Multi-element rapid analyzerTechnical principles and core advantages:

working principle

Mainly based on spectral analysis technology, achieved through the following steps:

Sample gasification: Convert the sample into a gaseous state at high temperature, and excite the characteristic spectrum of element release.

Spectral detection: Separate and identify elemental signals using inductively coupled plasma mass spectrometry (ICP-MS) or X-ray fluorescence spectroscopy (XRF).

Quantitative analysis: Calculate element content through characteristic spectral intensity and support multi-element synchronous detection.

Core strengths

Fast and efficient: second level analysis speed, suitable for batch testing of bulk samples.

Accurate and reliable: Adopting advanced spectral line measurement system, the error rate is as low as 0.1% or less.

Portable and flexible: Some devices support on-site testing and are suitable for complex environments such as field exploration.

High degree of automation: automatic calibration, data processing, and report generation, reducing manual operations.

　　Multi-element rapid analyzerIndustry application cases:

environmental monitoring

Water analysis: detecting heavy metal content in industrial wastewater and evaluating discharge compliance.

Soil testing: Quickly screen pollutants in farmland soil to guide agricultural planting.

food safety

Dairy product testing: Determine the content of minerals such as calcium and iron to ensure the accuracy of nutrition labels.

Agricultural product analysis: detecting pesticide residues and heavy metals (such as cadmium in rice) to ensure food safety.

Metallurgical industry

Alloy composition analysis: Real time determination of carbon, silicon and other elements in steel to optimize smelting processes.

Ore grade assessment: Quickly determine the metal element content in ore and improve mining efficiency.