Detailed description
Counter knife GMLN0345-X11 by CUTMETALL for crushing machines by Lindner Recyclingtech.
Compatibility with machines:
- Lindner Jupiter
- Lindner Meteor
- Lindner Micromat
- Lindner Universo
Cutting performance and durability:
This component can be adapted to the operational scenario, depending on the various materials and the variance in shape.
The cutting tool presented is made of tool steel in the X-variation, which is our standard option for most application areas. The hardness of this counter knife is in the medium range.
Here you are offered a balanced relationship between resistance to wear and toughness simultaneously.
Due to the through-hardening process, there is a persistent hardness from the edge layer to the core. This ensures uniform wear over the tool life of the counter knife.
However, this version must not be armoured or welded on, as it negatively impacts the structure of the cutting tools. Consequently, fractures and machine damage are possible.
Fastening in the machine:
The item fits knives and cutting crowns with a length and width of 87mm. Due to the broad range of recycling models, other configuration options may be available.
When installing the counter knife, please ensure that it is only applied to knife holders or knife crossbars with an undamaged contact surface in order to prevent breakage.
General characteristics:
The dimensions of the counter knife are 344.5mm long, 196mm wide and 38mm high.
As part of the Premium Line, this counter knife is manufactured in Germany.
Field of application:
Among the many applications, the counter knife is ideal for shredding the subsequent input:
- Substitute fuels
- Commercial & industrial waste
- Domestic waste
- Waste wood
- Bulky waste
- Foils
- Plastic
- Files & data carriers
- Paper
In this comprehensive range of break down applications, we will be happy to help you in choosing the perfect spare part for your specific needs. Do not hesitate to contact us! The CUTMETALL team will determine your individual needs in a personal meeting to choose the optimal part.