Achieving an outstanding crushing result with low wear costs is significantly influenced by the choice of the right blow bars. Genuine KLEEMANN blow bars offer more than just the right dimensions – the materials used, alloying elements and the entire casting process all play an important role in creating a reliable crushing tool.
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | Manganese steel | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | Martensitic steel | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | MartXtra (with ceramic insert) | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | ChromComp (with ceramic insert) | for 4-piece rotor | contains 4 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | MartXtra (with ceramic insert) | for 4-piece rotor | contains 4 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | Manganese steel | for 4-piece rotor | contains 4 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | Martensitic steel | for 4-piece rotor | contains 4 blow bars |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
X-Shape | ChromComp (with ceramic insert) | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
X-Shape | Manganese steel | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
X-Shape | Martensitic steel | for 4-piece rotor high/low | contains 2 blow bars |
KLEEMANN only uses impact bars made of extremely wear-resistant material. The precise design of the plug connection ensures that it can be changed quickly during assembly.
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
rear |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
front |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
rear |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
front |
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
front; rear |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
front; rear |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
front; rear |
KLEEMANN | MR 110 Zi EVO2 | K019 | 1 - 9999 |
front; rear |
KLEEMANN | MR 122 Z | K062 | 1 - 9999 |
front; rear |
KLEEMANN | MR 130 R | K023 | 1 - 199 |
front; rear |
Thick-walled impact plates made of KLEEMANN Resistant Steel protect the lower impact wings against premature wear.
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
Martensitic steel |
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
Manganese steel |
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
Martensitic steel with ceramic insert |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
Martensitic steel |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
Manganese steel |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
Martensitic steel with ceramic insert |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
Manganese steel |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
Martensitic steel |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
Martensitic steel with ceramic insert |
KLEEMANN | MR 110 Zi EVO2 | K019 | 1 - 9999 |
Manganese steel |
To manufacture the impact wings, KLEEMANN only uses hard manganese steel with excellent work hardening for maximum wear resistance. The impact wings stand out for their long service life due to the thick-walled wear layer and optimum crushing results due to their special design.
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
Monoblock design | lower |
KLEEMANN | MR 100 R | K012 | 1 - 9999 |
Monoblock design | upper |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
Monoblock design | lower |
KLEEMANN | MR 100 Z | K013 | 1 - 9999 |
Monoblock design | upper |
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
Monoblock design | upper |
KLEEMANN | MR 110 R EVO | K016 | 1 - 9999 |
Monoblock design | lower |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
Monoblock design | upper |
KLEEMANN | MR 110 Z EVO | K017 | 1 - 9999 |
Monoblock design | lower |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
Monoblock design | upper |
KLEEMANN | MR 110 Z EVO2 | K018 | 1 - 9999 |
Monoblock design | lower |
Due to possible technical changes, always refer to the information in the instruction manual.