can be used to control the production process and technology in real time, to ensure the composition content of the final product, so as to ensure the quality requirements of the final product.
Toys and consumer goods industry: Analysis of heavy metal elements in children's toys and consumer goods ensures that the content of heavy metal elements in the products produced is within the control range, so that children and parents can feel more at ease.
Precious metals industry: The content of impurity elements in precious metals directly affects the purity and performance of precious metals, and accurate determination of the content of low content impurity elements is extremely important to the precious metals industry.
Rare earth industry: The value and use of rare earth elements are becoming more and more popular, and the application range of high-purity rare earth elements is also becoming more and more extensive, the analysis of impurity elements is particularly important, and the accuracy and high efficiency required for rare earth testing can be fully satisfied.
Life Science: In biomedical research, it can analyze the elemental content of biological samples, such as blood, tissues, etc., to provide support for disease diagnosis and medical research.
Fuel analysis: ICP-AES can be used for quality control and compositional analysis of fuels, including coal, fuel oil and gas. It can detect the content of impurity elements, trace elements, and key components to ensure that fuels meet specifications and standards.


Features:
Sampling system
Torch tube: integrated one-piece quartz torch tube;
Nebulizer: high precision and efficient concentric nebulizer 2ml/min;
Spray chamber: patented elongated double-cylinder spray chamber, better de-solventing effect; 
Total argon consumption: less than 14 L/min;
Peristaltic pump for the five-channel 16-roller fully automatic design, peristaltic pump speed continuously adjustable to meet the needs of various industries using the Requirements;
Split sampling system to reduce the torch tube high temperature on the impact of the spray chamber, but also can directly observe the sample into the sample, easy to rule out abnormalities in real time. It is convenient to eliminate the abnormal situation in real time;
The gas shortage protection function prevents the torch tube and high-frequency coil from being burned out by the depletion of gas source and reduces the damage of the instrument.

RF Generator and Plasma
Type: Solid-state high-frequency RF generator, fast water-cooling and auto-adjust.
Frequency: 27.12MHz.
Power: 500W~1600W, continuously adjustable, adjustment precision is 1W, power stability: <0.01%.
Plasma ignition is fully automatic, except for the power supply of the main unit of ICP-OES, all operating parameters such as carrier gas flow rate do not need to be manually adjusted.
Except for the ICP-OES host power supply, all operating parameters such as carrier gas flow rate do not need to be adjusted manually.
★Power supply features: with RF power reverse power protection
★Replacement Tooling: One second quick replacement of torch tube, using the patented technology of rectangular tube tooling and rectangular tube installation platform to realize the installation of torch tube in the same position in one second.Installation of the same position.
★ Using 99.99% argon gas, no need for argon blowing.

Optical system
Optical stability: Designed on a platform with the sampling system, the whole optical system has anti-vibration measures, general ground vibration does not affect its analytical performance.
Detector type: Charge Injection Detector (CID)
The optical system must be constant temperature, temperature stability: ± 0.1 ºC.
Linear dynamic range: 108
Wavelength response range: 165nm~1000nm
Electronic shutter: individually set the integration time of each spectral line; can be specified spectral line independent readout, readout time <2ms
Quantum efficiency: without any coating, 200nm UV region up to 35% or more
Detector cooling: high-efficiency three-stage semiconductor refrigeration, cooling temperature -45 °C
Testing speed: single line CID readout time is only 2ms, all elements can be measured within one minute.
Distributed nitrogen purge, normal purge 2L/min, fast purge 4L/min
Control Software
The software is easy to operate, intuitive, with qualitative, semi-quantitative, quantitative analysis function, with instrument diagnostic optimization function, the software has a full Chinese, full English version, you can choose to switch as needed. Report format output format for pdf, excel, electronic files or direct printing, and can be Chinese template, English template. The control software can be run under the Chinese version of Windows.
★ By optimizing the software algorithm, real-time matrix deduction method can be realized, and the spectrum with interference conditions can be real-time zoom in and zoom out of the real-time two-dimensional coordinates, which is convenient for spectrum processing, and the results can be calculated automatically by one key, which exempts the customers from the tediousness of secondary data processing.
Real-time wavelength correction is automatically performed for each spectral line to ensure the accuracy of the measured peak position.
Fully automatic safety protection features, instrument communication and control using a control card, the observation position is controlled by the software and optimized, with the control of peristaltic pump speed function.
Instrument diagnostic software and network communications, data reprocessing functions.
Software with data archive management functions, support for data backup, recovery, deletion, support for data in text format out.

The detection limit of 36 elements (ug/ml)

Element	Ta	Nb	Mn	Mg	B	Zn	Co	Si
Wavelenth (nm)	226.230	313.340	257.610	279.553	249.773	213.856	228.616	251.611
Detection limit	<5.0	<5.0	<3.0	<1.0	<10.0	<3.0	<3.0	<10.0
Element	La	Ce	Pr	Nd	Sm	Eu	Gd	Tb
Wavelenth (nm)	408.672	413.765	414.311	401.225	360.946	381.967	342.247	350.917
Detection limit	<3.0	<5.0	<5.0	<5.0	<10.0	<1.0	<9.0	<3.0
Element	Cu	Cr	Al	Zr	Ag	Sr	Au	Pt
Wavelenth (nm)	324.754	267.716	396.152	343.823	328.068	407.771	242.795	265.945
Detection limit	<3.0	<5.0	<5.0	<5.0	<3.0	<1.0	<5.0	<5.0
Element	Ni	Cd	Fe	Ca	Mo	V	Be	Ti
Wavelenth (nm)	232.003	226.502	239.562	393.366	281.615	310.230	313.041	334.941
Detection limit	<5.0	<3.0	<3.0	<1.0	<5.0	<5.0	<1.0	<3.0
Element	Dy	Ho	Er	Tm	Yb	Lu	Y	Sc
Wavelenth (nm)	353.170	345.600	337.271	313.126	369.419	261.541	371.030	335.373
Detection limit	<3.0	<3.0	<3.0	<3.0	<1.0	<3.0	<1.0	<1.0
Element	Pd	Ir	Rh	Ru	Ba	Li	Na	K
Wavelenth (nm)	340.458	224.268	343.489	240.272	455.403	670.784	588.995	766.490
Detection limit	<5.0	<10.0	<10.0	<5.0	<1.0	≤3	≤20	≤30
Element	As	Sb	Bi	Hg	Pb	Ga	Os	W
Wavelenth (nm)	228.812	206.833	223.061	253.652	220.353	294.364	225.585	207.911
Detection limit	≤15	≤15	≤10	≤15	≤15	≤10	≤1	≤10
Element	Sn	Te	Ta	Th	Tl	Re	Ge	Se
Wavelenth (nm)	242.949	214.281	226.230	283.730	276.787	227.525	209.426	203.985
Detection limit	≤20	≤10	≤5.0	≤10	≤30	≤5	≤15	≤15

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