Technical Guide

Transcription

Technical Guide

Technical
Guide
–
WA L L S
–
S L A B S
–
C U R B S
Landscaping
Products
20
08
TECHNICAL
P AV E R S
permapro
curbs
WALLS
Installation Guide
Celtik
Mega-Celtik
Keystone System
Combined foundation slab
Pisa
SLABS
Installation Guide
Portage
Barcelona
Roman Cobble
CURBS
Installation Guide
Celtik
Universal
04
08
12
14
18
21
24
26
28
30
Mega-Trafalgar
Mega-Arbel
Mega-Bergerac Plus
Bergerac
Paleo Modular
Paleo Circle
Canvas
Lineart
Heritage
10
14
16
20
22
25
27
29
32
Geo-Celtik
Monaco
Unislope I
Old Forge
Split-face
Universal Slope block
38
53
56
57
64
68
71
73
Rockcliffe
Rustic
Riverstone
70
72
74
76
77
79
Celtik Mega curb
Universal Mini-Curb
78
79
82
Adhesive, nails and edges
84
34
42
52
54
56
58
61
62
plans
PERMAPRO
Polymeric sand,
Stone Dust
PLANS
Our landscaping plans
85
Our addresses
92
Ottawa Confederation Boulevard. Pavers : Mega-Pavers pavers
University of Toronto
Wellness Centre at Erindale Campus
in Mississauga.
Exterior cladding: Versailles Stone
For warranty details, visit:
permacon.ca/information menu/warranty section
Pavers
Permacon is also the choice
of architects and engineers
for creating millions of projects,
public and private alike.
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91
Installation Guide
Parvis
Trafalgar
Arbel
Mega-Bergerac Plus Circle
Bergerac Circle
Paleo
Vendome
Marina
AquaStyl
pavers
Table
of
contents
pavers
walls
slabs
PAVERS
Excavation
1.1
If pipes or wires are located in the area to be excavated, contact the representatives of the company concerned before
the work is started.
1.2
To ensure sufficient drainage, excavate the soil to obtain a minimum incline of 2% (20 mm/m or 1/4 inch per foot).
1.3
The excavation contour should extend beyond the surface to be paved by at least 300 mm (12”). Ideally, this distance should be
1 to 1 1/2 times the thickness of the foundation. The stability of the project depends on this measurement, which ensures that the
paving stones at the edge will be as well supported as those in the centre.
1.4
Level the bottom of the excavation with a rake and if the soil is sandy, compact it with a vibrating plate or roller. It is preferable
not to pack clay soil at this stage. In this case, the use of a geotextile membrane placed between the natural soil and the foundation
is recommended to prevent foundation contamination by clay and ensure greater stability. Refer to the chart to get the minimum
excavation required (Ref: Photo #1)
Foundation
2.0
Spread and compact the 20-0 mm (0-3/4”) stone in 100 mm (4”) layers. Lightly water the 20-0 mm (0-3/4”) stone to make
tamping easier. To ensure an adequate foundation, compact the stone several times with a vibrating plate or roller,
or a jumping jack (Ref: Photo #2). Once this stage is completed, you will be able to see what the final result will look like.
You can verify the final level of the pavers by placing a paver on a guide. (Ref: Photo #3)
Refer to the typical installation drawings (see page 4).
Curb
3.0
Installing Universal® curb or Universal® Mini-curb: Before you finish the foundation, proceed immediately with the installation
of the Universal curb or Universal Mini-curb. Begin by installing the curb on one side. Before installing the curb on the other side,
temporarily place a row of paving stones in order to determine the ideal distance and thus to determine the position of the other
curbs and avoid having to cut pavers later. Installing Celtik curb: To install these types of curbs, see step 5.7 of section 5 – Laying the
paving stones.
Installation
bed
4.1
4.1 Spread between 15 mm (5/8”) and 25 mm (1”) of concrete sand or screening (Ref: Photo #4).
Bear in mind that a 25 mm (1”) bed will be reduced down to 15 mm (5/8”) in thickness once compacting is completed after
the paving stones are installed.
4.2
Level the concrete sand using two (2) 25 mm (1”) diameter pipes and a straight plank (Ref: Photo #5).
Any significant variation in bed thickness may cause irregularities in the paved surface.
4.3
Make sure you do not compact the screenings or the sand before laying the pavers on the installation bed.
5.1
Arrange the paving stones according to the pattern chosen with a 90° angle if possible. Proceed by walking on the paving stones
(Ref: Photo #6). Fill the holes left by the pipes.
5.2
Paving stones are manufactured with side spacers that will set a space of 3 mm (1/8”) between each paver. A space of 2 mm
must be allowed for paving stones without spacers.
5.3
To obtain an even distribution of colour and texture, it is recommended that you choose paving stones from more than
one cube at a time. Moreover, working across each cube always gives the best results.
5.4
Check the alignment of the pavers after every five rows installed and adjust them, if necessary, using a screwdriver.
5.5
Install paving stones up to the last row. To avoid having to cut paving stones later, determine the position of the curbs to finish
with a complete paving stone.
5.6
If necessary, you can cut the paving stones using a cold chisel, specialized tools such as guillotine or a concrete saw (Ref: Photo #7).
It is recommended that you use a chalk line to mark the paving stones to be cut. If you have to use a guillotine to cut the stones,
make sure that the cut is at a slight angle as pavers cut this way are much easier to install. If you use a concrete saw, keep away
from the paving stones already installed, since the dust and dirt from sawing will permanently stain them. Wear safety glasses
when cutting concrete products.
5.7
On both sides of the paving surface, proceed with installing the Celtik curb. (Ref: Photo #8)
5.8
Once you have finished laying them, stabilize the pavers using a vibrating plate (Ref: Photo #9).
This operation will settle the stones into the bed while levelling the surface. For best results, run the plate over the pavers two
or three times in both directions. The paving stones will settle into the screenings or the concrete sand by about 10 mm (3/8”).
6.1
Spread concrete sand over the paving stone, let dry, if necessary, then work it into the joints by brushing in all
directions (Ref: Photo #10). (For improved performance, use Permacon’s stabilizing sand or Permacon Polymeric sand.)
6.2
Remove the excess sand and work the remainder in by passing the vibrating plate over it. Repeat steps 6.1 and 6.2 if necessary.
6.3
If, after a few days, some joints are not properly filled, repeat the procedure.
6.4
We suggest setting aside a number of paving stones for replacement.
1
3
4
5
6
2
pavers
Generic Installation Guide I Pavers
•
•
•
•
•
•
•
•
•
•
•
•
•
•
1 wheelbarrow
a few pegs
2 rigid pipes with a diameter of 25 mm (1 in.) x 3 m (10 ft.)
1 25 mm x 150 mm x 2,4 m (1 in. x 6 in. x 8 ft.) plank
1 plumb line
1 level
1 15 m long (50 ft.) bricklayer’s line
1 shovel
1 chalk line
1 measuring tape
1 broom
1 rake
1 guillotine or concrete saw (available from rental stores)
1 vibrating plate
(compacting tool available from tool rental stores)
Laying
the paving
stones
Optional
• jumping jack
• vibrating roller
4
The jumping jack and vibrating roller should not be used
for compacting paving stones, only for the foundation.
Filling
the joints
5
Tools required
I Pavers
Generic Installation Guide
I Pavers
Typical Cross Section
pavers
Paver and Celtik® Curb
PAVING STONE
01
02
03
LAYING BED 25 mm (1”)
(CONCRETE SAND)
380 mm
(15”) 300 mm
(12”)
FOUNDATION 20–0 mm (0–3/4”)
04
05
CELTIK® CURB
300 mm–380 mm
(12”–15”) EXCESS WIDTH
06
Other typical cross sections are also available at:
permaconpro.ca / information menu / support to professionals section in pdf format (acrobat reader) or dwg (autocad).
08
09
Nature of project
Nature of soil
6
Clay
Patio or sidewalk
Sandy
Clay
Sandy
Minimum excavation required
375 mm
(15”)
275 mm
(11”)
275 mm
(11”)
225 mm
(8 7/8”)
Minimum foundation thickness
(20-0 mm (0-3/4”) crushed stone)
300 mm
(12”)
200 mm
(8”)
200 mm
(8”)
150 mm
(6”)
Minimum/maximum uncompacted
installation(1) bed
15 to 25 mm
(5/8” to 1”)
15 to 25 mm
(5/8” to 1”)
15 to 25 mm
(5/8” to 1”)
15 to 25 mm
(5/8” to 1”)
60 mm or 80 mm
(2 3/8”) or (3 1/8”)
60 mm or 80 mm
(2 3/8”) or (3 1/8”)
60 mm or 80 mm
(2 3/8”) or (3 1/8”)
60 mm or 80 mm
(2 3/8”) or (3 1/8”)
Thickness of the paving stone
10
Driveway
(2)
The information in this table shows the minimum required for a job well done. Anything above this level will mean improved stability for the whole.
(1)
Once compacted, a 25 mm (1”) bed will be reduced down to 15 mm (5/8”).
(2)
For certain areas where clay soil is unstable, the minimum excavation required is 600 mm (24”) and the minimum foundation is 525 mm (21”).
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07
I
Parvis pavers I
TM
Descriptive Data Sheet
New products 2008
I Specific Installation Guide
Parvis pavers
TM
pavers
LAYING PATTERNS
Average unit
30 units/m2
2,8 units/ft2
Surface per layer
1.08 m2
11.59 ft2
Surface per pallet
9.69 m2
104.2 ft2
Weight per pallet
931 kgs
2053 lbs
Linear pattern
A
B
C
D
E
F
G
H
Parvis paver (43 x 180 x variable) 3 sizes on mortar with tight joints
Pavers on setting bed
Adhesive or mortar 12 mm thick (± 1/2”)
Steel angle fastened to concrete with anchors
Concrete stairway
Granular base 0–20 mm
Concrete pier (footing under frostline)
Rigid insulator
A
Random cube
43 mm x 180 mm x 90 mm
1 11/16” x 7 1/16” x 3 9/16”
Potential uses:
B
43 mm x 180 mm x 180 mm
1 11/16” x 7 1/16” x 7 1/16”
C
Modular pattern
43 mm x 180 mm x 270 mm
1 11/16” x 7 1/16” x 10 5/8”
1
Can be used as pavers on granular foundation for a traditional installation with or without sand joints (tightly packed).
Also can be used for construction of sidewalks, walkways, patios, etc.
2
As a covering for concrete surfaces such as staircases, patios, pool decks and others. (See sketch).
Pavers are installed on a suitable binder such as mortar or adhesive:
Mortar: Type-10 Portland cement + concrete sand
Polyurethane: Permacon’s Permapro adhesive
Epoxy: Chemor or Sika epoxy adhesive
Hatching of these laying patterns are available on our website
permaconpro.ca / information menu / support to professionals section
The colour swatches (for 3D rendering) are available on our Web site
Installation is completed without joints by pressing pavers together. The use of polymeric sand is optional.
To cover a patio, another option is also available. Lay pavers around the perimeter of the patio with a standard mortar
at least 12 mm (1/2 inch) thick. The centre of the patio should be installed on a bed of stone screening dry-mixed with Portland cement
by tightly packing the paving stones. Fill joints with Permacon’s Permapro polymeric sand.
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9
Note: If the concrete surface needs repair, a self-leveling or patching mortar (e.g. Sika) can be used as preparation.
RANGE SILEX GREY
RANGE FOSSIL BEIGE
RANGE SHELL BEIGE
RANGE COGNAC BROWN
I
Mega-Trafalgar pavers I New products 2008
TM
LAYING IDEAS
I
Mega-Trafalgar pavers I New products 2008
TM
LAYING PATTERNS
Edging
pavers
Edging
Average unit
11.3 units/m2
1.05 units/ft2
Surface per layer
1.07 m2
11.6 ft2
Surface per pallet
8.6 m2
92.8 ft2
Weight per pallet
1572 kgs
3458 lbs
Linear pattern
Pathway
Modular pattern
Modular pavers are designed in proportional multiples
A
B
A
Random cube
80 mm x 150 mm x 300 mm
3 1/8” x 5 7/8” x 11 3/4”
B
C
C
B
A
B
80 mm x 300 mm x 300 mm
3 1/8” x 11 3/4” x 11 3/4”
Note: Modular bond patterns will, on
occasion, result in small holes. These can
easily be filled using halves of “A” pavers
once the main pattern has been laid.
