Silohaake System, tried and tested for over 30 years, ensures safe removal even with high levels of crop moisture and prevents CO2 from escaping. Downstream wet milling with stainless steel hammers guarantees optimum forage structure. Wet milling prevents any negative effects on the enzymes.
More information can be found at www.silohaake-system.de
We designed this special sweeping auger for the removal of wet maize with high moisture levels.
With the separate switchable sweeping arm and the externally adjustable feed hopper, it is possible to safely remove wet maize with water contents exceeding 35%.
The large-dimension discharge auger facilitates a high discharge capacity and thus a short silo opening time, minimising CO2 loss during removal.
For heavy-flowing bulk materials such as wet maize, soy and rapeseed meal, MBM and blood meal, we use our well-renowned bottom unloader in conjunction with discharge by auger. The silo removal auger enables us to achieve a high removal capacity and additionally relieves the chains of the bottom unloader.
The unloader is switched on to resolve bridging and for residual emptying.
Filling technology - turbine blower |
By using a high-performance turbine blower of the latest generation, you can achieve filling capacities of up to 100 t/h. By powering the turbine via a tractor’s power take-off and mounting it on a chassis, you are flexible and can fill silos at several locations with one blower. The range of applications extends from grain and grain maize to grass and maize silage.
Filling silos using a bucket elevator, screw conveyors and/or trough chain conveyors ensures gentle handling of your bulk materials with maximum performance and optimal energy efficiency.
At the same time, safe access for maintenance work is facilitated.
On request, we can provide you with complete solutions for acceptance, cleaning and conveyor technology from renowned manufacturers.
Fluctuations in temperature naturally cause pressure fluctuations in the system.In order to minimise the loss of CO2, it is absorbed by the externally suspended breathing bag and released back into the silo once the pressure is equalised. The bag additionally serves to check the tightness of the entire system.