Technical Data

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understand the details and the differences


The deeper story that makes Outdoor Floor System® solutions the best option is detailed here. Data files are divided into multiple categories. In addition, a simple System Package number selection in the drop-down below will show all files relative to the selected application.

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The details that help accurately shape your outdoor floor

Select up to 5 documents for download

Exterior elevated deck constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using standard 12”, 16" or 24" O.C. joist layout overlaid a structural Deck Plank secured to framing with stainless steel fastener and screw¹, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf³.

Exterior elevated deck constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using standard 12”, 16" or 24" O.C. joist layout overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw¹, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf³.

Exterior elevated deck constructed from wood or metal joist framing, traditionally built with heavy sloped concrete spans, but here using standard level framing with 12” or 16" O.C. joist layout² overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw³, surfaced with paver¹ grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, as a walkable surface without finish or over-coated with compatible colored finishes and/or grit texture.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing² member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, surfaced with paver¹ grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

A high-wind¹ interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, supported by 1"H adjustable support plate with 1/2" micro adjustment, glue-bonded to waterproofing/bearing surface, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with build up layers but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with a mixed media landscape, and the completed assembly weighing <15 lbs/sf.

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with paver grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A high-wind² elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported 1⁄2" to 30” to a level plane above the bearing surface, glue- bonded to waterproofing/bearing surface, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded³ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, overlaid with framing, normally blocked over the bearing surface but here supported by floating¹ 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, overlaid with framing, normally blocked over the bearing surface but here supported by floating¹ 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, overlaid with framing, normally blocked over the bearing surface but here pedestal² supported¹ ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, overlaid with framing, normally blocked over the bearing surface but here pedestal² supported¹ ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

A traditional tab¹ spaced architectural slab paver over all bearing surfaces, with a shallow uniform slope in one direction to an edge drain, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16"), without screws, fasteners or damage to waterproofing, surfaced with span pavers.

A traditional tab¹ spaced architectural slab paver over all bearing surfaces, with compound slopes in multiple directions to internal drains or scuppers, pedestal supported ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, surfaced with span pavers.

An interlocking architectural slab paver over all bearing surfaces, with a shallow uniform slope in one direction to an edge drain, floating over the bearing surface supported and pin locked by 1/2" tall support plates and micro adjustment (1/32", 1/16"), without screws, fasteners or damage to waterproofing, surfaced with span pavers glue-bonded to interlocking plate.

An interlocking architectural slab paver over all bearing surfaces, with compound slopes in multiple directions to internal drains or scuppers, pin locked onto pedestal² supported ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, surfaced with span pavers glue-bonded to interlocking plate.

An interlocking architectural slab paver as an elevated deck or rooftop superstructure, typically on pedestals but here, placed over 4x or 2x framing² with plates secured to framing, surfaced with span pavers¹ glue-bonded to interlocking plate.

An interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing² or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing¹ or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with paver grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A high-wind¹ interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

3D models in SKP file for use in 3D cad construction design

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Joist framed deck with glue-down surface material

Joist framed deck with dry-lay surface material

Waterproofed uniform slope with glue-down surface material

Waterproofed uniform slope with dry-lay surface material

Wide span joist frame platform public walking deck no surface

Wide span joist frame platform public walking deck with glue-down surface material

Wide span joist frame platform public walking deck for dry-lay surface material

Adjustable uniform slope float floor with glue-down surface material

Adjustable uniform slope float floor with dry-lay surface material

Adjustable uniform slope floor in high-wind with glue-down surface material

Adjust to level pedestal platform with mixed media surface material

Adjust to level pedestal platform with glue-down surface material

Adjust to level pedestal platform with dry-lay surface material

Adjust to level pedestal platform in high-wind with glue-down surface material

Adjustable uniform slope float floor joist framing support

Adjust to level pedestal joist framing support

Adjustable uniform slope float floor tab spaced span paver

Adjust to level pedestal tab spaced span paver support

Adjust to level pedestal interlocked paver support

Framed paver access with interlocked paver support

Rooftop access wide span deck with glue-down surface material

Rooftop access wide span deck with dry-lay paver surface material

Rooftop access wide span deck for high-wind with glue-down surface material

The details that help accurately support your elevated floor

Select up to 5 documents for download

Low profile, shim height adjust pedestals will mirror bearing surface and interlock to deck plank or wood panel.

