The twin-shaft batch mixer of type DKX from BHS-Sonthofen is the benchmark in concrete mixing technology. Twin-shaft mixing technology is suitable for all formulas and offers a wide range of benefits. The mixing technique has a significant effect on the quality of the mixture and the economic efficiency of the production process. Thanks to the proven design and arrangement of the mixing tools, you will achieve consistent homogeneous mixtures batch after batch in less time.

The twin-shaft batch mixer of type OX has been developed especially for this purpose as a standardized series machine to produce ready-mixed concrete in a cost-effective manner. Over 130 years of experience from BHS in mixing concrete is underlined in the technical details, which make quite a difference in practice – in the quality of the mixing result, in the high operating speed, and predominantly in the ability to reliably withstand the demands of the production of ready-mixed concrete in 24 /7 operation.

The twin-shaft continuous mixer of type LFK is an efficient, reliable solution for continuous mixing processes, especially when handling coarser particles. The mixer is particularly suitable for the production of mineral mixtures, hydraulically-bound base layer concrete, landfill sealings, lean concrete, heavy concrete, dry mixtures etc. BHS also offers complete continuous mixing plants including sophisticated weighing, dosing and control technology as well as individual plant components.

The rotor impact mill is a high-performance crusher with a vertical shaft. The rotor impact mill enables you to achieve a high reduction ratio and excellent particle shape. The mill is suitable for crushing all low to moderately abrasive minerals and is therefore used predominantly in the production of sand for the concrete, asphalt and dry mortar industries.

The rotor centrifugal crusher type RSMX is a high performance crusher with vertical shaft (VSI) and is used for crushing and refining of mineral materials. It is suitable for all types of mineral materials, including highly abrasive feed materials and feed materials with a high hardness. Depending on its size, high throughput rates of 30 to 400 t/h can be achieved.

Every single particle of the input material undergoes extreme acceleration due to the centrifugal force in the rotor and is hurled against the impact wall. The impact wall can either consist of an anvil ring or alternatively of a material bed. Clogging is avoided due to the generous dimensioning of the rotor and housing. The crushing results can be substantially controlled and optimized by selecting a suitable speed.