Home > Rydell supplies Ammeraal Beltech Rapplon TGE4RQ and TG04.12R transmission belts for post printing and mailrooms

Rydell supplies Ammeraal Beltech Rapplon TGE4RQ and TG04.12R transmission belts for post printing and mailrooms

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article image Ammeraal Beltech Rapplon TGE4RQ and TG04.12R transmission belts for post printing and mailrooms
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Conveyor belts and transmission belting specialist Rydell Industrial (Belting) Co is the exclusive Australian agent for the Ammeraal Beltech Rapplon transmission belts range. The Rapplon range of transmission belts includes TG04.12R and TGE4RQ models.  

Increased demand for efficiency and versatility in the mail room and post printing requires innovative belting solutions especially in the saddle stitching systems to ensure maximum added value between web press and delivery to loading dock.  

After the printed matter is gathered and stitched, the inserter makes sure that special-interest supplements or advertisements arrive quickly, reliably and in the correct main section. Stacking, bundling and strapping along with package distribution form the final process, and are highly automated to ensure that newspapers and magazines reach the trucks, kiosks and subscribers faster.  

Key benefits of Rapplon TG04.12R transmission belts:  

  • Unchanged transport speed (total thickness of 1.25mm)
  • Guaranteed release of paper (permanently antistatic)
  • Less build-up of residues (coarse structured NBR surface)
  • Identical to F-1, allowing easy substitution without changing equipment settings
Key features of Rapplon TGE4RQ transmission belts:  
  • Same thickness as F-1, allows easy replacement using Rapplon QuickSplice system where a new belt is installed within 6 minutes
  • Splicing belts without use of adhesives helps customers reduce use of hazardous materials
  • Unchanged transport speed (total thickness of 1.25mm)
  • Guaranteed release of paper (permanently antistatic)
  • Longer service life (extremely wear-resistant XNBR cover)
  • Less build-up of residues (coarse structured NBR surface)
  • Improved dimensional stability (moisture insensitive PES tension member)
  • No running direction to be observed (Bi-directional running)

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