When mixing powder into a liquid, you are familiar with the following problems

• Dust
• Contamination of the working area
• Dirty powder transporting systems, that are difficult to clean
• Detrimental to health
• Exhaust systems and filters have to be installed
• Loss of powder (during filling, in the filter of exhaust systems, remnants in the bags
• Partial wetted crusts at the wall of the vessel and mixing shaft
• Agglomerates in the product

These problems can be avoided by directly inducting the granulate or the powder into the liquid and immediately wet and disperse it when the product comes in contact with the liquid.
No vacuum vessels or additional vacuum pumps are required. The induction vacuum is directly created in a highly accelerated liquid stream. The vacuum fluidises the powder and brings it finely distributed in contact with the liquid.
Simultaneously to the wetting, the product is dispersed, no lumps and/or agglomerates can build up. Powdery materials may be inducted dust-free and without any loss of powder from any type of powder container.

The system that was used to realise this idea became known under the name:

Transport- and Dissolving System
 

Information and function

• The principle of a TDS induction mixer is based on the principle of a Jetstream mixer.
• A fast rotating rotor is placed in a streamline-shaped stator. When circulating the liquid in the vessel, a vacuum is created in the centre of the rotor that is being used to induct a powder into the liquid (Venturi principle).
• A special intake fitting is attached to the stator tube and connected to an induction hose with an attached induction pipe.
• Through this pipe, hose and fitting, the powder is transported directly into the rotor-stator system and mixed and dispersed the moment it comes in contact with the liquid.
• The combination of powder induction and mixing principle is very economical.
• The Jetstream principle avoids any sedimentation in the tank and the contents of the vessel is homogenised continuously