X-ray spectrometer EDX9000B PLUS borax pentahydrate for rapid non-destructive analysis

Five water borax is a kind of white the free flow of boron particle materials, the material has high water-soluble and easy to dissolve no residue. These characteristics make borax five water element boron fertilizer in the form of solid liquid or suspension of become a versatile source, and can be applied directly to the soil.” Borax pentahydrate is easy to operate the advantages of the free flow of particles, the easy for the production of compound fertilizer granulation by pneumatic or mechanical process, etc. Borax pentahydrate mainly for the production of solid, liquid, suspension microelement boron compound fertilizer. Coating boron compounds or mixed materials. Produce liquid micronutrients preparations. Also can be directly applied in soil, to correct some lack of boron deficiency of perennial crops. Included in the solid medium or compost fertilizer. We can easily deal with all the love Fertibor boron particle free flow and the pneumatic or mechanical device is easy to deal with – granulation of compound fertilizer production.

X-ray spectrometer EDX9000B PLUS borax pentahydrate for rapid non-destructive analysis

EDX9000B plus spectrometer is mainly used in mining operations (grade control) exploration, mining, and industrial minerals, raw materials in the production of cement and building materials, refractory materials, ceramic and glass, geochemical research, archaeology, etc. EDX9000B plus excellent linear dynamic range, can be realized in the cement, mineral and mining, metal, glass and ceramic industry for ultra precision process control and quality control. EDX9000B plus has the miniaturization, high performance, high speed, easy to operate, Na11 – U92 high sensitivity, high accuracy analysis; At the same time analysis of 40 kinds of elements; Using multiple collimator filter and buckle background patented technology; Peltier electric refrigeration FAST SDD silicon drift detector provides excellent short-term repeatability and reproducibility and good for a long time, the elements of the peak resolution; Ultra-high count multichannel digital circuit design, the double vacuum pumping speed, automatic vacuum stability system; Standard method of software, basic parameters of multitasking, multi-window operation; Patent membrane filter technology, improve the characteristics of light detection limit, can achieve rapid non-destructive analysis five water borax.

EDX9000BPLUS fast nondestructive analysis borax pentahydrate specific advantages has the following several aspects:

X-ray spectrometer EDX9000B PLUS borax pentahydrate for rapid non-destructive analysis

1. The quick accurate: EDX9000BPLUS mature technology, be able to complete the nondestructive analysis in a few minutes, do not destroy samples, sample processing is simple, accurate and reliable analysis results, suitable for large sample test.

2 high efficiency and energy saving: EDX9000BPLUS without infrared lamp, USES the advanced Si – the PIN photodiode detector spectral measurement, not only improves the detection accuracy and stability, but also can reduce energy consumption equipments, reduce the use cost.

3. The multielement analysis: EDX9000BPLUS borax can not only complete five water analysis, also can realize multiple elements of analysis at the same time, and short analysis time, sample will not affect the experimental efficiency.

4. Easy to operate: EDX9000BPLUS interface simple to operate, operator just need a simple training can master, do not need special skills.

X-ray spectrometer EDX9000B PLUS borax pentahydrate for rapid non-destructive analysis

5. Laboratory safety: EDX9000BPLUS without using chemicals in the experimental process, greatly reduces the potential safety hazard in the experiment, improve the security of the experiment.

Anyhow, borax pentahydrate EDX9000BPLUS rapid non-destructive analysis is fast accurate, high efficiency and energy saving, multielement analysis, the advantages of easy operation, experiment safety, of course, there are also some limitations, such as the need to the shape and size of samples conform to the requirements of the instrument, and the need for calibration, but it is a kind of high efficient, economic and practical analysis method.

 

 

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