Multi-stage sampler multi-sampler 316L (1.4404)/PTFE

The multi-sampler with separate sampling chambers is a dedicated sampler for simultaneous sampling of multiple target points from different zones or layers of a wide variety of bulk solids.

The zone sampler allows differentiated and representative sampling from different depths or areas within a bag, drum, silo, big bag or heap. The multi-zone sampler is particularly useful in situations where the composition of the material varies with depth or across the surface and a single sample is not sufficient to accurately characterise the entire material.

The target point samples can be analysed individually after collection to investigate variability within a material or between different layers of material, or they can be subsequently mixed to produce a composite sample that is representative of the entire material. This method ensures that the final sample is representative, i.e. reflects the average composition of the material, which is essential for correct analysis and quality control.

The lances can be used both vertically and horizontally, making the sampler a very versatile sampler for different containers.

The design with minimal gap between the inner and outer tube reduces the risk of contamination and increases the accuracy of sampling. The removable tip also facilitates cleaning to effectively prevent cross-contamination between different samples.

Colour-coded caps facilitate identification and prevent confusion when using multiple samplers for different bulk solids.

The robust design of the multi-sampler ensures a long service life, even with regular use. The high quality workmanship ensures reliability and precision with every sample taken.

The multi-sampler in stainless steel 316L (1.4404) with PTFE core combines the advantages of the robust and inert stainless steel sampler with the light weight of PTFE. The zone sampler is extremely robust, has excellent chemical resistance and is also more cost effective than an all stainless steel sampler.

The excellent sliding properties of PTFE make it easy to rotate, making it ideal for demanding applications. The even smaller gap between the chamber and the tube also minimises particle build-up.