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Dust Containment

 

The complete state of the art dust containment technology is based on Martin Engineering. Siethom is partner for UAE and GCC Contries.

 

Martin ® Inertial FlowT Technology

"Hood and Spoon" Transfer Chute Engineered for each specific application.

  • Channels material flow

  • Reduces air induction

  • Deposits materila with proper direction/speed

  • Minimizes impact

  • Reduces wear

  • Reduces dust


  • Martin Upper Tracker

  • Martin Pre Cleaner

  • Martin Main Cleaner

  • Martin Sec. Cleaner

  • Chute design

  • Skirt Board Sealing

  • Guarda Belt

  • Guarda Seal

  • Dust Curtains

  • Martin Filter Unit

  • Martin Lower Tracker



MARTIN® APRON SEAL™ Skirting System is a dual sealing system that prevents spillage without requiring service to maintain an effective seal. MARTIN® APRON SEAL™ Skirting

Systems provide dual-sealing surfaces, the primary is clamped to the chutewall with the sel f-adjusting secondary laying outward to create an effective dust seal hat is out of material flow.

Consult Sealing System Selection Guide (Form No. L3636) to select the proper MARTIN® APRON SEAL™ Product for your application.

 

 

Benefits of S-Class

  • Reduced energy consumption

  • Reduced Maintenance Expense

  • Reduced Conveyor Noise

  • Longer Belt Life

  • Stabilizes Belt Path

  • Reduced Spillage

  • Improved Dust Control

  • Improved Product Condition

  • Allows Greater Inclines

  • Saves Money on Walkways

 

The MARTIN  FOG Dust Suppression System reduces process dust emissions from material handling and processing. Water is electrodynamically treated and then atomized into a mist of microscopi c pa rticle s as small as one micron. These droplets join with the airborne dust, in creasing weight so the combined particle settles back into the main material stream.

 

The MARTIN FOG Dust Suppression System operates without compressed air or chemical additives. It adds only minimal water to avoid material degradation. With the small droplet size and the fog’s effective dispersal pattern, moisture addition is approximately 0.1% by weight of material conveyed.