C
80 mm x 300 mm x 450 mm
3 1/8” x 11 3/4” x 17 5/8”
10
Note: These patterns are examples of a modular laid paver. It should not be followed as an exact laying pattern. Permacon assumes no liability
for product overages or shortages resulting from the installation of the above pattern.
RANGE BOURBON BEIGE
RANGE CHATHAM BEIGE
RANGE NORVICK GREY
11
Note: Trafalgar pavers are designed to give modular or linear patterns. There are three sizes of pavers; dimensions are in proportional multiples, which enables a variety
of laying patterns. To speed up the installation, we recommend you do not follow a preset bond pattern. Avoid long joint lines.
I
I
Trafalgar® pavers
Trafalgar® pavers
LAYING IDEAS
pavers
LAYING PATTERNS
Edging
A–B–C
Average unit
variable
variable
Surface per layer
1.08 m2
11.63 ft2
Surface per pallet
9.72 m
104.63 ft
Weight per pallet
1548.5 kgs
3406.7 lbs
Surface per layer
1.08 m2
11.63 ft2
Surface per pallet
9.72 m
104.63 ft2
Weight per pallet
1559 kgs
3429.8 lbs
2
Linear pattern, 0 % Large Square
Modular pattern, 0 % Large Square
Modular pattern, 10-15 % Large Square
1 pallet of Large Square for 8 pallets of regular pavers
Pathway
2
D – Large square
2
A
Random cube
70 mm x 200 mm x 100 mm
2 3/4” x 7 7/8” x 3 15/16”
B
A
70 mm x 200 mm x 200 mm
2 3/4” x 7 7/8” x 7 7/8”
C
B
70 mm x 300 mm x 200 mm
2 3/4” x 11 13/16” x 7 7/8”
B
C
C
D
Note: Modular bond
patterns will, on
occasion, result in small
holes. These can easily
be filled using halves
of “A” pavers once
the main pattern has
been laid.
D
LARGE SQUARE
70 mm x 300 mm x 300 mm
2 3/4” x 11 13/16” x 11 13/16”
Linear pattern (checkerboard), 100 % Large Square
RANGE BOURBON BEIGE
RANGE CHATHAM BEIGE
RANGE NORVICK GREY
RANGE TACOMA GREY
NEW
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12
Note : Trafalgar pavers are designed to give modular or linear patterns. There are four sizes of pavers; dimensions are in proportional multiples, which enables a variety of
laying patterns. The utilization of the “D” pavers or large square pavers gives a more random result. BEFORE ordering, make sure you have selected the correct proportion
of large square pavers according to the effect you wish to achieve. Packaging in two separate cubes (A, B, C and D) provides great flexibility in terms of laying patterns
and makes it easy to use large square pavers for curbs, pool coping, inserts or accents. To speed up the installation, we recommend you do not follow a preset bond
pattern. Avoid long joint lines.
Mega-Arbel and Arbel pavers
®
TM
LAYING IDEAS
Entrance, pathway
or irregular patio
Mega-Arbel and Arbel® pavers
TM
Refer to the installation guide on pages 4 and 5 for a description on how to prepare the foundation beforehand.
pavers
I
Installation of an irregular patio or sidewalk—WITHOUT CUTTING
Step 1
Step 2
Place 3 pavers together in order to form a cloverleaf.
Add more sets of 3 pavers (cloverleaf)
to fill in the surface to be covered.
Step 3
STRAIGHT BORDERS
Complete the balance of the surface to be
covered with a single paver for the final result.
In order to achieve a straight border for a patio
and/or sidewalk, you must install the pavers in such
a way that it surpasses the surface completely.
Saw cut the excess pieces. Tighten the pavers together
using a few rows of Mega Trafalgar or Vendome pavers
sealing them with Permapro Plastic Edge.
Arbel pavers
Average unit
Surface per layer
15.33 units/m2
1,42 units/ft2
0.78 m2
8.43 ft2
Surface per pallet
7.05 m2
75.83 ft2
Weight per pallet
1218.8 kgs
2686.88 lbs
Entrance, pathway
or straight patio
Arbel pavers
80 mm x 271 mm x 370 mm
3 1/8” x 10 5/8” x 14 1/2”
LAYING PATTERN
Mega-Arbel pavers
Average unit
7.45 units/m2
0.69 units/ft2
Surface per layer
0.80 m2
8.66 ft2
Surface per pallet
7.24 m
77.98 ft2
Weight per pallet
1306.74 kgs
2880.84 lbs
2
Mega-Arbel pavers
80 mm x 390 mm x 532 mm
3 1/8” x 15 3/8” x 20 15/16”
Random pattern
Hatching of this laying pattern is available on our website
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15
RANGE DANVILLE BEIGE
RANGE RICHMOND GREY
RANGE MELBOURNE GREY
RANGE KINGSEY BROWN
NEW
I
I
Mega-Bergerac Plus pavers
TM
TM
LAYING IDEAS
LAYING PATTERNS
Edging
A–B–C
Average unit
pavers
Banding
16.9 units/m2
1.57 units/ft2
Surface per layer
1.01 m2
10.85 ft2
Surface per pallet
9.07 m
97.65 ft
Weight per pallet
1700 kgs
3740 lbs
7.75 units/m2
0.72 units/ft2
Surface per layer
0.78 m
8.37 ft2
Surface per pallet
7m
75.33 ft2
Weight per pallet
1319 kgs
2
2
D – Large Square
Average unit
2
2
2902 lbs
A
Random cube
80 mm x 240 mm x 120 mm
3 1/8” x 9 1/2” x 4 3/4”
B
A
80 mm x 240 mm x 240 mm
3 1/8” x 9 1/2” x 9 1/2”
C
B
80 mm x 240 mm x 360 mm
3 1/8” x 9 1/2” x 14 1/4”
B
C
C
D
Note: Modular bond
patterns will, on
of “A” pavers once
been laid.
D
LARGE SQUARE
80 mm x 360 mm x 360 mm
3 1/8” x 14 1/4” x 14 1/4”
RANGE AUVERGNE CHARCOAL
RANGE BRITTANY BEIGE
RANGE COGNAC BROWN
RANGE GASCONY BEIGE
RANGE ARDENNES GREY
17
16
Note: Mega-Bergerac Plus pavers are designed to give modular or linear patterns. There are four sizes of pavers; dimensions are in proportional multiples,
which enables a variety of laying patterns. The utilization of the “D” pavers or large square pavers gives a more random result.
BEFORE ordering, make sure you have selected the correct proportion of large square pavers according to the effect you wish to achieve. Packaging in two separate
cubes (A-B-C + D) provides great flexibility in terms of laying patterns and makes it easy to use large square pavers for curbs, pool coping, inserts or accents.
To speed up the installation, we recommend you do not follow a preset bond pattern. Avoid long joint lines.
Mega-Bergerac Plus Circle pavers
TM
I
Mega-Bergerac Plus Circle pavers
TM
LAYING IDEAS
LAYING PATTERN
Half circle
To get a complete circle, be sure to follow the laying
order illustrated bellow.
pavers
I
Each cube contains enough pavers for:
• 1 circle 2.64 m (8 ft 8 in.) in diameter
Quarter round
Average unit
21.2 units/m2
1.97 units/ft2
Surface per pallet
5.70 m
61.35 ft
Weight per pallet
1080 kgs
2381 lbs
2
A
80 mm x 200 mm x 240 mm
3 1/8” x 8” x 9 1/2”
2
B
80 mm x 240 mm x (276 – 99 mm)
3 1/8” x 9 1/2” x (10 13/16” – 3 7/8”)
C
Random cube
80 mm x 240 mm x (220 – 159 mm)
3 1/8” x 9 1/2” x (8 5/8” – 6 1/4”)
D
80 mm x 240 mm x (274 – 213 mm)
3 1/8” x 9 1/2” x (10 3/4” – 8 3/8”)
2.64 m (8’ 8”)
E
80 mm x 240 mm x (164 – 103 mm)
3 1/8” x 9 1/2” x (6 7/16” – 4 1/6”)
F
80 mm x 240 mm x (221 – 132 mm)
3 1/8” x 9 1/2” x (8 11/16” – 5 3/16”)
G
18
19
80 mm x 200 mm x 240 mm
3 1/8” x 8” x 9 1/2”
RANGE COGNAC BROWN
RANGE GASCONY BEIGE
RANGE ARDENNES GREY
I
I
Bergerac® Circle pavers
Bergerac® pavers
LAYING IDEAS
LAYING IDEAS
Edging
Half circle
pavers
Quarter round
LAYING PATTERN
Sinuous pathway
• 2 circles 2.38 m (7’ 10”)
or • 1 circle 3.52 m (11’ 7”)
Average unit
41.1 units/m2
3.82 units/ft2
Surface per layer
0.95 m2
10.2 ft2
Surface per pallet
11.37 m2
122.4 ft2
Weight per pallet
1649 kgs
3628 lbs
Average unit
62.4 units/m2
5.8 units/ft2
Surface per pallet
9.94 m
107 ft2
Weight per pallet
1443 kgs
3175 lbs
A
LAYING PATTERN
60 mm x 140 mm x 140 mm
2 3/8” x 5 1/2” x 5 1/2”
A
B
60 mm x 140 mm x 120 mm
2 3/8” x 5 1/2” x 4 3/4”
Random cube
60 mm x 140 mm x (157 – 57 mm)
2 3/8” x 5 1/2” x (6” – 2 1/4”)
B
Random cube
2
60 mm x 140 mm x 160 mm
2 3/8” x 5 1/2” x 6 1/4”
C
C
60 mm x 140 mm x (125 – 82 mm)
2 3/8” x 5 1/2” x (4 15/16” – 3 1/4”)
D
60 mm x 140 mm x 200 mm
2 3/8” x 5 1/2” x 7 7/8”
60 mm x 140 mm x 120 mm
2 3/8” x 5 1/2” x 4 3/4”
2.38 m (7’10”)
D
G
3.52 m (11’ 7”)
Linear pattern
60 mm x 140 mm x 240 mm
2 3/8” x 5 1/2” x 9 1/2”
60 mm x 140 mm x 140 mm
2 3/8” x 5 1/2” x 5 1/2”
20
21
RANGE GASCONY BEIGE
RANGE ESTEREL RED
RANGE ARDENNES GREY
RANGE COGNAC BROWN
RANGE GASCONY BEIGE
RANGE ESTEREL RED
RANGE ARDENNES GREY
RANGE COGNAC BROWN
I
I
Paleo® Modular pavers
Paleo® Modular pavers
LAYING IDEAS
pavers
LAYING PATTERNS
Edging
H–B–I
Average unit
Insertion
44.1 units/m2
4.1 units/ft2
Surface per layer
1.08 m2
11.63 ft2
Surface per pallet
11.88 m
127.9 ft
Weight per pallet
1715 kgs
3773 lbs
19.75 units/m2
1.835 units/ft2
Surface per layer
2
1.01 m
10.9 ft2
Surface per pallet
11.14 m
119.9ft2
Weight per pallet
1609 kgs
3540 lbs
2
2
J – Large Square
Average unit
2
H
Modular pavers are designed in propotional multiples
Random cube
60 mm x 150 mm x 75 mm
2 3/8” x 6” x 3”
Note: Modular bond
patterns will, on
of “H” pavers once
been laid.