Low profile, shim height adjust pedestals will mirror bearing surface and fixed spacing of gravity placed paver/panel.

Low profile, shim height adjust pedestals will mirror bearing surface and high-wind screw down uplift lock to deck plank.

Low profile, shim height adjust pedestals will mirror bearing surface and interlock slab-span pavers to pedestal.

Low profile, shim height adjust pedestals will mirror bearing surface and interlock framing to pedestal.

Low profile, shim height adjust pedestals, top of pedestal leveling increments and interlock to deck plank or wood panel.

Low profile, shim height adjust pedestals, top of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Low profile, shim height adjust pedestals, top of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Low profile, shim height adjust pedestals, top of pedestal leveling increments and interlock slab-span pavers to pedestal.

Low profile, shim height adjust pedestals, bottom of pedestal leveling increments and interlock to deck plank or wood panel.

Low profile, shim height adjust pedestals, bottom of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Low profile, shim height adjust pedestals, bottom of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Low profile, shim height adjust pedestals, bottom of pedestal leveling increments and interlock slab-span pavers to pedestal.

Low profile, shim height adjust pedestals, bottom of pedestal leveling increments and interlock framing to pedestal.

Medium height with screw height adjust will mirror bearing surface and interlock to deck plank or wood panel.

Medium height with screw height adjust will mirror bearing surface and fixed spacing of gravity placed paver/panel.

Medium height with screw height adjust will mirror bearing surface and high-wind screw down uplift lock to deck plank.

Medium height with screw height adjust will mirror bearing surface and interlock slab-span pavers to pedestal.

Medium height with screw height adjust will mirror bearing surface and interlock framing to pedestal.

Medium height with screw height adjust, top of pedestal leveling increments and interlock to deck plank or wood panel.

Medium height with screw height adjust, top of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Medium height with screw height adjust, top of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Medium height with screw height adjust, top of pedestal leveling increments and interlock slab-span pavers to pedestal.

Medium height with screw height adjust, bottom of pedestal leveling increments and interlock to deck plank or wood panel.

Medium height with screw height adjust, bottom of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Medium height with screw height adjust, bottom of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Medium height with screw height adjust, bottom of pedestal leveling increments and interlock slab-span pavers to pedestal.

Medium height with screw height adjust, bottom of pedestal leveling increments and interlock framing to pedestal.

Tall height with screw height adjust will mirror bearing surface and interlock to deck plank or wood panel.

Tall height with screw height adjust will mirror bearing surface and fixed spacing of gravity placed paver/panel.

Tall height with screw height adjust will mirror bearing surface and high-wind screw down uplift lock to deck plank.

Tall height with screw height adjust will mirror bearing surface and interlock slab-span pavers to pedestal.

Tall height with screw height adjust will mirror bearing surface and interlock framing to pedestal.

Tall height with screw height adjust, top of pedestal leveling increments and interlock to deck plank or wood panel.

Tall height with screw height adjust, top of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Tall height with screw height adjust, top of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Tall height with screw height adjust, top of pedestal leveling increments and interlock slab-span pavers to pedestal.

Tall height with screw height adjust, bottom of pedestal leveling increments and interlock to deck plank or wood panel.

Tall height with screw height adjust, bottom of pedestal leveling increments and fixed spacing of gravity placed paver/panel.

Tall height with screw height adjust, bottom of pedestal leveling increments and high-wind screw down uplift lock to deck plank.

Tall height with screw height adjust, bottom of pedestal leveling increments and interlock slab-span pavers to pedestal.

