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Handling Division // Material Activation
Air Agitation Systems

Engineered Fluidization

RULA’s advanced hopper discharge air agitation systems utilize controlled high-volume air injection to disrupt compaction and optimize the flow of cohesive bulk materials.

LOW PRESSURE Operating Mode
HIGH VOLUME Air Intake Logic
GRAVITY FED Discharge Assist
ANTI-BRIDGE Operational Goal

Compaction Disruption

Introduces high-volume air through engineered nozzles to disrupt material compaction, promoting consistent and reliable gravity-fed discharge.

Precision Engineering

Features precision-engineered orifices that ensure uniform fluidization across the entire material head, effectively preventing bridging.

Energy Efficiency

Designed with a low-pressure profile to minimize operational energy costs while delivering the force required to dislodge fine powders.

Material Versatility

Optimized for a diverse range of particle sizes and moisture levels, specifically tailored for cement, fly ash, limestone, and silica.

Air Agitation
// Advanced Oversight

Disrupting Static Fields

RULA’s systems are mounted at strategic points within the hopper geometry. By injecting air at the exact coordinates of highest friction, the system effectively neutralizes material "rat-holing" before it can impact plant throughput.

Built from durable, abrasion-resistant steel with technical coatings, our nozzles and aeration pads are engineered to survive the most rigorous industrial cycles, ensuring long-term performance in demanding silos.

// COMPONENT_INVENTORY

Technical Specifications

Mechanical Build

  • Body MaterialIndustrial Durable Steel
  • LiningAbrasion-Resistant Grade
  • InterfaceStrategic Hopper Mount
  • HardwareEngineered Nozzles / Pads

Operational Data

  • Air TypeLow-Pressure / High-Volume
  • Flow ModeControlled Air Injection
  • EfficiencyEnergy-Optimized Drive
  • PreventionBridging & Rat-holing

Compatible Materials

  • StandardCement & Fly Ash
  • IndustrialLimestone & Silica
  • ComplexityDiverse Particle Sizes
  • EnvironmentVarying Moisture Levels