Product Introduction

Wavelength Dispersive X-ray Fluorescence (WDXRF) spectroscopy stands as a shining example in modern analytical testing. Together with ICP-AES and ICP-MS, it forms one of the three core technological pillars for inorganic elemental analysis, serving as a vital tool in both scientific research and industry.

Wavelength dispersive X-ray fluorescence spectrometers offer numerous advantages, including direct analysis of solid samples, a wide analytical element range (B to U), broad dynamic range (ppm to 100%), low detection limits (~ppm), high precision, rapid analysis speed, automation, non-destructive testing, simple sample preparation, and simultaneous multi-element determination.It is an essential analytical instrument in the field of inorganic multi-element testing technology.

Supported by the National Key Scientific Instrument and Equipment Development Project of China (2012YQ0050076), NCS precisely addressed the urgent demand for inorganic element analysis technology in industries such as metals, building materials, geology, environment, and mining. By overcoming a series of key technical challenges, including high-stability X-ray sources, high-precision goniometers, optical path systems, and detectors, the company successfully developed the Sequential Wavelength Dispersive X-ray Fluorescence Spectrometer, CNX-838!

Based on CNX-838, NCS collaborated with authoritative testing institutions such as the National Research Center for Geoanalysis to develop industry-specific analytical methods, establishing a comprehensive methodology system. This system covers various sample types across multiple fields including metals, building materials, geology, environment, and mining. Our customer base is extensive, including research institutes, universities, and enterprises.

In 2023, CNX-838 Sequential Wavelength Dispersive X-ray Fluorescence Spectrometer was honored with the "BCEIA Gold Award Product" by the China Association for Instrumental Analysis. This achievement not only affirms the technical strength of CNX-838 but also recognizes NCS's relentless efforts in technological innovation and product development. We firmly believe that with continuous technological advancement, the performance and applicability of CNX-838 will keep improving, providing the industry with even more precise and efficient testing solutions.

Application Fields：

1.Innovative Applications in Geological Samples

CNX-838 sequential wavelength dispersive X-ray fluorescence spectrometer is specifically tailored for geological research and mineral exploration. By employing efficient "powder pellet" and precise "fusion bead" preparation techniques, a comprehensive application methodology system has been developed. This enables geologists to obtain accurate and reliable data, thereby facilitating more effective discovery and assessment of mineral resources.

2.Comprehensive Analysis of Material Samples

CNX-838 also excels in the field of materials science, providing a comprehensive total elemental analysis solution for research on materials such as glass, quartz, ceramics, graphite, and industrial silicon. The establishment of this methodological system facilitates in-depth research into material properties and advances the development of new materials.

3.Integrated Solutions for Ecological and Environmental Fields

In the field of ecology and environment, CNX-838 provides a comprehensive analytical solution suitable for various samples including soil, plants, stream sediments, and airborne particulate matte. By studying the distribution characteristics of hazardous heavy metal elements in soil layers and sediment layers formed during different periods, CNX-838 supplies crucial indicator parameters for environmental assessment, aiding in environmental protection and ecological restoration efforts.

4.Precision Analysis of Building Material Samples

To meet the analytical demands for building materials such as cement and coatings, CNX-838 has established a precise application methodology system, ensuring high-accuracy analysis of samples. The establishment of this system not only enhances the efficiency of quality control for building materials but also provides robust technical support for the research and development of new environmentally friendly building materials.

5.Efficient Analysis in the Metal Industry

In the fields of ferrous and non-ferrous metals, CNX-838 likewise demonstrates exceptional analytical capabilities. By establishing a precise application methodology system for steels, non-ferrous metals, and related products, CNX-838 achieves high-precision analysis of samples, providing solid data support for quality control and product development in the metal industry.