B
60 mm x 150 mm x 150 mm
2 3/8” x 6” x 6”
I
60 mm x 150 mm x 225 mm
2 3/8” x 6” x 8 7/8”
J
LARGE SQUARE
60 mm x 225 mm x 225 mm
2 3/8” x 8 7/8” x 8 7/8”
22
RANGE SHELL BEIGE
RANGE COGNAC BROWN
RANGE SILEX GREY
RANGE FOSSIL BEIGE
RANGE TERRACOTTA
23
Note: Paleo Modular pavers are designed to give modular or linear patterns. There are four sizes of pavers; dimensions are in proportional multiples, which enables
a variety of laying patterns. The utilization of the “J” pavers or large square pavers gives a more random result. BEFORE ordering, make sure you have selected the
correct proportion of large square pavers according to the effect you wish to achieve. Packaging in two separate cubes (H, B, I and J) provides great flexibility in terms
of laying patterns and makes it easy to use large square pavers for curbs, pool coping, inserts or accents.
I
I
Paleo® Circle pavers
Paleo® pavers
LAYING IDEAS
LAYING IDEAS
Sinuous pathway
Half circle
pavers
Quarter round
LAYING PATTERN
Funnel shape
• 2 circles 1.95 m (6’ 5”)
or • 1 circle 2.85 m (9’ 5”)
Average unit
41.1 units/m2
3.82 units/ft2
Surface per layer
1.01 m2
10.83 ft2
Surface per pallet
12.08 m2
130 ft2
Weight per pallet
1779 kgs
3923 lbs
Average unit
54.4 units/m2
5.06 units/ft2
Surface per pallet
6.76 m
72.8 ft2
Weight per pallet
999 kgs
2203 lbs
A
60 mm x 150 mm x 130 mm
2 3/8” x 5 7/8” x 5 1/8”
LAYING PATTERN
B
A
60 mm x 150 mm x 150 mm
2 3/8” x 5 7/8” x 5 7/8”
Random cube
60 mm x 150 mm x 130 mm
2 3/8” x 6” x 5 1/8”
B
Random cube
2
60 mm x 150 mm x 150 mm
2 3/8” x 6” x 5 7/8”
E
60 mm x 150 mm x 150 mm
2 3/8” x 5 7/8” x 5 7/8”
F
C
60 mm x 150 mm x (171 – 62 mm)
2 3/8” x 5 7/8” x (6 3/4”– 2 3/8”)
60 mm x 150 mm x 170 mm
2 3/8” x 6” x 6 3/4”
1.95 m (6’ 5”)
D
G
2.85 m (9’ 5”)
LARGE SQUARE
60 mm x 150 mm x 187,5 mm
2 3/8” x 6” x 7 3/8”
60 mm x 150 mm x (138 – 89 mm)
2 3/8” x 5 7/8” x (5 3/8”– 3 1/2”)
Linear pattern
24
25
RANGE
TERRACOTTA
RANGE
SILEX GREY
RANGE
FOSSIL BEIGE
RANGE
BROWNSTONE RED
RANGE
COGNAC BROWN
RANGE
SHELL BEIGE
RANGE AUVERGNE
CHARCOAL
RANGE
TERRACOTTA
RANGE
SILEX GREY
RANGE
FOSSIL BEIGE
RANGE
BROWNSTONE RED
RANGE
COGNAC BROWN
RANGE
SHELL BEIGE
RANGE AUVERGNE
CHARCOAL
I
Vendome pavers I
TM
I
Canvas® pavers
New product 2008
LAYING IDEAS
LAYING IDEAS
Edging
Insertion
pavers
800
600
200
600
Edging
Insertion
Average unit
Average unit
16.67 units/m2
1.55 units/ft2
29.8 units/m2
2.7 units/ft2
Surface per layer
1.07 m2
11.55 ft2
Surface per layer
0.96 m2
10.33 ft2
Surface per pallet
9.66 m2
103.95 ft2
Surface per pallet
10.56 m2
113.63 ft2
Weight per pallet
1549 kgs
3415 lbs
Weight per pallet
1302.2 kgs
2871.35 lbs
Double
Triple
LAYING PATTERNS
LAYING PATTERN
A
Random cube
80 mm x 130 mm x 197 mm
3 1/8” x 5 1/8” x 7 3/4”
B
60 mm x 200 mm x 400 mm
2 3/8” x 7 3/4” x 15 3/4”
Linear pattern
80 mm x 130 mm x 262 mm
3 1/8” x 5 1/8” x 10 15/16”
C
Linear pattern
80 mm x 130 mm x 327 mm
3 1/8” x 5 1/8” x 12 7/8”
27
26
Linear pattern with soldiers
RANGE DANVILLE BEIGE
RANGE RICHMOND GREY
RANGE MELBOURNE GREY
RANGE SYLVERY GREY
RANGE COGNAC BROWN
I
I
Lineart® pavers
Marina pavers
TM
LAYING IDEAS
LAYING IDEAS
Stairway – Option 1
Edging with soldiers
pavers
Regular edging
Average unit
6.6 units/m2
2.02 units/ft2
Surface per layer
7.2 m lin.
23.5 ft lin.
Surface per pallet
21,6 m lin.
70.5 ft lin.
Weight per pallet
904 kgs
1990 lbs
A
B
C
D
E
Marina pavers 60 mm x 300 mm x 150 mm (2 3/8” x 11 13/16” x 5 15/16”)
Celtik wall – 90 module (4 sizes) of 90 mm x 225 mm x variable
(3 9/16” x 8 7/8” x variable)
Grey block 10 cm x 20 cm x 40 cm or Celtik wall – 90 module
Granular base 0–20 mm compacted
60 mm pavers
Note: All elements must be glued together
with the Permacon Permapro adhesive
Average unit
Insertion
29.63 units/m2
2.75 units/ft2
Surface per layer
1.01 m2
10.90 ft2
Surface per pallet
6.08 m2
65.4 ft2
Weight per pallet
846 kgs
1862 lbs
Stairway – Option 2
60 mm x 150 mm x 225 mm
2 3/8” x 5 7/8” x 8 7/8”
60 mm x 300 mm x 150 mm
2 3/8” x 11 13/16” x 5 15/16”
A
B
28
29
C
D
Marina pavers 60 mm x 300 mm x 150 mm (2 3/8” x 11 13/16” x 5 15/16”)
Celtik wall – 90 module (4 sizes) of 90 mm x 225 mm x variable
(3 9/16” x 8 7/8” x variable)
60 mm pavers
Granular base 0–20 mm compacted
Note: A and B elements must be glued together
with the Permacon Permapro adhesive
RANGE SILEX GREY
RANGE FOSSIL BEIGE
RANGE SHELL BEIGE
RANGE COGNAC BROWN
RANGE COGNAC BROWN
RANGE SILEX GREY
RANGE FOSSIL BEIGE
I
AquaStyl® pavers
AquaStyl® pavers
LAYING IDEAS
TYPICAL INSTALLATION – POOL COPING
PERMAPRO ADHESIVE
OR MORTAR UNDER FIRST ROW
DETAIL 1
CONCRETE DECK
3 ft wide X 4 in. thick
SLOPE = 1/8” / 12”
WIRE MESH
6 in. X 6 in. X 9 ml (G)
walls
Edging
SAND
POOL PANELS
REINFORCEMENT BARS
PERFORATED DRAIN Ø4”
CONCRETE FOOTING 8” X 8”
METAL ROD 3/8”
Average unit
3.42 units/m lin.
1.04 units/ft lin.
Surface per layer
4.36 m lin.
14.36 ft lin.
Surface per pallet
39.47 m lin.
129.8 ft lin.
Weight per pallet
1530.9 kgs
3376 lbs
CONCRETE SONOTUBE 6” Ø
PVC BORDER
DESCRIPTIONS
Regular pavers
•
•
•
•
3 1/8 in. (80 mm) pavers
Permapro Polymeric sand
Concrete sand or screenings 1 in. (25 mm)
0–3/4 in. Ø 8 in. @ 10 in. compact crush stone
based on soil analysis
• Untouched subgrade
80 mm x 225 mm x 292 mm
3 1/8” x 8 7/8” x 11 1/2”
POOL LINER
POOL PANELS
DETAIL 1
Pool deck
30
31
• 0.040 in. pool liner
• Concrete + fiberglass 4 in. thick
• Untouched subgrade
RANGE COGNAC BROWN
RANGE ARDENNES GREY
RANGE GASCONY BEIGE
I
Heritage® pavers
walls
LAYING PATTERNS
Heritage parquet pattern
Average unit
50.0 units/m2
4.57 units/ft2
Surface per layer
2
1.10 m
11.82 ft2
Surface per pallet
2
10.98 m
118.2 ft2
Weight per pallet
1571 kgs
3456 lbs
Heritage linear pattern
Heritage herringbone pattern
60 mm x 100 mm x 200 mm
2 3/8” x 3 15/16” x 7 7/8”
Walls
32
33
Heritage 45° herringbone pattern
DARK RED
RANGE TERRACOTTA
RANGE RED AND BLACK
LIGHT BROWN
GREY
6
5
4
2
3
1
Excavation
Dig a trench. The excavation depth must take into account the 150 mm (6”) depth of the foundation as well as the buried
depth of the modules or of the first row of modules. Take into consideration that 10% of the height of the wall should be
buried. The width of the trench will depend on the type of block selected. However, you must allow for a trench of at least
300 mm (12”) in width to construct a drainage system with clean stone behind the wall.
Preparation
of the base
Cover the back and the bottom of the trench with a geotextile membrane to prevent the soil from obstructing the
drainage system. This geotextile membrane should project about 300 mm (12”) beyond the top of the slope.
Foundation
Prepare a 150 mm (6”) foundation of 20-0 mm (0-3/4”) crushed stone (in the case of clay soils, it is strongly
recommended to increase the depth of the excavated areas) and compact using a jumping jack or a vibrating plate.
Then install a 102 mm (4”) diameter perforated drain on the foundation and connect it to the existing drainage system.
This drain will be covered with 20 mm (3/4”) crushed stone see step 5.
Installing
the first row
Lay the blocks levelled on top of the foundation according to the layout chosen.
Backfilling
the wall
Fill the space behind the blocks with clean stone of 20 mm (3/4”). Pack down lightly.
Installing
additional
rows
Install additional rows. Backfill the wall (step 5) approximately every 200 mm (8”). Use capping modules to top off your
wall (if available for the type of retaining wall chosen). We recommend the use of a concrete glue to secure them.
Finishing: Cover the clean stone with the excess geotextile membrane in order to avoid contamination of the drainage
system with soil. Fill and level the soil behind the last row of blocks to complete the job.
walls
Generic Installation Guide I Walls
Tool required
35
1 wheelbarrow
a few pegs
1 plumb line
1 level
1 shovel
1 chalk line
1 measuring tape
1 broom
1 rake
1 guillotine or concrete saw
(available from rental stores)
• 1 vibrating plate or jumping jack
(compacting tool available from
tool rental stores)
34
•
•
•
•
•
•
•
•
•
•
•
I Walls
Typical Cross Sections
Design data for retaining wall
Permacon offers technical design services for non-standard walls. Please complete the form and return to your sales representative.
