Single-shaft continuous mixer
Single-shaft continuous mixer
The single-shaft continuous mixer of type MFKG is a continuous mixing system that was developed for the intensive mixing of fine materials. Dry and moist, pasty as well as suspension-like mixtures can be produced continuously with the single-shaft continuous mixer. The special shape and arrangement of the mixing tools ensures an intensive mixing process. What sets the BHS single-shaft continuous mixer apart is the self-cleaning, flexible rubber trough, which prevents build-up on the inner trough wall. Liquids are added through nozzles in the inlet area, which facilitates early and extensive moistening of the entire feed material.
Benefits at a glance:
- Consistently superior mixture quality
- Self-cleaning rubber trough
- Large maintenance flap
- Secure investment thanks to high operational reliability
- Low wear
- Robust design
Highlights
Consistently superior mixture quality
The design of the mixer inlet, the shape and arrangement of the mixing tools and the selection of the appropriate speed ensure a consistently high mixture quality. The high speeds cause highly turbulent relative movements in the mixture throughout the entire volume of the mixing trough, thus delivering consistently homogeneous mixing results in a very short time. Moreover, undesirable agglomerations are reliably broken up by shear forces.
Self-cleaning rubber trough
A unique selling point of the MFKG single-shaft continuous mixer is the self-cleaning process of the rubber trough. The pulsating motion and flexing effects of the rubber jacket prevent hardened mixing material from caking on the trough wall. Owing to this design, the mixer continuously cleans itself during operation.
Large maintenance flap
The rubber trough of the mixer is split in the longitudinal direction over the entire mixing section. This results in a large and easily accessible maintenance opening. Gas springs or hydraulic cylinders assist in operating the maintenance flap.
Secure investment thanks to high operational reliability
Even under the most difficult of conditions, the robust, durable design ensures maximum operational reliability and thus long-term investment security.
