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Photos: Courtesy of Unilock®
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| Natural |
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Sandstone |
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St. Clair |
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Standard
24" x 3 " x 12" |
Corner
24" x 3 " x 12" |
Coping Unit
24" x 3" x 12" |
Closed-End-Coping
24" x 3" x 12 " |
The sleek face of Pisa Reversible® allows you to create walls with an attractive tiered quality resembling layers of natural slate. The split face gives a natural appearance to the wall, planter,or step design. The units can also be reversed so that the wall stacks vertically allowing for the construction of seat walls.It has a split finish and is built for gardens, seatwalls, and pillar applications.
Stones & Bundling |
FaceFt/ Bundle |
FaceFt/
dbl Unit |
Lin Ft/ Bundle |
|
Units/ Bundle |
Dbl Units/ FaceFt |
Sections/ Bundle |
Lbs/ dbl Unit |
Lbs/ Bundle |
Standard 12" |
16 |
1 |
64 |
4 |
16 |
1 |
2 |
140 |
2235 |
| Corner |
16 |
1 |
96 |
64 |
16 |
1 |
2 |
140 |
2235 |
| Coping |
16 |
1 |
64 |
4 |
16 |
1 |
2 |
140 |
2235 |
| Closed-End Cope |
16 |
1 |
64 |
4 |
16 |
1 |
2 |
140 |
2235 |
Colors: Sandstone, St. Clair
Notes: Max heighr-48" (under optimum conditions). Higher walls can be achieved using geogrid reinforcement. Max vertical free-standing wall height under optimum conditions is 30". To achieve a vertical wall, every other course must be reversed.
Wall Units
Step 1: Height of wall (includes buried course) X Length of wall = Square Face Feet
Step 2: Square Face Feet = Double Units Required
Step 3: Double Units x Cost per Double Unit = Cost of Material
Pisa Coping Units
Step 1: Length of wall / 4 (lineal feet per Double Unit) = Double Units Required
Step 2: Total Double Units x Cost per Unit = Cost of Material
Pisa Reversible Corner
Step 1: Height of wall in inches x Number of 90 degree corners in wall = Total Combined Inches
Step 2: Total Combined Inches / 3 (height of unit) = Single Corner Units Required
Step 3: Single Corner Units / 2 (sold by dbl. Unit) = Double Units required
Step 4: Number of Double Units / 16 (number of units per bundle) = Bundles Required
Step 5: Round up to the next full Bundle.
Step 6: Number of Bundles x 16 = Double Units Purchased
Step 7: Total Double Units x Cost per Unit = Cost of Material
Note: Unilock provides these calculation formulas as a service for estimating material requirements. Unilock will not be held responsible in any way for resulting product overage or shortage.
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