This depends on the level of usage. Generally one preventative maintenance visit per annum is sufficient, however if the centrifuge is used continuously or is an older brush driven machine then two visits per annum would be recommended.

Once you have seen that we can separate the solids and the liquid using centrifugal force, you can rely on our expertise to guide you. A lot depends on the volume and type of solids that are produced by the separation and the 'G' force required to ma

In general: *Separation of solids that are heavier than the liquid and settle with time *Classifications of solids of different size in a slurry *Separation of immiscible liquids that have different densities These general concepts are applied to spe

Depending on the nature of the application, centrifuges often offer numerous advantages over traditional methods of solids dewatering and liquid filtration / fluid clarification. *No consumable filter media or pre-coat is required *Chemical addition

Because there are such a variety of both standard and unique applications, choosing the correct centrifuge is often more of an art than an exact science. Determining the correct machine style and model size requires a thorough understanding of the ap

Centrifuges come in a wide range of shapes and sizes, from those that can sit on a sheet of A4 paper to those that have to be stood on the floor and can easily come up to benchtop height. As expected the larger the centrifuge the larger the capacity.

A centrifuge works by spinning a vessel containing the material to be separated at high speed. It is very much like the rides at the fairground that rotate. You have to lean towards the center to overcome the force caused by the rotation. In fact, so

There are three basic processes used for the separation of suspended solids from a liquid media: Sedimentation Filtration Centrifugation Sedimentation allows solid particles, which are heavier than the liquid media, to separate and sink to the bot