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Tianjin Shengaohua Environmental Protection Technology Co., Ltd
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Tianjin Shengaohua Environmental Protection Technology Co., Ltd

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    No. 6 Huafeng Road, Huaming Industrial Park, Tianjin

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SH-8900X Soil Heavy Metal Analyzer (X-ray Fluorescence Spectrometer)

NegotiableUpdate on 03/15
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Overview

This instrument is used for rapid survey of soil pollution areas over a large area, drawing pollution maps, conducting surveys, and conducting on-site in-situ analysis of heavy metal elements in soil for rapid screening and investigation. Quickly detect the content of heavy metal elements such as mercury, cadmium, lead, copper, chromium, arsenic, nickel, and zinc in soil.

Product Details

【 Application Fields and Characteristics 】

Excellent performance (for on-site use, non-destructive, fast, accurate)

High precision, fast speed, close to laboratory level analysis level, can intuitively display the percentage content and ppm content of heavy metal elements. The entire analysis process can be completed in just a few seconds, and soil identification only takes 1-2 seconds. With one click operation, even non-technical personnel can easily master it.

Non destructive testing (NDT)

Without damaging or affecting the performance of the tested object, without harming the internal organization of the tested object, and without any damage during the entire testing process.

Analysis software

Remote control system, both Windows based PC and Android based mobile devices can operate instruments through software to achieve data synchronization across multiple platforms (instrument, PC, mobile, cloud). The software has functions such as data analysis, spectrum display, and report printing. The instrument client has the ability to send analysis reports via email;

application area

1. Determination of metal composition in contaminated sites, tracking of pollutants, establishment of pollution patterns, and rapid investigation and measurement of pollution boundaries.

2. Minimize the treatment of harmful substances in contaminated sites.

3. Pollution site control provides data evidence for in-depth analysis of pollution control methods.

4. Monitor the impact of pollution sources such as mining areas, factory surroundings, tailings, dust, and soil more quickly and economically to achieve sustainable development.

5. Dynamic control of workplace site, detection of harmful elements, and screening of hazardous waste.

6. Rapid detection and control of waste liquids, waste materials, and leaks generated in industrial production.

7. Polluting elements in air filters, dust cloths, dust, paint shavings, and thin sheets.

8. Detection of harmful heavy metals in coatings, paints, and other surface spraying, plating, and coating layers.

9. Rapid investigation and measurement of metal components, pollution modes, and pollution boundaries in polluted water and wastewater.

10. On site monitoring of metals involved in RCRA and priority controlled contaminated metals.

11. Minimize the on-site disposal of harmful substances such as original land, polluted water, and wastewater, and provide theoretical basis for in-depth analysis of pollution control and remediation methods.

Diseases caused by environmental pollution are related to many heavy metal elements, such as cancer (Ni, Cr) Kidney disease (As, Pb), liver disease (As, Cu)

15. Pneumocystis (Fe), asthma (Ni), Parkinson's syndrome (Mn).

data processing

WIFI、 Multiple methods such as wireless Bluetooth are used for data transmission, and files can be sent via email, synchronized via Bluetooth, or synchronized via software.