• High Sensitivity Inductively Coupled Plasma Optical Emission Spectrometer
High Sensitivity Inductively Coupled Plasma Optical Emission Spectrometer

Inductively coupled plasma emision spectrometer, as a professional laboratory analysis instrunent, has many characteristicssuch as testing multiple elements, being able to detect up to 70 elements, fast testing speed, and low detection limit. Mainly usedin rare earth industry, silicon industry. petrochemical industry, ore analysis, metal smeling. geological research, drug safety.experimental resea

Product Description

Product Introduction

Inductively coupled plasma emision spectrometer, as a professional laboratory analysis instrunent, has many characteristicssuch as testing multiple elements, being able to detect up to 70 elements, fast testing speed, and low detection limit. Mainly usedin rare earth industry, silicon industry. petrochemical industry, ore analysis, metal smeling. 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 highsensitivity photomultiplier tubes as detectors. It tests nearly 70 elements and has solid-state RF generator and automatic tuningmatching technology; Equipped with a dedicated circulating cooling water system, argon gas conduit, cooling water pipe, andhigh sensitivity sampling system (high-efficiency atomizer with patented dual barrel atomization chamber).


Technical Data

Category
Parameter
Specification
RF Power & Electrical
Operating Frequency
27.12 MHz
Frequency Stability
<0.05 %
Output Power
800–1600 W continuously adjustable
Power Efficiency
>65 %
Optical System
Resolution
0.008 nm (3600 L/mm grating)
Wavelength Range (3600 L/mm)
190–500 nm
Wavelength Range (2400 L/mm)
190–800 nm
Grating Groove Density
3600 L/mm or 2400 L/mm
Detection & Signal Chain
PMT Model
R212/R928
Negative High Voltage
–50 to –1000 V
Current Measurement Range
10⁻¹² to 10⁻⁴ A
Analytical Performance
Liquid Detection Limit
0.01 ppm
Solid Detection Limit
0.001 %
Repeatability (RSD)
≤1.5 %
Stability (RSD)
≤2 %
Analysis Speed
5–10 elements per minute
Detectable Elements
70+ elements
Linear Dynamic Range
5–6 orders of magnitude
Environmental & Consumables
Temperature Stability
±0.1 °C precision control
Argon Purity Required
99.99 %

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