excellent reviews view over 8000 reviews
next day delivery over 500,000 items in stock
no hassle returns buy with confidence
Breaker Steels (Rig Mounted)

Pecker Point & Breaker Chisel Steels for Digger Rig Mounted Hydraulic Peckers

Breaker Point & Chisel Steels for Rig Mounted Hydraulic Pecker Points. Organised by Breaker Unit Brand (not Digger Brand) for Quick Reference. Large stocks, Quick delivery.
Breaker Point & Chisel Steels for Rig Mounted Hydraulic Pecker Points. Organised by Breaker Unit Brand (not Digger Brand) for Quick Reference. Large stocks, Quick delivery.

Most Visited Categories

Recently viewed products

Related Categories

Choosing the Right Breaker Steel

The first step in identifying the correct breaker steel is to identify the make and model of your hydraulic breaker unit. This is the brand of the breaker rig, and not the brand of the excavator. Then choose the type of steel based on your intended use.

Understanding breaker steel types is crucial for efficient and safe construction and demolition projects. When selecting breaker steels, consider the material and the task:

Conical Points

Conical Points

Conical points have a tapered, conical shape, that is well-suited for breaking hard materials whilst offering precise penetration. Making them versatile for various tasks:

  • Breaking concrete slabs and pavement.
  • Removing rock and boulders.
  • Precision work in confined spaces.
Moil Points

Moil Points

Moil points are known for exceptional force concentration, making them perfect for:

  • Demolishing reinforced concrete structures.
  • Breaking through hard rock formations.
  • Trenching and excavation tasks.
Chisel Steels

Chisel Steels

Chisel steels have a sharp, chisel-shaped edge, suitable for:

  • Carving and shaping hard materials.
  • Creating detailed patterns or cuts.
  • Precision work requiring fine edges.
Blunt Steels

Blunt Tools

Blunt tools, flat or blunt-end chisels, have a flat / blunt edge for less precise, controlled breaking:

  • Removing tile adhesive and thin layers of concrete.
  • Creating controlled fractures in rocks.
  • Reducing vibration in delicate areas.