skip to main content

Material parameters

There are a number of material parameters that must be taken into account when sampling bulk materials. These parameters can have a significant impact on the way samples should be taken to ensure representative results. Some of the common material parameters include:

  1. Particle size: The size of the particles in a bulk material can have a significant impact on sampling. The larger the particles, the more difficult it can be to obtain a representative sample. In addition, the particle size can also influence the selection of the sampling method.
  2. Density: The density of the bulk material can also have an influence on sampling. Higher density materials may tend to segregate during transportation and storage, resulting in a less representative sample.
  3. Flow properties: Some bulk materials flow more easily than others. The flow characteristics of a bulk material can affect how easy it is to take a sample and what type of sampling device is best suited.
  4. Moisture content: The moisture content of a bulk material can affect its flow properties and its tendency to clump, which can affect sampling.
  5. Chemical composition: The chemical composition of a bulk material can also have an influence on sampling. Some materials may be corrosive or reactive, which may affect the choice of sampling equipment and methods.

It is important to take these and other relevant material parameters into account when drawing up a bulk sampling plan. By taking these parameters into account, it is possible to ensure that the samples taken are representative of the entire material and provide accurate and reliable results.