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Cable Bolts

Overview

Normet offers a versatile range of cable bolting systems designed to provide robust ground support for both static and dynamic applications in underground mining and tunneling environments. These systems are engineered with high-strength, stress-relieved, low-relaxation 7-wire steel strand cables, available in various configurations to meet diverse operational demands.

Plain Strand:Plain Strand is suited to typical long-anchor support applications.
Bulbed Strand:Offers increased pull-out resistance, with options for up to 5.7 bulbs per meter for enhanced anchorage.
Spiral Indented Strands:Features a ribbed profile rolled over the full length, improving anchorage stiffness and pullout resistance by up to 75% compared to plain strands.
Yielding Cables: Features swaged collars and debonding sleeves, these cables are designed to tolerate large deformations in the rock mass while maintaining tensile capacity without failure.

Normet specialises in tailored configurations to accommodate customer-specific requirements, ensuring optimal application effectiveness and operational flexibility.

Innovative and versatile long anchor solutions

Key specification


  • Engineered with high-strength, stress-relieved, low-relaxation 7-wire steel strand cables

Key benefits

Cable Bolts

  • Ideal solution for applications requiring extended anchoring depths or installation in confined spaces
  • Composed of flexible steel, allowing for easy transport and handling
  • Provides substantial reinforcement performance in both static and dynamic environments
  • Innovative and adaptable design, configurable to meet specific technical requirements
  • Compatible with Normet injectable resins for faster installation and rapid curing

Typical applications

  • Underground drifts and intersections
  • Mining stopes
  • Drawpoint reinforcement
  • Dilution control
  • Permanent openings
  • Civil and tunnel reinforcement

Documents

Cable Bolts


Cable Bolts LeafletCable Bolts Technical Data Sheet - Global Version

Related processes

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