Scott System Brick Snaps™, Paving Design, Brick Suppliers, Paver Suppliers, Brick Facing Tiles

Daniel Robertson
Enter Your email
Home Our Heritage
Company Philosophy
Company History
Showcase
Bricks
Roman 50mm
Hawthorn Range
Standard 76mm
Paving
Rustic Paving Tiles
Clay Pavers
Brick Facing Tiles
Scott System Brick Snaps™
Classic Terracotta Tiles
Custom Desing Philosophy
Technical Data
Classic Terracotta Tiles
Scott System Brick Snaps™ How To
Case Studies
Case Study 1
Case Study 2
Case Study 3
Case Study 4
Case Study 5
Case Study 6
Export Clientele Reviews Contact Us
Bricks
Rustic Paving
Classic Terracotta Tiles
Brick Facing Tiles
Scott System Brick Snaps™
Case Studies
Case Study 1Case Study 3
Click to enlarge Click to enlarge Click to enlarge
Click to enlarge

| CASE STUDY 3

Daniel Robertson Scott System Brick Snaps™ - the revolutionary way to integrally cast thin brick into concrete panels

Revolutionising multi-storied brick facades, Robertson thin clay bricks can now be integrally cast into concrete panels utilising the Scott System Brick Snaps™ system. Thin clay bricks are delivered in individual plastic frames. These frames are “snapped” together on the form bed. After reinforcing has been placed, concrete is then poured over the back of the thin brick. When the panel is erected, the plastic snaps are stripped from the face. The brick faces are treated to allow easy removal of any concrete leakage so cleaning is simple and easy.

H2o architects, Collingwood, Victoria specified Daniel Robertson Scott System Brick Snaps™  façade system for the Deakin University, Central Precinct, East Building in Burwood, Victoria.

H2o architects cite the graphic impact as a primary feature of the brick panelled system. Additional benefits observed by H2o architects  include:
  • Increased speed of construction using precast concrete’s ease of fabrication, erection and modularity
     
  • Improved construction quality, speed and OH&S conditions
     
  • Improved and sustainable thermal performance
     
  • Double sided finish requires no scaffolding or boom cranes for finishing work
     
  • No packaging or elaborate finishes means minimum construction waste
     
  • Accesses the optimal embodied energy characteristics of concrete