Stone Bases & Alternatives
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Transcript Stone Bases & Alternatives
Precision Performance and Maximized Drainage
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CONCEPT
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PDS tile installed on concrete base
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FieldTurf installed over the tile
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Water flows:
Through Turf and PDS 2x2 Tile
Onto base
Into drains
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THE COMPLETE SYSTEM
FieldTurf
PDS Tile
Concrete
Crushed Stone
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THE COMPLETE SYSTEM – In Action
FieldTurf
PDS Tile
Concrete
Crushed Stone
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Roof Top Anchoring – Special Case
Wall
FieldTurf
Adhesive
Angle Iron
PDS Tile
Crushed Stone
Concrete
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MAJOR BENEFITS
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Precision Performance
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Maximized Drainage
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Installation Friendly
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Reduced Installation Time
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Minimized Base Cost
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PRECISION PERFORMANCE
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Surface Consistency
Uniform surface…anywhere
64 squares conform to surface
No “bridging”
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PRECISION PERFORMANCE
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Exceptional Load Bearing Capacity
Max load at yield is 164 psi
4.3 times greater than competition
Design safety factor of 2.7
Competitor is 0.62…not much safety
1,088 legs and roman arches
Support and distribute stresses
Delivers long term performance
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PRECISION PERFORMANCE - FEA
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PRECISION PERFORMANCE
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Thermal Expansion and Contraction
PDS Tile will install flat in “heat”
224 thermal “u” joints per 2x2 tile
Bi-directional 0°-90°
“Slack” in “Smart Clip”
Bi-directional
Ensures easy assembly
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PRECISION PERFORMANCE
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Tri-Axial Design
0°/ 90°/±45° resists bending and twisting
Grid holes less than 9/16” wide
Eliminates “dip” causing gaps by 77%
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Turf Grip
18 Small “bumps” per small square
Edges of Tri-axial design
Infill acts as ballast
Turf stays in place. Sure footed.
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MAXIMIZED DRAINAGE
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Maximized Volume Voids
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Unequalled Vertical Permeability
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Unparalleled Horizontal Transmissitivity
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Outstanding Support
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MAXIMIZED DRAINAGE
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Maximized Volume Voids
PDS tile has 84% volume voids
It’s more about what’s not there
Typical competitive product has 35%
PDS tile guarantees drainage
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MAXIMIZED DRAINAGE
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Unequalled Vertical Permeability
PDS tile has 71% surface voids
Ensures water flow through turf/tile
PDS tile never holds back water
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MAXIMIZED DRAINAGE
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Unparalleled Horizontal Transmissitivity
Optimized number of legs
Ensures horizontal flow
0.172
Optimized leg ht
0.328
Maximizes below tile volume
Lab tested (ASTM)
PDS tile drains 153 times better than
competitive product
All this…in a low profile ½” design
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MAXIMIZED DRAINAGE
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Outstanding Support
Added radii to bottom of legs
1,088 legs
1.93 legs/si
19% leg area/si
No load concentration
Better than a bed of nails!
Leg Beveling
Smooth “edges”
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INSTALLATION FRIENDLY
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Lightweight design
1.468 lbs for 3.92 sf of tile
Easy to handle, speeds up install
Easy to cut
8 “Smart Clips”
Provide firm positive lock
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8 Smart Clips
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Beveled “teeth” in clip
Allows for easy tile removal
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Small rotation in Smart Clips
Installer can roll up the tile
Temporarily place it aside if required
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PDS TILE – Transition Joint
Face this way
Install PDS Joint
Align with Centre
FTTK Logo
Bottom Left
PDS Joint
(Green)
Face this way
FTTK Logo
Bottom Left
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REDUCED INSTALLATION TIME
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Installed in 50% less time
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Increased installation capacity
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Use PDS…make $$
Liner
Crushed Stone
Natural Soil or Fill
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MINIMIZED BASE COST
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Save significantly on base cost
Depending on location
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Use PDS…save $$ !!!
Liner
Crushed Stone
Natural Soil or Fill
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PDS TILE - TECHNICAL SUMMARY
Feature
Value
Benefit
Weight
Lightweight @ 1.468 lbs for a tile
Easier to handle. Truck = one field
Field Conformance
64 small squares
Conforms locally to field
Tri-axial design
0°/90°/±45° supports
Resist bending and twisting
Smart Clip
Easy to clip. Addresses expansion.
Installer friendly. Easy to reposition.
Surface Dimensions
23.76” x 23.76”
Tile efficient. Less for a field.
Tile Ht
Remains ½”
Low profile.
Leg Ht
0.328”
Roman Arches
Optimized design
Maximizes horizontal drainage.
Added radii to bottom of legs
Supports and distributes stresses
Vertical Flow: Permeability
Surface Voids 71%
Maximizes vertical drainage.
Horizontal Flow: Transmissitivity
Volume voids – 84%
Maximized volume under tile
164 PSI
Maximizes horizontal drainage.
224 bi-direction “u” joints per tile
Smart Clip has bi-directional “slack”
18 friction bumps. Friction with ribs.
Easy install.
Tiles expand & contract
Improved turf grip. Sure footed.
Compression
Thermal Expansion Joints
Turf Grip
“Right spec.” Safety design factor 2.7
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PDS TILE MANUFACTURING
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Currently
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By Nov 2007
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Less than 4 days
= 80,000 sf
Less than 2 days
High Capacity
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PDS Installations: 2” Stone, Liner
Stadium
Dimond HS
Schopflin
Spruce Grove
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Location
Alaska
California
Alberta
SF
98,000
167,000
223,600
488,600
Date
Aug, 2007
Sep, 2007
Oct, 2007
Approx. 500,000 sf installed
5 fields in total
PDS is validated
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Over 1 MM sf by 2008 Q1
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Varied climates
Hot, Cold, Wet
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PDS Installations: Concrete or Asphalt
Stadium
Aloha Stadium
Westminster College
McMahon Stadium
Maranatha High School
University of Wisconsin
Montclair Sate
Clark-Plan
Oregon State University
St. John's University
Sams Stadium
McMurray
Creighton University
Sara Roosevelt
Lifetime Fitness
Denver Broncos
GM Renaissance
Location
Hawaii
Utah
Alberta
California
Wisconsin
New Jersey
Texas
Oregon
New York
Texas
Louisiana
Nebraska
New York
Florida
Colorado
Michigan
SF
129,760
109,660
107,100
104,960
91,120
88,320
85,760
84,480
80,464
71,440
61,000
33,280
25,600
19,900
17,420
8,000
1,118,264
Date
Jul, 2003
Jul, 2006
May, 2006
Sep, 2005
Aug, 2003
Jun, 2006
Jun, 2006
Jun, 2005
Sep, 2002
Aug, 2007
Oct, 2007
Sep, 2006
Aug, 2006
Feb, 2007
Jul, 2003
Jun, 2006
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Precision Performance and Maximized Drainage
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