Maxi Plaster Bricks

0/m²
COVERAGE

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Class NFP / NFX Solid
Coverage 34/m²
Description Clay Solid Maxi
SANS 227 2.15 “Solid
Masonry unit”– A masonry
unit either containing no
cavities or containing cavities
not exceeding 25% of the
gross volume of the unit
Average compressive strength NFP 7+ MPa

NFX 14+ MPa
Average product weight 2.9  Kg
Average water absorption 8%
Average size 222mm (length)
90mm (width)
114mm (height)

BRICK FORMAT Bricks per m² based on single-skin construction with 12mm joints Square meters per 1000 bricks
Maxi 34 29.40
Clay bricks suitable for general building work that is to be plastered.
Clay bricks suitable for use, plastered or unplastered, for general building work below damp-proof course or under damp conditions or below ground level where durability rather than aesthetics is the criteria for selection.
Claytile - The Natural Choice | Claytile Maxi Plaster Bricks

ADVANTAGES

  • Superior compressive strength.
  • Vertically perforated product – no unsightly voids on window and door reveals.
  • Labour savings – not necessary to plug corner voids before plastering compared to horizontal perforations.
  • Aluminium window and door frames can be fixed with standard wall plugs.
  • Heavy mountings/safes can be fixed with rawl bolts – brick does not have internal voids compared to horizontal perforations.
  • Smooth finish means garages can be bagged finished – savings on plastering.
  • Robot setting with process control ensures consistent quality lower mortar usage and ease of plastering.
  • Palletised and shrink wrapped – lower site wastage and pilfering.
  • Modern mobile rotary kiln using embodied energy – desulfurization scrubber removes harmful emissions.

ECO FRIENDLY FACTS

  • All clay raw material is mined on site, blended with zero waste. Mined areas are rehabilitated to original agricultural state.
  • Where possible production processes are scheduled for off-peak periods to help reduce demand on the National Electricity Grid.
  • The Plant is automated which means no forklifts are used to move bricks within the production process, leading to fuel savings and emission reduction.
  • Bricks are perforated (dematerialization) in a staggered design that retains structural strength, while minimizing clay usage, thereby reducing required energy costs.
  • Lighter, stronger product translates to savings in building design as the structure bears less load.
  • As bricks are lighter, considerably more product can be transported to site, meaning a reduction in vehicle numbers and therefore lower emissions per square meter of walling.
  • Our uniform brick requires less mortar to lay and reduces site wastage.
  • The favourable geographical location of our factory gives us the advantage to easily and efficiently reach major Cape Town building sites.