Tall height with screw height adjust, bottom of pedestal leveling increments and interlock framing to pedestal

Medium height with NO screw height adjust will mirror bearing surface and interlock to deck plank or wood panel.

Medium height with NO screw height adjust will mirror bearing surface and fixed spacing of gravity placed paver/panel.

Medium height with NO screw height adjust will mirror bearing surface and high-wind screw down uplift lock to deck plank.

Medium height with NO screw height adjust will mirror bearing surface and interlock slab-span pavers to pedestal.

Medium height with NO screw height adjust will mirror bearing surface and interlock framing to pedestal.

Tall height with NO screw height adjust will mirror bearing surface and interlock to deck plank or wood panel.

Tall height with NO screw height adjust will mirror bearing surface and fixed spacing of gravity placed paver/panel.

Tall height with NO screw height adjust will mirror bearing surface and interlock slab-span pavers to pedestal.

Tall height with NO screw height adjust will mirror bearing surface and interlock framing to pedestal.

Putting the right pieces in the right place at the right time

Select up to 5 documents for download

Exterior elevated deck constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using standard 12”, 16" or 24" O.C. joist layout overlaid a structural Deck Plank secured to framing with stainless steel fastener and screw¹, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf³.

Exterior elevated deck constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using standard 12”, 16" or 24" O.C. joist layout overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw¹, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf³.

Exterior elevated deck constructed from wood or metal joist framing, traditionally built with heavy sloped concrete spans, but here using standard level framing with 12” or 16" O.C. joist layout² overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw³, surfaced with paver¹ grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with 16”x16” thin gauge porcelain tile, contact-sheet bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf².

A simple rooftop deck over living space, dry space below or condo balcony, constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a floating structural Deck Plank supported by snap-in feet, 5/16" tall, without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, as a walkable surface without finish or over-coated with compatible colored finishes and/or grit texture.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

Timber framed deck, dock or access promenades constructed from wood or metal joist framing, traditionally surfaced with wood, composite, plastic or aluminum decking, but here using 24” or 30" O.C. spans on 2 1/2” minimum width framing² member overlaid with a structural Deck Plank secured to framing with stainless steel fastener and screw, surfaced with paver¹ grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, surfaced with paver² grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight¹.

A high-wind¹ interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, supported by 1"H adjustable support plate with 1/2" micro adjustment, glue-bonded to waterproofing/bearing surface, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with build up layers but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with a mixed media landscape, and the completed assembly weighing <15 lbs/sf

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported ½" to 30” to a level plane above the bearing surface without screws, fasteners or damage to waterproofing, surfaced with paver grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A high-wind² elevated interlocked rooftop deck over living space constructed with traditional joist framing, sheeting or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, normally finished with heavy mud-set or thin-set but here overlaid with a structural Deck Plank, pedestal¹ supported 1⁄2" to 30” to a level plane above the bearing surface, glue- bonded to waterproofing/bearing surface, without screws, fasteners or damage to waterproofing, surfaced with thin gauge stone or porcelain tile, glue-bonded³ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with a shallow uniform slope in one direction to an edge drain, overlaid with framing, normally blocked over the bearing surface but here supported by floating¹ 1/2" tall support plates and micro adjustment (1/32", 1/16") without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

Fully supported joist framing over living space constructed with traditional joist framing, sheeting, or concrete and waterproofing (by other), with compound slopes in multiple directions to internal drains or scuppers, overlaid with framing, normally blocked over the bearing surface but here pedestal² supported¹ ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, spaced as required to support decking material by others.

A traditional tab¹ spaced architectural slab paver over all bearing surfaces, with a shallow uniform slope in one direction to an edge drain, floating over the bearing surface supported by 1/2" tall support plates and micro adjustment (1/32", 1/16"), without screws, fasteners or damage to waterproofing, surfaced with span pavers.

A traditional tab¹ spaced architectural slab paver over all bearing surfaces, with compound slopes in multiple directions to internal drains or scuppers, pedestal supported ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, surfaced with span pavers.