1
Typical installation – Pisa* System
Typical installation – Celtik® wall
Celtik capping module
®
Clean stone
20 mm (3/4”)
Clean stone
20 mm (3/4”)
Capping module
135 mm (5 1/4”) module
Permacon Group
Date:
Region:
Salesperson:
Project #:
Information
Company name:
Project:
Geotextile
2
In Situ Soil
150 mm (6”)
Buried depth
400 mm regular module
Perforated drain
Geotextile
Telephone #:
In Situ Soil
City
Com
Res
Person responsible:
Perforated drain
Foundation
20–0 mm (0–3/4”)
MTQ
walls
200 mm regular module
Foundation
20–0 mm (0–3/4”)
Metric units
Imperial
Prepared by:
Cross-section drawings:
Signature:
For estimates
Stamped drawing
Project title:
Typical installation
Universal* Slope Block, Split-Face Universal* Slope Block
and Old Forge® wall
Clean stone 20 mm (3/4”)
Address:
Information required date:
Module
3
Visible height
variable
150 mm (6”)
Buried depth
Information
Height above ground level:
Wall batter (Please tick the appropriate blank box)
Blocks
Length of wall:
Geotextile
Univ. Split
Water application
Maximum possible height
without overload
at the top of slope wall
Wall angle
Amount of blocks
required
Installation method
Feet
Metres
Feet
Metres
Degrees
/m2
/ft2
Universal* Slope block
Without joints
50 mm (2”) joints
100 mm (4”) joints
4.00
3.25
2.75
1.20
1.00
0.80
5.0
5,0
5,0
1.5
1.5
1.5
15
15
15
35
28
24
3.2
2.6
2.2
Split-faceUniversal*
Slope block
Without joints
50 mm (2”) joints
100 mm (4”) joints
5.0
4.25
3.7
1.5
1.3
1.1
5.0
5.0
5.0
1.5
1.5
1.5
10
10
10
35
28
24
3.2
2.6
2.2
Pisa* System
200 mm (8”) blocks
200 mm (8”), 300 mm (12”)
and 380 mm (15”) blocks
200 mm (8”) and 400 mm (16”) blocks
2.0
5.0
0.60
1.50
-
-
5
5
17
variable
1.6
variable
5.0
1.50
-
-
5
variable
variable
Without joints
5.0
1.5
5.0
1.5
18
33
3.2
Keystone* System
(1)
Mini and/or compact
3.0
0.9
4.0
1.2
2 and 10
22 and 11
2 and 1
Celtik® wall
Angle wall
Vertical wall
3.5
1.7
1.1
0.55
3.0
3.0
0.9
0.9
9
0
variable
variable
variable
variable
Angle wall
Vertical wall
2.6
1.7
0.8
0.5
3.6
3.6
1.1
1.1
9
0
variable
variable
variable
variable
3.0
0.9
3.0
0.9
9
variable
variable
3.0
0.9
3.0
0.9
15
32
3.0
Geo-Celtik® wall
(1)
Mega-CeltikTM wall
(1)
Old Forge wall
®
Geo-Celtik 135
Seismic design?
Type of block
Unitalus*
Unitalus
Design according to MTO?
Minimum
possible radius
4
10° 15° 17° 34° Oth.
Univ. Slope
Retained soil:
Wall characteristics
9°
Keystone
Reinforced soil:
Foundation
150 mm (6”)
5°
Grande
Soil conditions (Refer to #7)
Foundation 20–0 mm (0–3/4”)
2°
Mega-Celtik
Spacing between blocks:
Perforated drain
0°
Others
Bottom wall conditions
Flat:
Top of wall conditions
Flat:
or
or
Slope:
Surcharges:
Distance:
Slope:
Road
(Angle or ratio)
Parking
Cycle path
Pool
Other
5
6
Tiered wall
height
Bottom wall
2nd wall
3rd wall
Distance
Geogrid selection
7
Soil type
Amacron (Emco)
MG-56 (0-2 1/2)
Silt
Fortrac (Huesker)
MG-20 (0-3/4)
Silt & clay
Miragrid (Mirafi)
Grade A sand
Clay
Stratagrid (Strata)
Silty sand
Tensar (Solmax)
Clay sand
(1)
These products offer you the possibility of building higher walls when combined with a geogrid reinforcement. Contact our technical support department for more details.
37
36
Mix of sand, silt and clay
I
I
Celtik® and Geo-Celtik® 135 wall
Note: The dimensions of the Imperial system are approximate.
90, 135 and 225 mm modules
90 mm MODULE
225 mm MODULE
A
I
B
Random cube
90 mm x 225 mm x 260 mm
3 9/16” x 8 7/8” x 10 1/4”
Celtik wall – 90 module
Surface per layer (1 to 6)
Surface last layer
Surface per pallet
Weight per pallet
0.45 m2
0.39 m2
3.1 m2
1552 kgs
J
225 mm x 225 mm x 350 mm
8 7/8” x 8 7/8” x 13 3/4”
K
225 mm x 225 mm x 610 mm
8 7/8” x 8 7/8” x 24”
ANCHOR PIN SYSTEM
D
The Celtik® Wall anchor pin system has been designed to facilitate
the construction of walls with a maximum height of 42” (1.1 m).
The special pin system has been designed to stabilize the overall structure
and guide the installation of modules. The dual-position system allows
for the construction of vertical or 9° sloped walls. Modules are delivered
with two different anchor pins: a regular pin with blades, and a second
pin without blades, designed for the construction of corners.
0.66 m2
0.57 m2
3.35 m2
1690 kgs
C
90 mm x 225 mm x 350 mm
3 9/16” x 8 7/8” x 13 3/4”
4.89 ft2
4.28 ft2
33.6 ft2
3414 lbs
For each module of 90 mm, one alignment pin is included.
Note: 1/4 layer = 1.22 ft2 – 1/8 layer = 0.61 ft2
Surface last layer
Surface per pallet
Weight per pallet
225 mm x 225 mm x 260 mm
8 7/8” x 8 7/8” x 10 1/4”
Random cube
90 mm x 225 mm x 170 mm
3 9/16” x 8 7/8” x 6 3/4”
walls
7.38 ft2
6.46 ft2
36 ft2
3725 lbs
90 mm x 225 mm x 440 mm
3 9/16” x 8 7/8” x 17 1/4”
NOTE: Pins for the different Celtik® modules are inserted from underneath,
as shown in the opposite illustration. This is why modules are placed bottom
up on the pallet.
135 mm MODULE
GEO-CELTIK 135 MODULE
Surface per layer
Surface per pallet
Weight per pallet
1.11 m2
3.34 m2
1290.66 kgs
Slope wall
position
Maximum
vertical height
42 in. (1.1 m)
12 ft2
36 ft2
2845.40 lbs
Vertical wall
position
Maximum vertical
height
21 in. (0.55 m)
Model
without
blades
E
GE
F
GF
135 mm x 225 mm x 170 mm
5 5/16” x 8 7/8” x 6 3/4”
135 mm x 225 mm x 170 mm
5 5/16” x 8 7/8” x 6 3/4”
0,66 m2
0.39 m2
3.35 m2
1411 kgs
Basic
model
7,38 ft2
4.28 ft2
36 ft2
3110 lbs
135 mm x 225 mm x 260 mm
5 5/16” x 8 7/8” x 10 1/4
Random cube
Surface last layer
Surface per pallet
Weight per pallet
For each module of Geo-Celtik 135, one alignment pin is included.
G
135 mm x 225 mm x 350 mm
5 5/16” x 8 7/8” x 13 3/4”
135 mm x 225 mm x 260 mm
5 5/16” x 8 7/8” x 10 1/4
Random cube
Geo-Celtik 135 wall module
GG
135 mm x 225 mm x 350 mm
5 5/16” x 8 7/8” x 13 1/4”
H
GH
135 mm x 225 mm x 440 mm
5 5/16” x 8 7/8” x 17 1/4”
38
39
135 mm x 225 mm x 440 mm
5 5/16” x 8 7/8” x 17 1/4”
RANGE
ORLEANS GREY
RANGE
EDINBURG RED
RANGE
OXFORD CHARCOAL
RANGE
CARDIGAN BROWN
RANGE
ABERDEEN GREY
RANGE
ST-MALO BEIGE
RANGE SHEFFIELD
BEIGE AND BLACK
I
I
LAYING PATTERNS
LAYING IDEAS
90 mm modules with jumper (vertical element)
walls
Curved and straight wall
135 mm modules with jumper (vertical element)
Curved steps
Linear pattern – 90 mm modules
Curved steps using 90 mm modules and beveled capping modules
Corner with straight cut
Straight steps
Pillar
with flowers
Corner with 45° angle cut
Modular pattern – 3 heights
90 mm, 135 mm and 225 mm modules
41
40
Modular pattern – 2 heights
90 mm and 135 mm modules
Lit pillar
Celtik® wall
B
A
Celtik® wall construction
C
Celtik® wall with 225 mm module
225 mm
(8 7/8 in.)
D
90 mm
(3 9/16 in.)
Select one of the following arrangements:
440 mm
(17 1/4 in.)
• 90 mm
• 135 mm
• 225 mm
• Combination of 90 mm and 135 mm modules
• Combination of 90 mm, 135 mm and 225 mm module
Installation of the first row
Lay the modules of the same thickness on the compacted foundation.
It is important to carefully align the first-row of modules horizontally
to ensure that the wall will be levelled. At this stage, no pins are used.
170 mm
(6 3/4 in.)
It’s easy to give your Celtik wall a more natural look by combining three different module sizes that break up the horizontal
lines as much as possible.
135 mm
(5 5/16 in.)
440 mm
(17 1/4 in.)
Step 1
Construction of a Celtik® wall with the 225 mm module
225 mm
(8 7/8 in.)
H
G
F
E
350 mm
(13 3/4 in.)
260 mm
(10 1/4 in.)
170 mm
(6 3/4 in.)
260 mm
(10 1/4 in.)
350 mm
(13 3/4 in.)
I
Modules
225 mm
The Celtik wall is made up of blocks called modules. The Celtik module is available in three thicknesses:
90 mm (3 9/16 in.), 135 mm (5 5/16 in.) and 225 mm (8 7/8 in.).
H
260 mm
(10 1/4 in.)
350 mm
(13 1/4 in.)
135 mm (5 5/16 in.) modules
The 135 mm modules are available in four lengths:
170 mm (6 3/4 in.), 260 mm (10 1/4 in.), 350 mm (13 3/4 in.) and 440 mm (17 1/4 in.)
Step 2
G
(8 7/8 in.)
The 90 mm modules are available in four lengths:
170 mm (6 3/4 in.), 260 mm (10 1/4 in.), 350 mm (13 3/4 in.) and 440 mm (17 1/4 in.)
walls
610 mm
(24 in.)
225 mm
(8 7/8 in.)
The 225 mm modules are available in three lengths: 260 mm (10 1/4 in.), 350 mm (13 3/4 in.) and 610 mm (24 in.)
Installation for the following rows, walls of 90 mm, 135 mm or 225 mm modules:
Harmoniously lay the modules of the following rows, remembering however, to insert a pin in each module before installation.
First insert pins in modules to be installed. Use appropriate grooves, depending on whether the wall is to be vertical (maximum 21 in.)
or 9° sloped (maximum 42 in.). Lay each row by overlapping joints of the last row installed.
Different combinations
One basic formula
The entire Celtik wall system is based on a simple formula. By choosing different modules, you can obtain various combinations.
Each combination is 610 mm (24 in.) long and 225 mm (8 7/8 in.) tall.
Throughout this guidebook, we will call these combinations by the following names: 90/135 combination, 135/90 combination
and 225 combination (see illustration). It is important to have a good understanding of the combination principle before going
on to the next step.
The Celtik wall may look complicated, but it is based on a very simple system. When the system’s instructions are properly followed,
the result will be a unique and natural-looking wall.
90 mm modules
135 mm modules
225 mm modules
Examples of
Illustration A
Illustration B
225 mm
(8 7/8 in.)
Combination of 90 mm and 135 mm modules
Illustration C
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
D
A
E
F
H
E
G
B
C
F
F
G
B
H
E
E
B
C
C
G
G
F
C
B
K
D
C
H
I
D
A
B
F
B
A
G
G
J
J
D
A
D
Illustration D
Back filling
G
D
H
A
I
A
F
G
A
Step 3
H
D
A
F
40% 90 mm modules and 60%
135 mm modules in square feet with jumper
E
H
C
40% 90 mm modules and 60%
135 mm modules in square feet
225
combinations
Carefully distribute different sizes of the modules to give a well balanced, natural look to the layout (see illustration C).
To integrate vertical elements into the arrangement, split 17 1/4 in. (440 mm) long modules (90 or 135 mm high) in halves.
A split half covers the total height of a 90 mm module plus a 135 mm module. (see illustration D)
135/90
combinations
E
135 mm modules with jumpers (vertical elements)
Examples of
combinations
D
90 mm modules with jumpers (vertical elements)
Examples of
90/135
Supplied radiuses may be used vertically to give a natural and original look to the layout. Two of those radiuses measures
two rows high. Use a module A (6 3/4 in.) to match two 90 mm rows (see illustration A), and a module F (10 1/4 in.)
to cover two 135 mm rows (see illustration B).
