Icp700t PRO Inductively Coupled Plasma Emission Spectrometer for Mineral and Petrochemical Environment

• Customization: Available
• After-sales Service: Online Video Service
• Application: Industrial
• Model NO.: ICP700T-Pro-3600
• Detection Method: Spectrophotometer
• Advantage: High Sensitive
• Principle: New Spectrometer
• Wavelengths: 190-500nm
• Dispersive Element: Grating Spectrometer
• Light Number: Polychromator
• Certification: CE
• Customized: Customized
• Wavelength Range: 190-500nm
• Operating Frequency: 27.12MHz
• Frequency Stability: ≤0.01%
• Output Power: 500~1600W
• Focal Length: 1000mm
• Transport Package: Wooden Case Packing
• Specification: 1585*710*745mm
• Trademark: AIYI
• Origin: China
• Package Size: 170.00cm * 85.00cm * 90.00cm
• Package Gross Weight: 210.000kg

Product Description

Introduction Inductively coupled plasma emission spectrometer, as a professional laboratory analysis instrument, has many characteristics such as testing multiple elements, being able to detect up to 70 elements, fast testing speed, and low detection limit. 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. Inductively Coupled Plasma Emission Spectrometer is a trace element composition analysis and testing instrument with high sensitivity photomultiplier tubes as detectors. It tests nearly 70 elements and has solid-state RF generator and automatic tuning matching technology; Equipped with a dedicated circulating cooling water system, argon gas conduit, cooling water pipe, and high sensitivity sampling system (high-efficiency atomizer with patented dual barrel atomization chamber).

Features 1. Multiple testing elements More than 70 elements can be measured, including all metallic elements and the vast majority of non-metallic elements. 2. Simultaneous testing of multiple elements Test all elements at once and produce results at once. 3. Fast analysis speed Approximately 5 elements per minute, expandable up to 10 elements per minute. 4. Low detection limit The detection limit of most elements in solution samples can reach the ppb level. 5. Wide linear range Up to 5-6 orders of magnitude, allowing for simultaneous testing of high and low content. 6. Less chemical interference There is basically no chemical interference,realtime background deduction,and the test results are more accurate.
 

Product Parameters

 

Main technical parameters
Observation system	desktop, plasma vertical observation system
Precision	2ppm mixed multi-element solution, RSD≤ 1.5%
Stability	2 hours RSD < 2.0%
The detection limit meets the A-level requirements of the national standard
Flame adjustment	The plasma flame can be adjusted in three dimensions: front, back, up, down, left, and right (controlled by a computer
Injection system
Torch tube	integrated integrated integrated quartz torch tube
Atomizer	Efficient concentric nebulizer, injection speed 2ml/min
Atomization chamber	Patented extended atomization chamber, optional with swirl atomization chamber and hydrofuoric acid resistant atomization chamber.
Split sampling system for real-time observation of sample injection status
The mass flow controller controls the argon flow rate, which is continuously adjustable and provides real-time numerical feedback
Peristaltic pump fully automatic five channel sixteen roller shaft, continuously adjustable speed
RF generator and plasma
Frequency	27.12MHz Frequency stability ≤ 0.0 1%
Type	Solid state high-frequency RF generator, fast water cooling, automatic tuning
Power	500W~1600W, continuously adjustable, with an adjustment accuracy of< l W, power stability: < 0.01%
Using 99.99% argon gas
Equipped with reverse power protection function for RF power supply
The ignition of plasma is fully automatic control
Optical system
Optical stability	designed on the same platform as the injection system
System type	Cheney Turner type (C-T type), focal length 1000mm
Constant temperature of the optical system, temperature stability	±O.1°C
Minimum step distance of scanning motor	< 0.0004nm
Resolution ratio(Mn257.610nm)	<0.005nm(4320line grating);<0.008nm(3600line grating);<0.015nm(2400line grating);
Wavelength range	190-460nm(4320line grating);190-500nm(3600line grating);190-800nm(2400line grating);
The best testing conditions for different elements can be set

Detailed Photos

Company Profile

Jiangxi AIYI Hi-Tech Co., Ltd. was founded in 2015 and is located in the scenic Nanchang Hi-Tech Industrial Development Zone. We specialize in providing high-quality laboratory equipment and extensive technical support worldwide.

 

Our main products cover five core areas: chromatograph, spectrometers, general-purpose instruments, laboratory furniture and life science instruments. Chromatograph and spectrometers, such as High Performance Liquid Chromatograph (HPLC), Atomic Absorption Spectrometer (AAS), Inductively Coupled Plasma Emission Spectrometer (ICP-OES), etc., are unique in the environmental monitoring and material science industries due to their excellent analytical capabilities and stability. General-purpose instruments, including high-precision pipettes, thermostats, etc., ensure that every experimental operation can achieve the perfect combination of precision and efficiency. Laboratory furniture, incorporating modern design concepts and safety standards, provides researchers with an aesthetically pleasing as well as practical working environment. Life science instruments, such as PCR instruments and gel imaging analyzers, help the cutting-edge research in the field of life science.

Packaging & Shipping

 

FAQ

1, What is the detection limit of the ICP spectrometer, what elements can be detected and does it cover all the elements I need to analyze? Our ICP spectrometers have very high detection sensitivity and can detect a wide range of elements including rare earth elements, ensuring that the range of elements you need to analyze is covered.

2, What is the precision and accuracy and does it meet the strict quality control requirements? Our ICP spectrometers provide highly precise and accurate test results, which are suitable for quality control required by various standards and regulations.
 

3, Is the sample handling process complicated? Does the instrument support direct solid injection or other methods that simplify sample handling? Our ICP spectrometers support a variety of sample handling methods, including direct solids injection, which simplifies the sample pre-treatment process.
 

4. What is the long-term stability of the instrument? How durable is the instrument and does it require frequent maintenance? Our ICP spectrometers are designed with stability and durability in mind. They are manufactured with high-quality components and have long maintenance intervals to ensure stable long-term operation.
 

5, Does the software provided with the instrument support complex data processing and report generation? Is it easy to learn and use? Our software has an intuitive interface, is easy to operate, and supports advanced data processing functions, including method development, data processing, and report generation, to meet your analytical needs.