Continuous (molasses) mixers


The continuous horizontal mixers are fast mixers of strong construction with agitator paddles conceived for adding liquids to floury and fibrous substances for mixings without lumps due to the swirl principle. With an adequate predisposition of the agitator paddles it is possible to control the retention time of the product in the mixer in motion and with the swirl formations adapted in this way mixing the respected products. Our dispensing equipments of liquids work volumetrically (magnetic-inductive meters). These have been developed for a wide application and dose liquids for several viscosities and temperatures. These can dose pre established quantities of liquid and provide the regulated flux or flow according to the quantity of the product that needs to be mixed with the liquid.


The advisable optimum dosage oscillates between 1% and a 5%, possibility to increase more, bearing in mind the mechanical technical characteristics of every installation, as well as the distances between the finished product to the storage silos and storage times to be minimum.

Praesent nec metus nulla. Sed et orci facilisis lacus semper accumsan nec vitae arcu. Vestibulum et tellus ac magna posuere malesuada. Nulla pharetra, urna sollicitudin vulputate viverra, velit leo lacinia lectus, quis pellentesque felis leo at libero. Fusce iaculis elit urna, sed vehicula metus eleifend quis. Aliquam erat volutpat. Curabitur egestas lacinia luctus. Fusce a purus non massa ultrices vulputate non non sem. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Pellentesque finibus est ac purus varius, eu lobortis odio feugiat. Quisque a magna ex. Nam sollicitudin, tortor auctor tristique eleifend, dolor diam congue ex, sit amet varius ligula magna in diam. Etiam ut tortor at tellus rutrum luctus tempus id ipsum. Aliquam nec sapien vel enim dapibus condimentum. Vivamus blandit lorem viverra turpis ullamcorper varius. Donec ultrices, nunc eleifend pulvinar eleifend, urna tortor fermentum ex, id venenatis nisi enim at neque.

Call back