F
B
C
E
To find out about permitted wall heights, consult the Wall Characteristics Chart on page 36
H
E
H
C
B
43
42
Every two rows, fill the space behind modules only with 3/4 in. (20 mm) clean stone. Repeat steps 2 and 3 up to the desired height.
Celtik® wall
Celtik® wall
A simple and logical building system
Step 2 –
The whole Celtik wall system is based on a grid 225 mm (8 7/8 in.) high and 610 mm (24 in.) long.
Before you start to install your Celtik wall, you must calculate its entire length and height. It is important to calculate the height of the Celtik wall in multiples
of 225 mm (8 7/8 in.). As for the length, multiples of 610 mm (24 in.) are suggested to save you from having to cut the blocks.
a)
Installing the second layer:
Start the second layer with a single I or J module in order to break up the alignment of the vertical joints.
b)
Set aside the other part of this combination module for completing the other end of the wall.
c)
Place the balance of the second layer according to the regular instructions.
I+J
J
I
225 mm
(8 7/8 in.)
walls
610 mm (24 in.)
610 mm (24 in.)
Step 3 –
Visualizing the Celtik module combinations
Installing the third layer:
You can vary the vertical lines even more by separating the 225 mm I and J modules within the same layer of blocks (see illustration).
On the basic grid, it is easy to see the combinations of the 225 mm (8 7/8 in.) high and 610 mm (24 in.) long modules.
I+J
610 mm (24 in.)
610 mm (24 in.)
When you see all of the installation options, you will get exceptional results.
Step 4 –
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
Maximum height for the Celtik wall
a)
The maximum height of the Celtik wall with 225 mm modules is 900 mm (± 36 in.), excluding the cap.
b)
When you build a wall to the maximum permitted height, it is important to fill the 225 mm (8 7/8 in.) modules with stones in order
to retain their structural value.
675 mm
(26 9/16 in.)
450 mm
(17 11/16 in.)
Step 1 – Simplified building procedure for the Celtik wall (225 mm module).
225 mm
(8 7/8 in.)
Calculate the length of the wall in multiples of 610 mm (24 in.) and the height of the wall
in multiples of 225 mm (8 7/8 in.). Refer to the table on page 23 to order your modules.
Foundation layer: Start the installation by arranging one layer with modules of the same thickness (90 mm or 135 mm) on the compacted foundation.
Step 5 –
Installing the first layer: Place the combinations of modules in the following manner:
a)
b)
Place a 225 combination followed by a 90/135 combination and a 135/90 combination.
Alternate the 90/135 and 135/90 combinations to break up the horizontal lines as much as possible.
Adding a cap to your Celtik wall
Use Celtik capping modules to complete your wall. Refer to pages 47 to 50 to order the selected Celtik capping modules.
It is important to cement the Celtik caps with a concrete adhesive.
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
610 mm (24 in.)
45
44
225 mm
(8 7/8 in.)
Pillars
Celtik® straight capping module
Building pillars
To build a pillar minimizing joint alignment and better stability, be sure to follow the laying order
for each step and by rows, as illustrated. Measure the site for the pillar(s).
Each pillar mesures of 734 mm x 734 mm (29 in. x 29 in.). Always secure each row with adhesive to ensure stability.
For the corners. Cut a C and D module as illustrated:
A
• Trim the C module in the middle
B
C
D
Weight per unit
Quantity per pallet
Weight per pallet
C
26.7 kgs
72 units
1959 kgs
59 lbs
72 units
4320 lbs
90 mm x 305 mm x 400 mm
3 9/16” x 12” x 15 3/4”
1) Installing the first row Lay the first four modules as illustrated (A, B, C and D), followed by the next four.
walls
• Trim the D module along one of the two grooves (left or right)
D
2) Installing the second, third and fourth rows For each row, proceed as illustrated. Starting from the fifth row, repeat instruction no. 1
and no. 2, followed by the next ones until the desired height is reached (see illustration).
The Celtik straight capping module can be used in most cases. If the wall design is curved,
we recommend using the Celtik beveled capping module (see page 49).
3) Capping Use Celtik straight capping modules.
Note: It is recommended that only 90 mm or 135 mm modules be used.
How to order
Celtik straight capping modules are purchased individually. Each module is 400 mm (15 3/4 in.) in length.
A
LAYING IDEAS
Pillar may be capped
using Celtik
straight capping modules
C
B
D
Lit pillar
a Calculate the number of linear feet you require for capping your Celtik wall (length in feet).
b Divide the number of linear feet by 1.333 (the result will give you the number of modules you need to cap your wall).
c Order the required number of modules.
D
B
Capping a corner
A
Prepare a Celtik straight capping module as follows.
C
1 Cut, using a cold chisel or a guillotine, 100 mm (4 in.) from one of the ends of the capping module.
2 Flip the module over and cut off the retaining lip.
Step 1 (rows 1 and 5)
3 Hit the newly cut face with a sledge hammer to achieve the same finish as for the other sides.
90 mm
(3 9/16 in.)
4 Install this corner cap first before proceeding with the installation of the other capping modules.
C
A
B
5 Always spread a layer of concrete adhesive along the top row of Celtik wall before laying the capping modules.
400 mm
(15 3/4 in.)
D
D
305 mm
(12 in.)
B
A
C
Pillar with flowers
D
B
A
C
C
A
B
734 mm
(29 in.)
734 mm
(29 in.)
D
D
B
A
C
C
A
B
D
305 mm
(12 in.)
305 mm
(12 in.)
If flowers are to be
planted above the pillar,
install a geotextile membrane
inside the pillar before
filling with earth.
46
47
WARNING
If a lit pillar is desired,
make sure all electrical wiring
is completed before the
modules are laid.
Celtik® beveled capping module
Celtik® standard module as
capping module
Walls can also be capped using Celtik standard modules, in one of two styles:
Flush
capping
• Flush
• Overhanging
In either case, the modules must be properly secured with adhesive to ensure wall stability.
Save straight modules (D or H) for capping the straight portions of the wall.
variable
variable
3.26 m lin
10.70 ft lin
4 sets of 3 units
0.82 m lin
2.68 ft lin
19.58 m lin
64.25 ft lin
1251 kgs
2753 lbs
A
90 mm x 305 mm x 225 mm
3 9/16” x 12” x 8 7/8”
Use beveled modules for the curved portions; less cutting will be required.
Note: Several small modules will give a shorter bend radius, while larger modules will give a larger radius.
Advantage
A Celtik retaining wall with standard modules as capping modules is economical, easy to install,
and versatile, offering a number of possibilities.
B
A
Each module is reversible and treated on both sides, which means more
possibilities in terms of bent radius. Always lay the curved portions
of the wall first and keep the remaining modules for straight wall portions.
225 mm
(8 7/8 in.)
D
C
Celtik beveled capping modules are designed to offer greater flexibility for straight walls,
S-curves and regular curves, while keeping cutting to a minimum.
Our system includes three modules of varying dimensions (A-B-C).
Overhanging
capping
(3 9/16 in.)
170 mm
(6 3/4 in.)
135 mm
(5 5/16 in.)
440 mm
(17 1/4 in.)
170 mm
(6 3/4 in.)
260 mm
(10 1/4 in.)
350 mm
(13 3/4 in.)
The Celtik beveled capping module can be used to construct a wall visible
on both sides such as bench, small balustrade, etc. Stack the Celtik
beveled capping modules and spread concrete adhesive between each row.
To create curves in
a Celtik wall, the minimum
radius is 0.9 m (3 ft).
225 mm
(8 7/8 in.)
H
G
F
E
350 mm
(13 3/4 in.)
90 mm x 305 mm x 375 mm
3 9/16” x 12” x 14 3/4”
A straight wall visible on both sides.
440 mm
(17 1/4 in.)
260 mm
(10 1/4 in.)
90 mm x 305 mm x 300 mm
3 9/16” x 12” x 11 3/4”
C
We recommend properly securing the modules with adhesive to ensure wall stability.
90 mm
B
walls
Weight per unit
Surface per layer
Units per layer
1 set
Surface per pallet
Weight per pallet
Random cube
Convex curve:
Strike the extremities
Before
of the module at the back.
Concave curve:
Modules will have to be
cut.
After
How to order
Straight
line
Sinuous
curve
Regular
curve
Celtik beveled capping modules are purchased per linear foot per set of three modules (A, B, C)
a)
Calculate the number of linear feet you require for capping
your Celtik wall (length in feet).
b)
Divide the number of linear feet by 2.68 (the result will give you the number
of modules you need to cap your wall).
c)
Order the required number of modules.
1 600 mm
(63 in.)
1 905 mm
(75 in.)
Celtik Capping Module is treated on both sides.
1 410 mm
(55 1/2 in.)
1 715 mm
(67 1/2 in.)
Advantage
Celtik beveled capping modules are treated on both sides. This finish enables excavation or laying
of sod inside the wall, below the top of the wall. The finish is equally attractive on each side.
1 220 mm
(48 in.)
1 525 mm
(60 in.)
1 030 mm
(40 1/2 in.)
1 335 mm
(52 1/2 in.)
48
840 mm
(33 1/8 in.)
1 145 mm
(45 1/8 in.)
49
Different combinations
of capping elements
can be used to create
uniform bends of varying
lengths, making them
ideal for creating
semicircular walls.
Celtik® beveled capping module
Celtik® 15 in. modular step system
Creating corners
Use 375 mm (14 3/4 in.) Celtik beveled capping modules to finish 90° corners.
Cut line
Creating stepped walls
Step
Weight per unit
34.65 kgs
81.5 lbs
19.75 kgs
20 sets
1128 kgs
38.5 lbs
20 sets
2486 lbs
Step
90 mm x 385 mm x 400 mm
3 9/16” x 15” x 16”
Riser
Use 375 mm (14 3/4 in.) Celtik beveled capping modules to finish 90° stepped walls.
Split the 90° module along one of the two grooves. Tap the newly cut face with
a sledge hammer to achieve the same finish as on the other sides.
Groove
Always start from one end when capping a stepped wall.
Weight per unit
Quantity per pallet
Weight per pallet
Riser
90 mm x 225 mm x 400 mm
3 9/16” x 8 7/8” x 16”
Note : Each set includes 1 step and 1 riser.
4 anchor pins are included per set.
In either case, always spread a layer of
concrete adhesive along the top row of Celtik modules before laying the capping modules.
walls
Use a concrete saw to cut the modules at 45° angles. Always start with the corner modules when capping a wall.
Creating steps
1- Installing the first row.
Lay a 10 cm x 20 cm x 40 cm (4” x 8” x 16”) solid block or universal curb so that it will
be flush with the interlocking paving stone. The solid block will support the concrete riser.
2- Installing the second row
Lay a Celtik riser 225 mm (8 7/8”) on top of the 10 cm x 20 cm x 40 cm block. Make sure that the anchor pin is inserted in the right position (see illustration).
Fill in the space behind the riser with 20-0 mm (0-3/4”) crushed stone and compact.
3- Fastening the step
Lay a 385 mm (15”) Celtik step module on top of the Celtik riser. Make sure to insert the square anchor pin.
4- Installing additional rows
Repeat steps 1, 2 and 3 until desired height is reached.
Corner with
45° cut
Stepped wall capping
with 90° cut
Note: We recommend the use of Permacon Permapro concrete adhesive to secure the Celtik concrete riser and the Celtik step module.
385 mm (15 in.) Celtik step module
Insert the anchor pin
in this position
385 mm
(15 in.)
225 mm (8 7/8 in.) Celtik riser
Cutting
180 mm (7 po)
Back of block
Solid concrete blockde
10 cm x 20 cm x 40 cm
(4 in. x 8 in. x 16 in.)
540 mm (21 in.)
360 mm (14 in.)
6 cm paver
180 mm (7 in.)
Cutting a module using a cold chisel
180 mm (7 in.)
1) Strike the module along the cut line.
Foundation
20–0 mm (0–3/4 in.)
Back of block
Note: Celtik steps and risers give
a step height of 180 mm (7 in.).
