Soil heavy metal analyzerIt is a specialized instrument used to detect the content of heavy metal elements such as lead, cadmium, and mercury in soil. According to the detection principle, it can be divided into multiple types, which are suitable for different scenarios such as on-site screening and laboratory precision testing.

Core functions:

Multi element detection: It can accurately detect heavy metals such as cadmium (Cd), lead (Pb), mercury (Hg), arsenic (As), and chromium (Cr) that are prioritized for national control in soil, while supporting the detection of potential harmful elements such as copper (Cu), zinc (Zn), and nickel (Ni).

Soil type adaptation: For soils with different textures such as farmland clay, mining sand, and industrial waste, sample pretreatment optimization or technical algorithm adaptation is used to eliminate the interference of soil matrix on detection results.

Pollution classification determination: Combined with the built-in relevant standard database, automatically classify the degree of soil pollution. After the detection is completed, a report can be directly generated to clarify whether planting structure adjustment or repair measures need to be taken.

Dynamic change tracking: supports long-term tracking and detection of the same plot, analyzes the trend of soil heavy metal content changes through multiple data comparisons, and provides a basis for evaluating pollution control effectiveness.

　　Soil heavy metal analyzerIt is the core equipment for soil pollution prevention and control, which can be used in the agricultural field for monitoring farmland safety and identifying the pollution risks of heavy metals such as cadmium and lead on crops; In the field of environmental protection, emergency detection of contaminated sites and tracking of pollution remediation effects can be achieved; In addition, in the field of food traceability, the detection of heavy metal content in agricultural product planting soil can provide data support for source control of food safety, and is also applicable to research on soil heavy metal migration patterns in scientific research institutes.