Stable Ty9900 Inductively Coupled Plasma Emission Spectrometer for Precious Metal Identification

• 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.: TY9900
• 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

ICP-TY9900 is mainly used to measure trace elements in liquid.
More than 70 elements can be measured, including all metallic elements and most non-metallic elements.
Multi-element simultaneous testing: All elements can be tested at the same time with one injection, and the results can be obtained at one time.
Fast analyzing speed: about 5 elements per minute, up to 10 elements per minute.
Low detection limit: the detection limit for most elements in solution samples is up to ppb level.
Wide linear range: up to 5-6 orders of magnitude, allowing simultaneous testing of high and low content.
Less chemical interference: basically no chemical interference, real-time background deduction, more accurate test results.

Summary:
ICP-TY9900 Inductively Coupled Plasma Emission Spectrometer, as a professional laboratory analytical instrument, is a brand new generation of products developed by JINYIBO Instrument Science and Technology Co., Ltd. with many test elements, up to more than 70 kinds of elements, fast test speed, low detection limit and many other features. It is mainly used in rare earth industry, silicon industry, petrochemical industry, ore analysis, metal smelting, geological research, drug safety, experimental research, environmental testing and other fields.
ICP-TY9900 Inductively Coupled Plasma Emission Spectrometer is a trace element component analysis tester with high sensitivity photo multiplier tube as detector, testing nearly more than 70 kinds of elements, with solid-state RF generator, auto-tuning and matching technology; configured with special circulating cooling water system, argon gas conduit, cooling water tube, high sensitivity feeding system (high efficiency atomizer plus patented technology of double-cylinder-type spray chamber).

Application:
ICP-TY9900 Inductively Coupled Plasma Emission Spectrometer is widely used in various fields of analytical technology, with a variety of uses, the main application areas: petrochemical, precious metals, rare earths, environmental protection, geology and mining, education and research, metallurgy, and other fields.
1. petrochemical industry: the technology can be used for quality control and process monitoring of petrochemical products, such as detecting the content of impurity elements in chemical raw materials.
2. precious metal identification: can be used to detect precious metal components in jewelry, such as gold, silver, platinum, etc., in order to identify the authenticity and determine the purity.
3. rare earth field: it can determine the content of rare earth elements (such as determining the content of neodymium, praseodymium, samarium, gadolinium, dysprosium, europium, lanthanum, erbium, eight common rare earth elements in rare earth permanent magnet), analyze the impurities of rare earths, and study the high purity of yttrium oxide.
4. environmental protection: it can detect various pollutants in water, soil and air, such as heavy metals, trace elements, etc., to help assess the degree of environmental pollution and monitor the effect of governance.
5. Geology and Mining: In geological exploration and mineral resources development, ICP-TY9900 is used to analyze the elemental composition of ores to determine the grade and composition of ores.
6. food and agricultural products: ICP-TY9900 can detect nutrients, harmful elements and pesticide residues in food and agricultural products to ensure food safety and quality.
7. Life science: In biomedical research, it can analyze the element content in biological samples, such as blood and tissues, to support disease diagnosis and medical research.
8. Material Science: ICP-TY9900 helps to research and develop new materials and analyze the composition and properties of materials to optimize material design and manufacturing processes.
9. Metallurgy: The ICP-TY9900 can be used to detect and analyze the content of various metallic elements, including steel, non-ferrous metals, alloys, and more. This is important for materials quality control, recycling and environmental monitoring.

Feature:
Stable and advanced all-solid-state RF power supply
The instrument adopts self-developed all-solid-state RF power supply, which has many advantages such as small size, high efficiency, stable output power, and various protection functions, further improving the stability and safety of the instrument.

Powerful graphical diagnostic function
Powerful graphic diagnostic function can help customers fully understand the current working status of the instrument, and observe the operation of the instrument under different conditions through appropriate parameter settings to select the best measurement conditions.

Fast and accurate fully automatic matching function
The load terminal adopts self-developed full-automatic matching technology, which has the advantages of fast matching speed, high accuracy, etc. It ensures that the output power is added to the load to the maximum extent, and improves the efficiency of the power supply.

Powerful database management
With thousands of spectral lines, you can select the appropriate spectral lines according to your needs, avoiding possible interference and providing you with more choices, and the open software database allows you to add the spectral line library independently.

Fully automated design
High degree of automation, the whole instrument except the power switch, all functions of the instrument are controlled by computer, reliable, safe and convenient. It can be equipped with optional autosampler to realize unmanned operation.



Advanced Sampling System
Sampling system is highly efficient and stable, equipped with concentric circle high-efficiency atomizer Plus patented technology double-cylinder fog chamber, can be optional high salt atomizer, etc., to meet the needs of different customers.

Total reflection achromatic optical system
Adopting concave reflector instead of convex lens as the optical focusing element solves the problem of chromatic aberration caused by different elements with different focuses, and improves the efficiency of the optical system at the same time.

Automation of Observation Height Adjustment
Different elements have different optimal observation heights, and the flame observation height is adjusted by software to get the best measurement effect at the optimal position.

Stabilized Waste Liquid Removal System
Peristaltic pump for waste liquid elimination, to ensure that the injection volume and the waste liquid elimination speed is consistent, the customer can adjust the speed according to the need to ensure the stability of the injection system.

Intelligent and easy-to-operate software
The software can be fully automatic one-key ignition, all the parameter setting changes, are automatically completed. With the advanced automatic matching technology, the ignition success rate is high and the operation is easy.

Ultra-low cost of use
Instrument non-working state instrument power supply, cooling water tank, gas all closed, does not produce any cost, the instrument works that is open and ready to use, without the need for a long time to warm up the optical path. The purity of argon gas is 99.99%, saving at least one-third of the cost.

Automatic gas flow control
Sampling system, carrier gas, plasma gas, auxiliary gas all use advanced mass flow controller (MFC) to control, with continuously adjustable flow. Stable flow rate and other advantages to ensure the stability of the sampling system, for the stability of the light source provides a strong guarantee.

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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