The height of the wall and the step
must be the same. You must ensure
that the height of the wall containing
the steps is in multiples
of 180 mm (7 in.).
2) Strike along an imaginary line running all the way around the module.
In situ soil
3) Finish cutting by firmly striking one of the visible faces of the module.
Laying bed 25 mm (1 in.)
(Concrete sand)
4) Tap the newly cut face with a sledge hammer to achieve the same finish as the other sides.
385 mm (15 in.)
710 mm (27 3/4 in.)
Use a guillotine if several cuts are required.
1035 mm (39 1/2 in.)
Firmly strike
one of the visible faces
of the module.
Creating straight steps or curved landings
Steps or landings can be laid using Celtik standard wall modules and beveled capping modules.
Semicircular landings can also be created using the Celtik beveled capping modules.
Capping module
305 mm
(12 in.)
Module
90 mm (3 9/16 in.)
Capping module
Strike along an imaginary
line running all the way
around the module.
180 mm
(7 in.)
Capping module
Module
90 mm (3 9/16 in.)
Module
90 mm (3 9/16 in.)
Module
90 mm (3 9/16 in.)
50
Paver
Module
90 mm (3 9/16 in.)
51
Module
90 mm (3 9/16 in.)
I
I
Mega-Celtik wall
Monaco wall
TM
walls
LAYING PATTERN
Linear pattern
A
B
Regular module – A, B, C
Surface per layer
0.74 m
8 ft
Surface per pallet
2.97 m
32 ft
Weight per unit
variable
variable
1438.6 kgs
3165 lbs
Weight per pallet
2
2
29.3 kgs
2.2 units/m lin.
2.6 m2
56 units
1678 kgs
64.5 lbs
0.67 units/ft lin.
28 ft2
56 units
3691 lbs
Beveled capping module
Weight per unit
Average unit
Surface per pallet
Quantity per pallet
Weight per pallet
26.24 kgs
2.2 units/m lin.
2.6 m2
56 units
1538 kgs
Average unit
58 lbs
0.67 units/ft lin.
28 ft2
56 units
3383 lbs
C
32.3 units/m2
3 units/ft2
3.7 m
40 ft2
Quantity per pallet
120 units
120 units
Weight per unit
14.07 kgs
31 lbs
Weight per pallet
1688 kgs
3720 lbs
Surface per pallet
2
Straight capping module
Weight per unit
Average unit
Surface per pallet
Quantity per pallet
Weight per pallet
A
200 mm x 305 mm x 175 mm
8” x 12” x 7”
2
B
200 mm x 305 mm x 275 mm
8” x 12” x 11”
2
C
200 mm x 305 mm x 450 mm
8” x 12” x 18”
LAYING PATTERN
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
100 mm x 200 mm x 300 mm
4” x 8” x 12”
Linear pattern
To find out about permitted wall heights,
consult the Wall Characteristics
Chart on page 36
RANGE
SHEFFIELD BEIGE AND BLACK
Chart on page 36
53
52
RANGE
ABERDEEN GREY
RANGE
SHEFFIELD BEIGE AND BLACK
RANGE
ST-MALO BEIGE
RANGE
OXFORD CHARCOAL
I
I
Keystone* System
Keystone* System rounded face
LAYING PATTERN
Keystone® System rounded face
Mini-module
Average unit
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
21.5 units/m2
3.3 m2
36 ft2
Quantity per pallet
72 units
72 units
Weight per unit
26 kg
57 lb
1908 kgs
4205 lbs
10.8 units/m2
1 unit/ft2
Weight per pallet
Compact module
Average unit
204 mm x 305 mm x 460 mm
8” x 12” x 18”
Surface per pallet
3.7 m2
40 ft2
Quantity per pallet
40 units
40 units
Weight per unit
42 kg
92 lb
1680 kgs
3696 lbs
2.2 units/m lin.
0.67 units/ft lin.
Weight per pallet
Linear pattern – Straight compact modules
and straight capping modules
Average unit
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
Surface per pallet
2.6 m2
28 ft2
Quantity per pallet
56 units
56 units
Weight per unit
26.4 kg
58 lb
1515 kgs
3334 lbs
2.2 units/m lin.
0.67 units/ft lin.
Weight per pallet
Average unit
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
2 units/ft2
Surface per pallet
Surface per pallet
2.6 m2
28 ft2
Quantity per pallet
56 units
56 units
Weight per unit
28.6 kgs
63 lbs
Weight per pallet
1646 kgs
3630 lbs
10.8 units/m2
1 unit/ft2
Surface per pallet
3.7 m
40 ft2
Quantity per pallet
40 units
40 units
walls
Keystone* System straight face
Keystone® System straight face
Compact module
Average unit
204 mm x 305 mm x 460 mm
8” x 12” x 18”
Weight per unit
45 kgs
99 lbs
1800 kgs
3960 lbs
2.2 units/m lin.
0.67 units/ft lin.
2.6 m2
28 ft2
Quantity per pallet
56 units
56 units
Weight per unit
26.8 kgs
59 lbs
Weight per pallet
1538 kgs
3383 lbs
2.2 units/m lin.
0.67 units/ft lin.
2.6 m2
28 ft2
Weight per pallet
Corner module
Average unit
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
Surface per pallet
Average unit
102 mm x 267 mm x 460 mm
4” x 10 1/2” x 18”
Surface per pallet
Quantity per pallet
56 units
56 units
Weight per unit
29.3 kgs
64.5 lbs
Weight per pallet
1678 kgs
3691 lbs
10.8 units/m2
1 unit/ft2
Surface per pallet
3.7 m
40 ft2
Quantity per pallet
40 units
40 units
Average unit
204 mm x 230 mm x 460 mm
8” x 9” x 18”
Weight per unit
54
Weight per pallet
Chart on page 36
Permacon offers technical design services for non-standard geo-grid walls.
SMOKED GREY
2
2
48 kgs
107 lbs
1973 kgs
4340 lbs
55
I
I
Unislope I
Old Forge® wall
150 mm x 350 mm x 100 mm
6” x 13 3/4” x 4”
Average unit
Quantity per pallet
Weight per unit
Weight per pallet
UNISLOPE I – 150
Average unit
150 mm x 350 mm x 150 mm
6” x 13 3/4” x 6”
UNISLOPE I – 200
UNISLOPE I – 300
500 kgs
1102 lbs
4.3 units/ft2
13.95 ft2
Quantity per pallet
60 units
60 units
Weight per unit
17.2 kgs
38 lbs
Weight per pallet
1069 kgs
2352 lbs
34.4 units/m2
3.2 units/ft2
Surface per pallet
2.44 m2
26.25 ft2
Quantity per pallet
84 units
84 units
Weight per unit
22.6 kgs
50 lbs
Weight per pallet
1935 kgs
4257 lbs
23 units/m2
2.1 units/ft2
Surface per pallet
2 m2
21.4 ft2
Quantity per unit
45 units
45 units
Weight per pallet
70 mm x 380 mm x 610 mm
2 3/4” x 15” x 24”
42 units
26.2 lbs
1.30 m2
Weight per unit
42 units
11.90 kgs
46 units/m2
Average unit
150 mm x 350 mm x 300 mm
6” x 13 3/4” x 12”
6.4 units/ft2
Surface per pallet
Average unit
150 mm x 350 mm x 200 mm
6” x 13 3/4” x 8”
68.9 units/m2
Length per unit
Quantity per pallet
Weight per unit
Weight per pallet
33 kgs
73 lbs
1522 kgs
3356 lbs
1.64 units/m2
0.5 units/ft2
28 units
28 units
43.2 kgs
97.7 lbs
1243.6 kgs
2735 lbs
walls
UNISLOPE I – 100
Straight Old Forge wall
Average unit
Surface per pallet
Quantity per pallet
Weight per unit
Weight per pallet
2 units/ft2
30 ft2
60 units
53.4 lbs
3276 lbs
Beveled Old Forge wall
Average unit
Surface per pallet
Quantity per pallet
Weight per unit
Weight per pallet
LAYING PATTERN
LAYING PATTERN
21.9 units/m2
2.74 m2
60 units
24.2 kgs
1489 kgs
32.3 units/m2
3.72 m2
120 units
13.6 kgs
1672 kgs
3 units/ft2
40 ft2
120 units
30 lbs
3685 lbs
Beveled Old Forge wall
100 mm x 225 mm x 305 mm
4” x 8 7/8” x 12”
Chart on page 36
Linear pattern
GREY
Chart on page 36
57
56
Unislope I – 200 Linear pattern
Straight Old Forge wall
100 mm x 225 mm x 457 mm
4” x 8 7/8” x 18”
RANGE
GREY AND CHARCOAL
RANGE
BEIGE AND BLACK
I
I
Pisa* System
Pisa* System
Regular Pisa System
75 mm x 200 mm x 760 mm
3” x 8” x 30”
Regular Pisa System
75 mm x 300 mm x 760 mm
3” x 12” x 30”
Regular Pisa System
75 mm x 380 mm x 610 mm
3” x 15” x 24”
Pisa System – Corner
75 mm x 200 mm x 660 mm
3” x 8” x 26”
Average unit
1.6 units/ft2
Quantity per pallet
45 units
45 units
Weight per unit
28.2 kgs
63.7 lbs
Weight per pallet
1303 kgs
2865 lbs
17.2 units/m2
1.6 units/ft2
Average unit
Quantity per pallet
30 units
30 units
Weight per unit
43.4 kgs
95.5 lbs
Weight per pallet
1303 kgs
2865 lbs
21.5 units/m2
2 units/ft2
Average unit
Quantity per pallet
30 units
30 units
Weight per unit
43.4 kgs
95.5 lbs
Weight per pallet
1303 kgs
2865 lbs
Average unit
20 units/m2
1.85 units/ft2
Quantity per pallet
15 plaques
15 plaques
Weight per unit
1 plaque = 2 corners + 1 regular
17.2 units/m2
Weight per pallet
29 kgs
63.7 lbs
1303 kgs
2865 lbs
walls
Pisa* System - Finish
LAYING PATTERN
Pisa Finish 250 mm (10 in.)
75 mm x 250 mm x 610 mm
3” x 10” x 24”
Length per unit
Quantity per pallet
Weight per unit
Weight per pallet
Pisa Finish 375 mm (15 in.)
75 mm x 380 mm x 610 mm
3” x 15” x 24”
Pisa Finish corner 250 mm (10 in.)
Linear pattern
75 mm x 250 mm x 500 mm
3” x 10” x 20”
Length per unit
Quantity per pallet
2 ft lin.
45 units
45 units
29 kgs
63.7 lbs
1303 kgs
2865 lbs
0.61 m lin.
2 ft lin.
30 units
30 units
Weight per unit
43.4 kgs
95.5 lbs
Weight per pallet
1303 kgs
2865 lbs
Length per unit
0.51 m lin.
1.67 ft lin.
Quantity per pallet
15 plaques
15 plaques
Weight per unit
0.61 m lin.
Weight per pallet
29 kgs
63.7 lbs
1303 kgs
2865 lbs
Note: The Pisa System is not
available in Ontario.
Chart on page 36
59
58
AMARETTO BROWN
CHAMPAGNE BEIGE
GREY
I
Pisa* System
Split face Universal* slope block
AMOUNT OF PISA® BLOCKS REQUIRED
8 in.
66 in.
16 in.
METHOD A
Total height
of wall
200 mm
(8 in.)
400 mm
(16 in.)
Finishing
block
450 mm (18 in.)
5
-
1
600 mm (24 in.)
7
-
1
750 mm (30 in.)
9
-
1
900 mm (36 in.)
9
2
1
1050 mm (42 in.)
9
4
1
1200 mm (48 in.)
9
6
1
1350 mm (54 in.)
9
8
1
1500 mm (60 in.)
9
10
1
1650 mm (66 in.)
9
12
1
walls
10 in.
Split face Universal slope block
Stone (3/4 in.)
Average unit
Quantity per pallet
Geotextile
Perforated drain
Foundation (0–3/4 in.)
