Analysis Spectrometer Soil Heavy Metal

Analysis Spectrometer Soil Heavy Metal

Description:

An ideal tool for on-site screening of large areas and analysis of bagged soil, sediment, rock cores, fluids, dust sweep materials, surfaces, and filters. Quickly survey large-scale soil pollution areas, draw pollution maps, conduct surveys, and conduct on-site in-situ analysis of soil heavy metal elements for rapid screening and investigation; The K-500 soil heavy metal detector can accurately detect heavy metal elements such as cadmium (Cd), mercury (Hg), lead (Pb), arsenic (As), chromium (Cr), nickel (Ni), copper (Cu), zinc (Zn) in soil samples, and can be extended to detect elements such as manganese (Mn), titanium (Ti), barium (Ba), rubidium (Rb), strontium (Sr), zirconium (Zr), and iron (Fe).

Advantage:

Detection elements: Simultaneously detect elements such as mercury, cadmium, lead, arsenic, copper, zinc, nickel, cobalt, vanadium, chromium, manganese, etc. Additional detection elements can be customized according to customer needs

Professionalism: Heavy metal analysis software, using intelligent one click testing and intelligent judgment functions

It can effectively detect heavy metal elements such as mercury, cadmium, lead, arsenic, copper, zinc, nickel, cobalt, vanadium, chromium, manganese, etc. in polluted soil, and can also customize additional detection elements according to customer needs.

*Soil heavy metal survey

Built in GPS function, satellite signals can be searched at any time in the field to determine the geographical location information of sampling points, quickly survey soil geological pollution areas over a large area, establish pollution maps, and monitor the pollution situation in various areas in real time. Conduct heavy metal pollution environmental assessment on various agricultural land, residential land, commercial land, and industrial land grades.

*Emergency response to heavy metal pollution in soil

Commonly used for emergency response after pollution incidents occur. Capable of quickly and on-site tracking of pollution anomalies, effectively identifying "contaminated" areas, delineating the boundaries of contaminated areas, and conducting real-time surveys.

*Assist in soil remediation in polluted areas

Classify the polluted areas into different levels, delineate key soil pollution areas, prioritize treatment according to the designated areas, improve screening efficiency, and monitor the soil remediation situation in the polluted areas in real time.

Technical parameters and characteristics:

1. Compact and lightweight

The KMX handheld XRF analyzer weighs approximately 1.6kg and has dimensions (length * width * height) of 220mm * 150mm * 220. It is currently the most functional, compact, and lightweight handheld XRF analyzer on the market, making it an ideal analytical tool for on-site inspections.

2. Easy to use and labor-saving: The instrument adopts a unique symmetrical design, which helps users balance the instrument more easily and save energy. The handle part is compact, and the streamlined design concept that fits the shape of the palm tiger mouth makes it comfortable for even female users with small hands to grip the instrument. The design concept of the bottom square allows the instrument to easily stand steadily on the desktop, making it easy for users to grip the instrument and protecting their fingers from being injured by the sample. The handle is made of anti sweat and anti slip material, which makes the instrument better fit the palm.

3. Durable: The instrument design meets the requirements of the field, with good sealing and a unique heat dissipation concept that allows the instrument to work normally even in extreme high temperature environments. All handheld XRF analyzers come standard with a detector shutter protection device, which greatly reduces the probability of important components being damaged by irregular samples during the testing process.

4. Large area aluminum alloy thermal conductive silicone heat dissipation device:

All handheld XRF instruments work on the same principle and have similar structures. After running for a period of time, they will generate heat. Some instruments use reserved space below or install fans to help dissipate heat; Some instruments use top heat dissipation slots to help dissipate heat; Due to differences in the material of the instrument casing and the principle of heat dissipation, instruments that use plastic casing and top or bottom heat dissipation will not immediately transfer internal heat to the casing, and the instrument will not feel significantly hot after being turned on for a period of time. However, after working for the same amount of time, when the instrument is turned off and metal materials are used for heat conduction, the instrument that dissipates the internal heat to the air cools down significantly faster than other instruments. This indicates that the application of large-area aluminum alloy heat conduction materials makes the heat dissipation efficiency of XRF instruments much higher than that of other instruments. The internal heat of the instrument is conducted to the instrument casing, which can better protect the electronic components inside the instrument and extend their lifespan. All XRF instruments of KMX are tested in a high-temperature chamber before leaving the factory, simulating extreme high-temperature working environments. Only instruments that pass the test will be sent to customers.

5. Design concept emphasizing operational safety

The X series instruments adopt X-ray technology and comply with the provisions of laws and regulations such as the Law of the People's Republic of China on the Prevention and Control of Radiation Pollution and the Regulations on the Safety and Protection of Radioactive Isotopes and Radiation Devices. When there is no sample at the front end of the instrument, the instrument automatically terminates the working state of the X-ray tube.

6. Leading technology ensures accurate results

The hardware adopts the world's best KETEK SDD detector with higher resolution; DP-5 digital multi-channel technology; The software adopts the internationally advanced FP-EC algorithm to minimize testing errors caused by matrix effects and mineral effects.

7. Lower operating costs

Faster detection speed greatly improves work efficiency and longer service life; The leading design concept combined with advanced components on the market enables KMX's XRF instruments to have unparalleled detection speed. When the sample size is equivalent, it will have a longer service life; Within a unit of time, more samples can be analyzed to further reduce ownership costs. The handheld XRF analyzer is equipped with a detector shutter protection device (316 calibration plate), which greatly reduces the probability of the instrument being damaged by irregular samples during the testing process and lowers service costs.