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Terrazzo Specialist

Terrazzo SpecialistTerrazzo SpecialistTerrazzo Specialist
Home
Terrazzo Applications
Terrazzo Types & Systems
  • Terrazzo Types & Systems
  • Epoxy System
  • Sand Cushion System
  • Bonded System
  • Monolithic System
  • Polyacrylate System
  • Rustic System
Terrazzo Samples
  • Terrazzo Aggregates
  • Terrazzo Matrix
About Us
More
  • Home
  • Terrazzo Applications
  • Terrazzo Types & Systems
    • Terrazzo Types & Systems
    • Epoxy System
    • Sand Cushion System
    • Bonded System
    • Monolithic System
    • Polyacrylate System
    • Rustic System
  • Terrazzo Samples
    • Terrazzo Aggregates
    • Terrazzo Matrix
  • About Us
  • Home
  • Terrazzo Applications
  • Terrazzo Types & Systems
    • Terrazzo Types & Systems
    • Epoxy System
    • Sand Cushion System
    • Bonded System
    • Monolithic System
    • Polyacrylate System
    • Rustic System
  • Terrazzo Samples
    • Terrazzo Aggregates
    • Terrazzo Matrix
  • About Us

Monolithic Terrazzo System

Monolithic Terrazzo System

Description: This 1/2″ thick cement matrix veneer placed upon a provided concrete slab is dependent on the concrete quality for flatness and crack prevention. On grade or below grade only.

 

Advantages:

Fast installation and the most economical price make it ideal where time and budget are critical but where the beauty, low maintenance and the performance of terrazzo is desired.

Thickness:  1/2″ Terrazzo topping

Weight:  5-7 lbs. PSF.

Dividers:

Most systems adhere to the concrete and require dividers to be placed precisey above any concrete joints. To prevent the concrete from cracking and therefore the terrazzo, “ACI 302.1 R.89 Concrete Joint Placement” must be followed. Some of these requirements include: Concrete joints should occur a maximum of three times in feet the depth of the concrete in inches. (Example: A 4 inch slab should have concrete joints at a maximum spacing of 12 feet). Concrete joints should run off all corridor intersections and corners. They should not be spaced more than 1.5 times the width of the concrete pour. (Example: A 6 foot wide corridor should have concrete joints at a maximum of 9 feet.)

In addition other dividers can be set to separate colors or as an accent themselves. In these systems the dividers not located over concrete joints are strictly decorative. They do not function as leveling devices or crack preventers.

Dividers vary in width from 18 gauge to 1/2 inch. 16 gauge or 1.8 inch are standards. Zinc is standard but brass and colored plastic are readily available.

Architects should design structural inset expansion plates between areas where major movement is anticipated.

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