34.4 units/m2
3.2 units/ft2
96 units
96 units
Weight per unit
20.93 kgs
46 lbs
Weight per pallet
2009 kgs
4430 lbs
Split face Universal slope block – half block
Average unit
Quantity per pallet
AMOUNT OF PISA BLOCKS REQUIRED
®
METHOD B
10 in.
8 in.
66 in.
12 in.
15 in.
Total height
of wall
200 mm
(8 in.)
300 mm
(12 in.)
380 mm
(15 in.)
Finishing
block
450 mm (18 in.)
5
-
-
1
600 mm (24 in.)
5
2
-
1
750 mm (30 in.)
5
4
-
1
900 mm (36 in.)
5
6
-
1
1050 mm (42 in.)
5
8
-
1
1200 mm (48 in.)
5
8
2
1
1350 mm (54 in.)
5
8
4
1
1500 mm (60 in.)
5
9
5
1
1650 mm (66 in.)
6
9
6
1
LAYING PATTERN
68.9 units/m2
6.4 units/ft2
48 units
48 units
Weight per unit
10 kgs
22 lbs
Weight per pallet
480 kgs
1058 lbs
134 mm x 305 mm x 215 mm
5 5/16” x 12” x 8 1/2”
134 mm x 305 mm x 105 mm
5 5/16” x 12” x 4 1/4”
Linear pattern
Stone (3/4 in.)
Foundation (0–3/4 in.)
To find out about permitted
wall heights, consult the Wall
Characteristics Chart on page 36
61
Perforated drain
60
Geotextile
RANGE BROWN
GREY
I
Universal* slope block
slabs
Universal slope block
Average unit
Quantity per pallet
34.4 units/m2
3.2 units/ft2
96 units
96 units
Weight per unit
18.61 kgs
41.03 lbs
Weight per pallet
1787 kgs
3939 lbs
Universal slope block – half block
Average unit
Quantity per pallet
Weight per unit
Weight per pallet
68.9 units/m2
6.4 units/ft2
48 units
48 units
9 kgs
20 lbs
415 kgs
913 lbs
LAYING PATTERN
135 mm x 280 mm x 215 mm
5 5/16” x 11” x 8 1/2”
Slabs
135 mm x 280 mm x 105 mm
5 5/16” x 11” x 4 1/4”
To find out about permitted
wall heights, consult the
Wall Characteristics Chart on page 36
63
62
Linear pattern
GREY
Excavation
1.1
If pipes or wires are located in the area to be excavated, contact the company representative concerned
before the work is started.
1.2
To ensure sufficient drainage, excavate the soil to obtain a minimum incline of 2% (20 mm/m or 1/4 inch per foot).
1.3
The excavation contour should extend beyond the surface to be paved by at least 300 mm (12”). Ideally, this distance should be
1 to 1 1/2 times the thickness of the foundation. The stability of the project depends on this measurement, which ensures
that the slabs at the edge will be as well supported as those in the centre.
1.4
Level the bottom of the excavation with a rake and if the soil is sandy, compact it with a vibrating plate or roller.
It is preferable not to pack clay soil at this stage. In this case, the use of a geotextile membrane placed between the natural soil
and the foundation is recommended to prevent foundation contamination by clay and ensure greater stability.
Refer to the chart to get the minimum excavation required (Ref: Photo #1)
Foundation
2.0
Spread and compact the 20-0 mm (0-3/4”) stone in 100 mm (4”) layers. Lightly water the 20-0 mm (0-3/4”) stone to make tamping
easier. To ensure an adequate foundation, compact the stone several times with a vibrating plate, or a jumping jack (Ref: Photo #2).
Once this stage is completed, you will be able to see what the final result will look like. You can verify the final level of the slabs by
placing a slab on a guide. (Ref: Photo #3) Refer to typical installation drawings (see page 67).
Curb
3.0
If you are installing Universal® curb or Universal® Mini-curb: Before you finish the foundation, proceed immediately with the installation
of the Universal curb or Universal Mini-curb. Begin by installing the curb on one side. Before installing the curb on the other side,
temporarily place a row of slabs in order to determine the ideal distance and thus to determine the position of the other curbs
and avoid having to cut slabs later. Installing Celtik curb or Celtik Mega curb: To install these types of curbs, see step 5.7
of section 5- Laying the slab
Installation
bed
4.1
Spread between 15 mm (5/8”) and 25 mm (1”) of concrete sand or screening (Ref: Photo #4).
4.2
Level the concrete sand using two (2) 25 mm (1”) diameter pipes and a straight plank
(Ref: Photo #5). Any significant variation in bed thickness may cause irregularities in the paved surface.
4.3
Make sure you do not to compact the screenings or the sand before laying the slabs on the installation bed.
5.1
Arrange the slabs according to the pattern chosen with a 90° angle if possible. Proceed by walking on the slabs (Ref: Photo #6).
Fill the holes left by the pipes.
5.2
Slabs are manufactured with side spacers that will set a space of 3 mm (1/8”) between each slab.
A space of 2 mm must be allowed for slabs without spacers.
5.3
To obtain an even distribution of colour and texture, it is recommended that you choose slabs from more than one cube at a time.
Moreover, working across each cube always gives the best results.
5.4
Check the alignment of the slabs after every five rows installed and adjust them, if necessary, using a screwdriver.
5.5
Install slabs up to the last row. To avoid having to cut slabs later, determine the position of the curbs to finish with a complete slab.
5.6
If necessary, you can cut the slabs using specialized tools such as guillotine or a concrete saw. It is recommended that you use
a chalk line to mark the slabs to be cut. If you have to use a guillotine to cut the slabs, make sure that the cut is at a slight angle
as slabs cut this way are much easier to install. If you use a concrete saw, keep away from the slabs already installed,
since the dust and dirt from sawing will permanently stain them. Wear safety glasses when cutting concrete products.
5.7
On both sides of the paving surface, proceed with installing the Celtik curb or Celtik Mega curb. (Ref: Photo #7)
6.1
Spread concrete sand over the slab, let dry. If necessary, then work it into the joints by brushing in all directions (Ref: Photo #8).
(For improved performance, use Permacon’s stabilizing sand or Permacon’s Polymeric sand)
6.2
Remove the excess sand. Repeat steps 6.1 and 6.2 if necessary.
6.3
If, after a few days, some joints are not properly filled, repeat the procedure.
6.4
We suggest setting aside a number of slabs for replacement.
1
3
4
5
6
2
Tools required
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Laying
the slabs
1 wheelbarrow
a few pegs
2 rigid pipes with a diameter of 25 mm (1 in.) x 3 m (10 ft.)
1 25 mm x 150 mm x 2,4 m (1 in. x 6 in. x 8 ft.) plank
1 plumb line
1 level
1 shovel
1 chalk line
1 measuring tape
1 broom
1 rake
1 guillotine or concrete saw (available from rental stores)
1 vibrating plate
(compacting tool available from tool rental stores)
Filling
the joints
Optional
slabs
Generic Installation Guide I Slabs
• jumping jack
• vibrating roller
65
64
The jumping jack and vibrating roller should not be used
for compacting paving stones, only for the foundation.
I Slabs
I Slabs
Typical Cross Section
Slab and Celtik® curb
SLAB
02
03
CELTIK® CURB
225 mm
(9”) 150 mm
(6”)
FOUNDATION 20–0 mm (0–3/4”)
300 mm–380 mm
(12”–15”) EXCESS WIDTH
slabs
01
LAYING BED 25 mm (1”)
(CONCRETE SAND)
05
07
08
06
Nature of project
Patio or sidewalk
Nature of soil
clay
Sandy
Minimum excavation required
(Excluding slab height)
275 mm
(11”)
225 mm
(8 7/8”)
Minimum foundation thickness
(20-0 mm (0-3/4”) crushed stone)
200 mm
(8”)
150 mm
(6”)
Minimum/maximum uncompacted
installation bed
15 to 25 mm
(5/8” to 1”)
15 à 25 mm
(5/8” to 1”)
66
Thickness of the slab
The information in this table shows the minimum required for a job well done.
Anything above this level will mean improved stability for the whole.
will vary depending
on the selected slab
67
04
I
Portage® Stepping Stone
Portage® Stepping Stone
LAYING IDEAS
Refer to the slab installation guide on pages 64, 65 and 66 for a description on how to prepare the foundation beforehand.
Pathway or irregular patio
Installation of an irregular patio or sidewalk – WITHOUT CUTTING
Pathway
or straight patio
Average unit
0.14 m2
1.5 ft2
Quantity per pallet
90 units
90 units
Surface per pallet
12.5 m2
135 ft2
Weight per unit
13.2 kgs
29 lbs
Weight per pallet
1206 kgs
2659 lbs
Step 1
Step 2
Step 3
Begin by laying 3 slabs at the centre
of the surface to be covered.
Place 3 slabs together
to form a cloverleaf.
Add more sets of 3 slabs (cloverleaf)
to fill in the surface to be covered.
Complete the balance of the surface
to be covered with single slabs
for the final result.
slabs
Japanese path
Installation of a patio or a sidewalk – WITH CUTTING
Step 1
Step 2
Step 3
Begin by laying half a slab
at the left-hand side.
Continue by fitting more sets of
3 slabs (cloverleafs) against the
others. The cutting will be done when
the entire surface has been covered.
Keep the cut-off pieces of slab
to fill in the empty spaces.
For some width (increments of 40”)
the loss can be limited.
LAYING PATTERNS
43 mm x 391 mm x 534 mm
1 3/4” x 15 1/2” x 21”
Random pattern (Without joint)
Direction
of installation
68
RANGE GREY AND CHARCOAL
RANGE BEIGE AND BLACK
RANGE SANDY BEIGE
It is also possible to realize patios, pathways, sidewalks or stepping stones with wider joints.
Use the same technique described above by leaving an average 50 mm (2 inches) space between stones.
69
Random pattern (With 2” joints)
I
I
Barcelona® slab
Rockcliffe slab
TM
slabs
LAYING PATTERNS
Rockcliffe 16 x 16 slab
Average unit
0.16 m2
1.78 ft2
Quantity per pallet
48 units
48 units
Weight per unit
19.04 kgs
42 lbs
Weight per pallet
913.9 kgs
2016 lbs
Average unit
0.26 m2
2.78 ft2
Quantity per pallet
36 units
36 units
Weight per unit
400 mm x 400 mm module – Linear pattern (checkerboard)
Weight per pallet
22.78 kgs
49 lbs
820 kgs
1808 lbs
Rockcliffe 16 x 24 slab
Average unit
0.25 m2
2.67 ft2
Quantity per pallet
32 units
32 units
Weight per unit
24.5 kgs
54 lbs
Weight per pallet
784 kgs
1728 lbs
LAYING PATTERN
400 mm x 400 mm module – Linear pattern
40 mm x 500 mm x 500 mm
1 5/8” x 19 11/16” x 19 11/16”
Rockcliffe slab - square
45 mm x 400 mm x 400 mm
1 3/4” x 15 3/4” x 15 3/4”
400 mm x 600 mm module – Linear pattern
Modular pattern
71
70
Rockcliffe slab - rectangle
45 mm x 400 mm x 600 mm
1 3/4” x 15 3/4” x 23 3/4”
400 mm x 400 mm and 400 mm x 600 mm modules – Modular pattern
RANGE AMARETTO
RANGE MANTLE GREY
GREY
RANGE GREY AND BLACK
RANGE BUFF AND BLACK
RANGE BEIGE AND BLACK
I
I
Roman Cobble® slab
Rustic slab
slabs
LAYING PATTERNS
Roman Cobble slab – small squares
Rustic slab 12 x 12
Surface per unit
0.09 m2
1 ft2
Quantity per pallet
144 units
144 units
Weight per unit
10.5 kgs
23.1 lbs
Weight per pallet
1550 kgs
3410 lbs
Surface per unit
0.186 m2
2 ft2
Quantity per pallet
72 units
72 units
21 kgs
46 lbs
1550 kgs
3410 lbs
Surface per unit
LAYING PATTERNS
Quantity per pallet
12 x 12 module – Linear pattern (checkerboard)
Weight per unit
Weight per pallet
Weight per pallet
Surface per unit
Quantity per pallet
12 x 12 module – Linear pattern
54 pcs
54 pcs
16,33 kgs
36 lbs
882 kgs
1994 lbs
RANGE RED AND BLACK
54 pcs
54 pcs
16,33 kgs
36 lbs
Weight per pallet
881.8 kgs
1944 lbs
Linear pattern – small squares module
Roman Cobble slab
small squares
40 mm x 400 mm x 400 mm
1 5/8” x 15 3/4” x 15 3/4”
Roman Cobble slab
fan
40 mm x 400 mm x 400 mm
1 5/8” x 15 3/4” x 15 3/4”
Linear pattern – fan module
12 x 12 and 12 x 24 modules – Modular pattern
RANGE IVORY BEIGE
1,78 ft2
73
72
Rustic slab - rectangle
55 mm x 298 mm x 595 mm
2 1/8” x 11 3/4” x 23 1/2”
0,16 m2
Weight per unit
Rustic slab - square
55 mm x 298 mm x 298 mm
2 1/8” x 11 3/4” x 11 3/4”
CHARCOAL
1,78 ft2
Roman Cobble slab – Fan
Rustic slab 12 x 24
Weight per unit
0,16 m2
RED
GREY
RANGE GREY AND BLACK
RANGE RED AND BLACK
I
Riverstone® slab
LAYING PATTERNS
0.26 m2
2.78 ft2
Quantity per pallet
32 units
32 units
Weight per unit
25.41 kgs
56 lbs
Weight per pallet
804.5 kgs
1792 lbs
20 x 20 module – Linear pattern (checkerboard)
curbs
Surface per unit
45 mm x 500 mm x 500 mm
1 3/4” x 19 11/16” x 19 11/16”
74
75
Curbs
OTTAWA
Generic Installation Guide I Curbs
I
Celtik® curb
1
3
4
For a straight-line curb,
use alternating angled curb
modules.
