B6X Belt Conveyor

Product Overview

The B6X Belt Conveyor utilizes a pioneering design centered on C-profile steel main beams with integrated side guard panels. This foundational approach – combined with modular construction and reengineered drive/terminal components – creates a system offering easy deployment while outperforming conventional conveyors in rigidity and operational reliability. Its adjustable V-leg supports ensure adaptability to uneven surfaces.

• Key Technical Advantages

  Enhanced Structural Rigidity

  The substitution of channel steel with reinforced C-profile steel significantly increases frame strength and load-bearing capacity. Integrated lateral reinforcement panels prevent material spillage while adding torsional stability during high-volume operations.

• Streamlined Deployment

  Modular components and patented connection technology eliminate conventional bolt-fastening requirements. Assembly time is reduced by approximately 40% compared to legacy systems, with minimal tools required for field installation.

• Optimized Material Transition

  The extended headstock design increases material drop radius by 150-200%, facilitating smoother cargo discharge trajectories. This minimizes blockages, reduces particle degradation during transfer, and decreases dust generation at discharge points.

• Technical Specifications

  Optimal performance within 4-0.02mm particle range. Material-specific designs feature corrosion-resistant polyurethane or ceramic-lined surfaces. Feed density typically maintained under 30% solids concentration. Multiple-turn spirals (5-7 rotations standard) enable progressive separation refinement.

• High-Performance Drive System

  Equipped with industrial-grade cycloidal gear reducers providing advantages over worm-gear alternatives:

  • Upgraded torque density for heavy-load operations
  • Smooth engagement reducing belt stress during startups
  • Maintenance intervals extended by 30-50%
  • Vibration dampening properties protecting bearings

• Applications and Use Cases

  • Industrial Settings: Cement plants, steel mills, and chemical processing facilities requiring high-capacity transport.
  • Mining Operations: Transferring ores and aggregates across inclines up to 28°.
  • Agricultural Processing: Gentle handling of grains and perishables with minimized degradation.
  • Logistics Centers: Docking bay installations where rapid deployment is essential.
  • Renewable Energy: Biomass transportation in power generation facilities.

• Operational Benefits

  The system’s inverted V-leg supports provide dynamic stability across uneven terrain, with load distribution 25% more efficient than conventional linear frames. Maintenance access is simplified through standardized components and front-facing drive mechanism placement. Operational testing indicates:

  • Reduction in belt slippage incidents by over 60%
  • Energy consumption decreased by 18-22% versus comparable systems
  • Noise levels below 85dB at rated capacity