An interlocking architectural slab paver over all bearing surfaces, with a shallow uniform slope in one direction to an edge drain, floating over the bearing surface supported and pin locked by 1/2" tall support plates and micro adjustment (1/32", 1/16"), without screws, fasteners or damage to waterproofing, surfaced with span pavers glue-bonded to interlocking plate.

An interlocking architectural slab paver over all bearing surfaces, with compound slopes in multiple directions to internal drains or scuppers, pin locked onto pedestal² supported ½" to 30” to a level plane above the bearing surface, without screws, fasteners or damage to waterproofing, surfaced with span pavers glue-bonded to interlocking plate.

An interlocking architectural slab paver as an elevated deck or rooftop superstructure, typically on pedestals but here, placed over 4x or 2x framing² with plates secured to framing, surfaced with span pavers¹ glue-bonded to interlocking plate.

An interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing² or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with thin gauge stone or porcelain tile, glue-bonded¹ to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

An interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing¹ or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with paver grade concrete, stone or porcelain, dry-laid over the Deck Plank, no sand fill, and the completed assembly weighing <5 lbs/sf + paver weight.

A high-wind¹ interlocked rooftop deck requiring access or removable panels, typically on pedestals but here using 24” or 30" O.C. spans on 4x or 2x framing or a superstructure overlaid with a structural Deck Plank secured to framing with a supporting pin plate, screwed to framing, surfaced with thin gauge stone or porcelain tile, glue-bonded² to the structural Deck Plank, and the completed assembly weighing <15 lbs/sf.

Graphic story for System Package Specifications and Sales

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A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

A general summary of this System Package details including a general use statement, parts list and assembly data.

Standard document for Spec Section 06 52 00

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A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

A 3-part specification document for SECTION 06 52 00.

How we stand behind a solid outdoor floor performance

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Standard Test Method for Rate of Burning and/or Extent and Time of Burning of Plastics in a Horizontal Position.

5.1 Tests made on a material under conditions herein prescribed are of value in comparing the rate of burning or extent and time of burning characteristics, or both, of different materials, in controlling manufacturing processes, or as a measure of deterioration or change in these burning characteristics prior to or during use. Correlation with flammability under actual use conditions is not implied.

Standard Test Method for Rate of Burning and/or Extent and Time of Burning of Plastics in a Horizontal Position.

5.1 Tests made on a material under conditions herein prescribed are of value in comparing the rate of burning or extent and time of burning characteristics, or both, of different materials, in controlling manufacturing processes, or as a measure of deterioration or change in these burning characteristics prior to or during use. Correlation with flammability under actual use conditions is not implied.

Standard Test Method for Rate of Burning and/or Extent and Time of Burning of Plastics in a Horizontal Position.

5.1 Tests made on a material under conditions herein prescribed are of value in comparing the rate of burning or extent and time of burning characteristics, or both, of different materials, in controlling manufacturing processes, or as a measure of deterioration or change in these burning characteristics prior to or during use. Correlation with flammability under actual use conditions is not implied.

Standard Test Method for Determining Ignition Temperatures of Plastic; Spontaneous (Self) Ignition temperature only.

4.1 Tests made under conditions herein prescribed can be of considerable value in comparing the relative ignition characteristics of different materials. Values obtained represent the lowest ambient air temperature that will cause ignition of the material under the conditions of this test. Test values are expected to rank materials according to ignition susceptibility under actual use conditions.

Standard Test Method for Determining Ignition Temperatures of Plastic; Spontaneous (Self) Ignition temperature only.

4.1 Tests made under conditions herein prescribed can be of considerable value in comparing the relative ignition characteristics of different materials. Values obtained represent the lowest ambient air temperature that will cause ignition of the material under the conditions of this test. Test values are expected to rank materials according to ignition susceptibility under actual use conditions.

Standard Test Method for Determining Ignition Temperatures of Plastic; Spontaneous (Self) Ignition temperature only.

