CHOOSING TILES OVER METAL

Selecting the right material is important. 
What’s the better choice? 
It’s a question thousands of Australian builders and renovators ask themselves every year. It’s a significant decision to make, so here we reveal the simple truths:
  Standard Metal Tile
Colour Performance Standard COLORBOND® Steel tested in lab conditions simulating natural weather shows colour change Monier concrete tiles tested in lab conditions simulating natural weather exposure shows better colour performance than standard COLORBOND® Steel 4
Lifetime colour performance on terracotta tiles
Rust Metal may rust and may corrode to perforation(holes) Concrete and terracotta tiles don't rust
Strength Durability and Longevity Tested for 50 years Concrete and terracotta tiles are a proven roofing material which have been in use for over 100 years
Warranty Up to 36 years warranty on standard COLORBOND® Steel, which may be reduced if your roof:
  • rusts where sheets overlap
  • corrodes due to contact with sunscreen
  • corrodes due to contact with soil
50 year performance warranty on concrete roof tiles. 50 year performance and colour warranty on terracotta roof tiles
Storm Endurance Lightweight and more susceptible to wind lift and upheaval in extreme weather events5 Performs better than sheet metal in extreme wind conditions as wind uplift forces are significantly lower in tiled roofs5.
Denting / cracking May dent when walking across it A concrete or terracotta tile roof will not dent or warp. It will not crack if walked on in the correct place
Embodied Energy* Metal roofing has a higher embodied energy6, which means more energy is consumed in all processes involved in manufacturing a metal roof* Concrete and terracotta have lower embodied energy6, which means less energy is consumed in all processes involved in manufacturing a tiled roof.
  • Standard Metal
  • Colour Performance
  • Standard COLORBOND® Steel tested in lab conditions simulating natural weather shows colour change
  • Rust
  • Metal may rust and may corrode to perforation(holes)
  • Strength Durability and Longevity
  • Tested for 50 years
  • Warranty
  • Up to 36 years warranty on standard COLORBOND® Steel, which may be reduced if your roof:
    • rusts where sheets overlap
    • corrodes due to contact with sunscreen
    • corrodes due to contact with soil
  • Storm Endurance
  • Lightweight and more susceptible to wind lift and upheaval in extreme weather events5
  • Denting / cracking
  • May dent when walking across it
  • Embodied Energy*
  • Metal roofing has a higher embodied energy6, which means more energy is consumed in all processes involved in manufacturing a metal roof*
  • Tile
  • Colour Performance
  • Monier concrete tiles tested in lab conditions simulating natural weather exposure shows better colour performance than standard COLORBOND® Steel 4 Lifetime colour performance on terracotta tiles
  • Rust
  • Concrete and terracotta tiles don't rust
  • Strength Durability and Longevity
  • Concrete and terracotta tiles are a proven roofing material which have been in use for over 100 years
  • Warranty
  • 50 year performance warranty on concrete roof tiles 50 year performance and colour warranty on terracotta roof tiles
  • Storm Endurance
  • Performs better than sheet metal in extreme wind conditions as wind uplift forces are significantly lower in tiled roofs5.
  • Denting / cracking
  • A concrete or terracotta tile roof will not dent or warp. It will not crack if walked on in the correct place
  • Embodied Energy*
  • Concrete and terracotta have lower embodied energy6, which means less energy is consumed in all processes involved in manufacturing a tiled roof.

4AWTA product testing completed July 2016. Testing ran for 2,000 hours with cycles of 8 hours UV and 4 hours condensation exposure.
5Boughton, G, Shoalwater and Roleystone WA tornadoes – Wind damage to buildings (2008).
6Lawson, B, Building materials, energy and the environment: towards ecologically sustainable development (1996)

* Embodied energy is the energy consumed by all of the processes associated with the production of a building, from the mining and processing of natural resources to manufacturing, transport and product delivery