Free Metro Delivery

Interlocking Pavers

Build a freight yard, industrial hardstand, roadway, car park or similar load-carrying pavements with our commercial range of 80mm thick interlocking pavers.

Natural Grey Commercial Interlocking Pavers

Natural Grey Commercial Interlocking Pavers

Natural Grey Commercial Interlocking Pavers

Natural Grey Commercial Interlocking Pavers

Sandstone and Bluestone Commercial Interlocking Pavers

Sandstone and Bluestone Commercial Interlocking Pavers

Natural Grey Commercial Interlocking Pavers

Natural Grey Commercial Interlocking Pavers

Bluestone Commercial Interlocking Pavers

Bluestone Commercial Interlocking Pavers

Key benefits of paving:

  • Lower maintenance costs
  • Longer lifespan
  • Flexible, services can still be accessed
  • Resistant to point loads of over 100 tonnes
  • Resistant to heat, fuel stains etc
  • Attractive (colour can be integrated into any design)
  • Easy to repair (No cutting, sawing or unsightly patchwork)
  • Skid-resistant providing a safer pavement

In Australia, the use of interlocking concrete pavers has grown considerably over the past 30 years. Engineers specify 80mm interlocking pavers for high use traffic areas and areas subjected to heavy axle loads. Although aesthetic appeal is a consideration, interlocking pavers are usually specified for industrial pavements because of their proven load carrying capabilities which result in an extended lifespan. Interlocking pavers are strong and comply with the requirements of AS/NZS 4455:1997.

Island Block & Paving specialise in industrial paving projects. The company has supplied some of the largest projects within the state including the largest ever interlocking paving project of 20,000 M2 (approx 700,000 pavers) at the Bell Bay wharf at Georgetown in 1994.

As members of the Concrete Masonry Association of Australia, Island Block & Paving can assist with pavement designs and have access to the LOCKPAVE computer design program for industrial pavements. Interlocking pavers have many advantages over both concrete and ashpalt when subjected to heavy vehicle loads, primarily because their unique interlocking characteristics result in a strong pavement that is durable and most importantly not effected by extreme heat.

How can we help?

How can we help you?