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Soil Organic Matter Analysis Sampler XDB0305
Brief description: The PST-110 soil organic matter analysis sampler XDB0305 is designed specifically for soil organic matter analysis sampling in resp
Product details
If measuring volatile organic compounds in soil, the collection of soil samples must meet the following requirements:
During the sampling and transportation process, avoid contact between the sample and air;
Maintain the original state of the soil;
◇ Avoid contact between soil samples and organic synthetic materials;
PST-110 Soil Organic Matter Analysis Sampler XDB0305It is designed specifically for soil organic matter analysis sampling in response to the above requirements. Soil samples are directly collected into stainless steel sample tubes and sealed with stainless steel plugs on both sides. The soil sample can also be transferred to a sample bottle for storage.
purpose
Soil organic matter analysis sampling
characteristic
Professional design, collection of undisturbed soil samples, easy sample extraction, scalability, and simple operation.
PST-110specifications
Sampling tube diameter 38mm, length 241mm, sampling length 20cm, sampling depth 2m
PST-110Standard configuration
5 stainless steel sampling tubes, 5 stainless steel plugs, 5 stainless steel sheets, 10 sealing covers, 1 sampling tube holder, 1 heart-shaped soil drill, 1 100cm extension rod, 2 50cm extension rods, 1 T-shaped handle, and 1 striking handle
1, 1 energy absorbing hammer, 1 sample ejector, 1 scraper, 2 wrenches, 1 steel tape measure, 1 pair of gloves, portable belt or aluminum box packaging (according to customer needs).
Usage steps:
1. Sampling: Insert a specially designed pipe into the soil, usually to a certain depth. The instrument collects soil samples into a sampling container through rotation or vibration.
2. Preprocessing: Samplers usually preprocess the collected soil samples. This may include removing impurities, stones, and large particles from the soil, while retaining fine particles and organic matter.
3. Analysis: The obtained soil samples are sent to the laboratory for analysis. Chemical methods are usually used, such as acid-base leaching, potassium bicarbonate oxygen combustion, etc. These methods can extract organic matter from soil and convert it into measurable forms.
4. Testing: The analyzed soil sample is measured using testing instruments such as infrared spectrometers, mass spectrometers, or fluorescence spectrometers. These instruments can identify and measure the characteristic spectra or mass spectrometry images of organic matter, thereby determining the type and content of organic matter.
5. Data processing: By calculating and analyzing the detection results, the content of organic matter in the soil can be determined. These data can be used to evaluate soil quality, fertility, and environmental health status.
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