4.1 Tests made under conditions herein prescribed can be of considerable value in comparing the relative ignition characteristics of different materials. Values obtained represent the lowest ambient air temperature that will cause ignition of the material under the conditions of this test. Test values are expected to rank materials according to ignition susceptibility under actual use conditions.

Standard Test Methods of Conducting Strength Tests of Panels for Building Construction.

8.1 The procedures described are those that will test the behavior of segments of wall construction under conditions representative of those encountered in service. Performance criteria based on data from those procedures can ensure structural adequacy and service life.

Standard Method of Test for Surface Burning Characteristics of Building Materials.

4.1 This test method is intended to provide only comparative measurements of surface flame spread and smoke density measurements with that of select grade red oak and fiber-cement board surfaces under the specific fire exposure conditions described herein.

Standard Method of Test for Surface Burning Characteristics of Building Materials.

4.1 This test method is intended to provide only comparative measurements of surface flame spread and smoke density measurements with that of select grade red oak and fiber-cement board surfaces under the specific fire exposure conditions described herein.

Standard Test Methods for Fire Tests of Roof Coverings.

4.1 The test methods described herein are intended to provide a basis for relative comparison of roof coverings. The test methods include simulated fire exposure to the outside of the roof coverings, and, where applicable, a determination as to whether the fire performance characteristics of the roof coverings will be adversely affected by prolonged exposure to rain.

Under-Deck Flame Test.

12-7A-4.1 Application. The minimum design, construction and performance standards set forth herein for unloaded decks are those deemed necessary to establish conformance to the provisions of these regulations. Materials and assemblies that meet the performance criteria of this standard are acceptable for use as defined in California Building Standards Code.

12-7A-4.2 Scope. This standard evaluates the performance of decks (or other horizontal ancillary structures in close proximity to primary structures) when exposed to direct flames and brands. The under-deck flame exposure test is intended to determine the heat release rate (HRR) and degradation modes of deck or other horizontal boards when exposed to a burner flame simulating combustibles beneath a deck. The burning brand exposure test is intended to determine the degradation modes of deck or other horizontal boards when exposed to a burning brand on the upper surface.

Standard for Uplift Tests for Roof Covering Systems.

1.1 The test method specified in this Standard is intended to provide uplift resistance data for the evaluation of the attachment of roof covering systems to roof decks by using differential air pressures. It is applicable to any type of roofing system which is adaptable to the test equipment.

1.2 The test evaluates the roof covering systems method of attachment, including all components such as base sheets, ply sheets, slip sheets, membranes, etc. and insulation, if used. Supporting roof decks are evaluated only with respect to span conditions and physical properties such as gauge, yield strength, grade, size and/or species of lumber and related factors which affect fastener attachment or bond strength.

Standard for Uplift Tests for Roof Covering Systems.

1.1 The test method specified in this Standard is intended to provide uplift resistance data for the evaluation of the attachment of roof covering systems to roof decks by using differential air pressures. It is applicable to any type of roofing system which is adaptable to the test equipment.

1.2 The test evaluates the roof covering systems method of attachment, including all components such as base sheets, ply sheets, slip sheets, membranes, etc. and insulation, if used. Supporting roof decks are evaluated only with respect to span conditions and physical properties such as gauge, yield strength, grade, size and/or species of lumber and related factors which affect fastener attachment or bond strength.

Material safety details where required for best use practices

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A thick, flexible engineered adhesive for exterior all weather bonding of uniformly thin gauged natural stone, porcelain tile or other reconstituted materials to GX01 Floor Plank.

A thick, flexible engineered adhesive for exterior all weather bonding of uniformly thin gauged natural stone, porcelain tile or other reconstituted materials to EP01 Floor Plank.

A mechanical welding adhesive for bonding Floor Plank edges. This 2-part adhesive creates a structural bond between panel edges or other panel contact points.

A structural flooring panel for exterior walking surfaces as a spanned structure between bearing points or surfaces.

A list of other parts not requiring an SDS document.

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