Map the blockage
Document material data, cone geometry, outlet, supports and recurring failure pattern.
MATERIAL FLOW ASSURANCESiloFlow™
SiloFlow™
Restore the flow.
RVS™ resonance systems engineered around silos, hoppers, bins, powder storage and material discharge. The customer buys reliable flow and fewer interruptions—not an isolated industrial vibrator.
TECHNOLOGYARA™Automatic resonance response
MACHINERVS™Stationary structural transfer
SOLUTIONSiloFlow™Material Flow Assurance
PROCESS FOCUS
Treat the failure zone.
Material behaviour, moisture, geometry and operating history determine where flow stops. SiloFlow™ places controlled excitation around the active discharge problem.
- Bridging above the outlet
- Rat-holing through stored material
- Wall adhesion and residue
- Interrupted or unstable discharge
- Manual hammering and intervention
- Lost usable vessel capacity
ENGINEERING METHOD
Diagnose. Position. Validate.
Final performance depends on the vessel, material and mechanical transfer path. Results are verified under representative fill and discharge conditions.
Engineer the force path
Select RVS™ class, mounting position, support and pneumatic operating window.
Measure discharge
Compare flow continuity, residue, cycle time and operator intervention against baseline.
TEST BEFORE YOU INVEST
Run SiloFlow™ on the real material.
Provide the silo drawing, bulk density, particle size, moisture range, discharge pattern and compressed-air supply.