5
6
Average unit
variable
variable
Surface per layer
9.28 m lin.
26 ft lin.
Surface per pallet
31.70 m lin.
104 ft lin.
Weight per pallet
780 kgs
1716 lbs
Consult
the pavers
installation guide
on page 4
of this technical guide
curbs
2
For a concave or convex curve,
lay curb modules
in the same direction.
LAYING PATTERNS
For a 90° corner, simply align
curb modules at this angle
110 mm x 90 mm x variable
4 5/16” x 3 9/16” x variable
Note: In order to facilitate orders by half-layer (13 ft lin)
each row must include 2 boxes of anchors.
76
77
Each box contains 16 anchors & nails.
RANGE
ST-MALO BEIGE
RANGE
ABERDEEN GREY
RANGE
OXFORD CHARCOAL
RANGE
CARDIGAN BROWN
RANGE
EDINBURG RED
RANGE SHEFFIELD
BEIGE AND BLACK
RANGE
ORLEANS GREY
I
I
Universal* curb
and Universal* Mini-curb
Celtik® Mega Curb
Colour available: grey, dark brown
Universal module
Average unit
200 mm x 80 mm x 1000 mm
8” x 3” x 39”
Quantity per pallet
Weight per unit
Weight per pallet
Average unit
3.3 units/m lin.
1.01 units/ft lin.
Surface per layer
5.4 m lin.
17.8 ft lin.
Surface per pallet
32.73 m lin.
106.53 ft lin.
Weight per pallet
1768 kgs
3980 lbs
Weight per unit
Weight per pallet
200 mm x 115 mm x 300 mm
7 7/8” x 4 1/2” x 11 13/16”
44 units
39 kgs
86 lbs
1760 kgs
3880 lbs
64 units
64 units
26 kgs
58 lbs
1707 kgs
3763 lbs
Universal curb 0.625 m radius
Average unit
200 mm x 80 mm x 1000 mm
8” x 3” x 39”
0.305 units/ft lin.
44 units
Universal curb 90° corner
Quantity per pallet
200 mm x 80 mm x 300 mm
8” x 3” x 12”
1 unit/m lin.
Quantity per pallet
1 unit/m lin.
0.305 units/ft lin.
20 units
20 units
Weight per unit
39 kgs
86 lbs
Weight per pallet
820 kgs
1808 lbs
1 unit/m lin.
0,305 units/ft lin.
56 units
56 units
curbs
Universal Mini-curb
Colour available: grey
Average unit
Quantity per pallet
Weight per unit
Weight per pallet
44 lbs
1157 kgs
2545 lbs
78
79
150 mm x 60 mm x 1000 mm
6” x 2 3/8” x 39”
20 kgs
RANGE
ST-MALO BEIGE
RANGE
ABERDEEN GREY
RANGE
OXFORD CHARCOAL
RANGE SHEFFIELD
BEIGE AND BLACK
DARK BROWN
GREY
81
80
Permapro
permapro
I
I
Permapro
polymeric sand and stone dust
Permapro
polymeric sand and stone dust
Permapro SP polymeric sand
Permapro SP polymeric sand is a unique mixture of polymer binders and
calibrated sand available in beige or grey. Once SP polymeric sand sets, it
becomes very firm and locks between the concrete paver joints. This firm bond
maintains pavers securely in place, being equally effective on both horizontal
and sloped surfaces. Permapro SP polymeric sand is for sloping areas, around
pools and all type of driveways and walkways. Permapro SP polymeric sand can
be used for concrete paver joints up to a maximum of 2.5 cm (1”).
•
•
•
•
•
•
•
QUANTITY CHART
Permapro XP polymeric sand
Surface per 30 kg (66.6 lb) bag
50 ft2 (4.64 m2)
Mega-Bergerac Plus paver
55 ft2 (5.11 m2)
Paleo paver
85 ft2 (7.89 m2)
Canvas paver
34 ft2 (3.17 m2)
Paleo Modular paver
85 ft2 (7.89 m2)
Old Forge paver
95 ft (8.82 m )
Standard paver
105 ft2 (9.75 m2)
Trafalgar paver
50 ft (4.64 m )
Mega-Trafalgar paver
40 ft2 (3.71 m2)
Arbel paver
25 ft2 (2.32 m2)
Mega-Arbel paver
25 ft2 (2.32 m2)
Vendome paver
28 ft2 (2.60 m2)
Quadral paver
65 ft2 (6.00 m2)
Parvis paver
2
See reverse of bag for specific installation guide.
2
OK
2
PAVER
XP polymeric
Sand
Not OK
PAVER
PAVER
XP polymeric
Sand
Other
product
PAVER
Sand or crushed stone
Sand or crushed stone
Minimum 1 in. (2.5 cm)
Crushed stone
Crushed stone
Figure A
Figure B
300 ft2 (27.8 m2)
55 ft2 (5.10 m2)
AVOID CONTACT WITH EYES AND SKIN.
FIRST AID TREATMENT: IF PRODUCT HAS CONTACT WITH YOUR EYES
OR SKIN, WASH OFF THOROUGHLY WITH WATER.
WARRANTY – Permapro SP Polymeric sand
must be installed in accordance with our method
of application. The manufacturer’s liability is limited
only to the replacement of the Permapro SP polymeric sand.
Proof of purchase will be required for any claim.
82
Provence paver
2
BEIGE
GRIS
•
•
•
•
•
•
•
Helps prevent weed sprouting, damages caused by insects and erosion
Sets at above freezing temperature (0° C - 32° F)
Fast setting time: 3 hours
Does not stain concrete paving stones
Can be used in false joints
Can be stored outside (intact pallets)
Packed in plastic bags – helps resist rain/moisture
Permapro polymeric stone dust
Permapro polymeric stone dust is a unique mixture of polymer binders
and calibrated stone. It is ideal for a variety of natural stone applications
such as pool decks, patios and pathways. Permapro polymeric stone dust
can be used for natural stone joints between 1.25 cm (1/2”) to 10 cm (4”).
•
•
•
•
•
•
Works at above 15° C (59° F)
Compatible with all types of natural stones
Flexible unlike cement joints
Easy to install – sweep stone dust in joints (no trowelling)
Natural stone finish on joint surface (unlike white cement joint)
Not recommended for concrete pavers or slabs
83
XP Polymeric sand
permapro
Permapro XP polymeric sand is a unique mixture of polymer binders and
calibrated sand available in beige or grey. Once XP polymeric sand sets, it
becomes very firm and locks between the concrete paver joints. This firm
bond maintains pavers securely in place, being equally effective on both
horizontal and sloped surfaces. Permapro XP polymeric sand is ideal around
pools and spas, for steep sloping areas, wide concrete paver joints and areas
having excess water. Permapro XP polymeric sand can be used for concrete
pavers joints up to a maximum of 3.8 cm (1.5”).
SP Polymeric sand
Bergerac paver
Helps prevent weed sprouting, damages caused by insects and erosion
Sets at above freezing temperature (0° C - 32° F)
Fast setting time : 3 hours
Does not stain concrete paving stones
Can be used in false joints
Can be stored outside (intact pallets)
Packed in plastic bags – helps resist rain/moisture
I
Permapro adhesive, nails and edge
Permapro polyurethane concrete adhesive
Imagine the possibilities...
Permapro polyurethane concrete adhesive is especially formulated
for concrete and stone applications such as retaining walls,
steps and pool copings.
•
•
•
•
•
Extra resistant to torsion and tension
Extra bond strength
Extra fast cure time
Can be used on dry or damp surfaces
Works above freezing (0° C - 32° F)
Permapro 10” galvanized nails
Specially designed for installation with Permapro paving edges
•
•
•
•
Galvanized nails - High resistance to corrosion
25% more nails per box (190 instead of 150)
Box of ± 190 nails
48 boxes/pallet
Permapro paving edge is an excellent choice to brace and support concrete
pavers and slabs. Permapro paving edge is designed to adapt to straight or
curved installations. It is especially easy to use and quick to install,
thus saving the user time and money.
“Twist-lock”
connection system
•
•
•
•
•
•
•
Extra versatile system. Choice of rigid or flexible paving edges
Flexible edge has been designed to avoid cutting in curved paver installations
“twist lock” feature provides a rigid connection allowing continuous support
Bracing on the vertical wall provides additional support
Made with thicker gauge plastic for additional overall strength
8 linear feet edge
Box of 24 units
Plans
Designed by our experts, these myriad plans
will give you original and practical ideas
to finish designing your project!
plans
Permapro paving edge
85
84
Detailed specification of each plan and several
other examples are available at:
Link
SUGGESTED COLOUR COMBINATIONS
Wraparound
Main element:
Main element:
Range silex grey
Paleo pavers
Range terracotta
Paleo Modular pavers
Surround:
Surround:
Range Cognac brown
Canvas pavers
Range Auvergne charcoal
Canvas pavers
Range fossil beige
Lineart pavers
Main element:
Main element:
Range fossil beige
Paleo pavers
Range silex grey
Paleo Modular pavers
Surround:
Surround:
Range Cognac brown
Lineart pavers
Range sylvery grey
Canvas pavers
Canvas pavers
Curvilinear
Water’s edge
Main element:
Main element:
Range Brittany beige
Bergerac pavers
Surround:
Surround:
Range fossil beige
Lineart pavers
Range Cognac brown
Aquastyl pavers
Wall:
Slab:
Range St-Malo beige
Celtik wall
Mantle grey
Rockcliffe slab
Main element:
Range Gascony beige
Bergerac pavers
Surround:
Range Cognac brown
Lineart pavers
Wall:
Range Sheffield beige and black
Celtik wall
Main element:
Main element:
Range Gascony beige
Méga-Bergerac Plus pavers
Surround:
Aquastyl pavers
Slab:
Range Amaretto
Rockcliffe slab
Range Ardennes grey
bergerac pavers
Surround:
Lineart pavers
Range Oxford charcoal
Celtik wall
87
86
Wall:
Cubist
Courtyard
Main element:
Main element:
Range Bourbon beige
Trafalgar pavers
Range Brittany beige
Bergerac pavers
Surround:
Surround:
Range fossil beige
Lineart pavers
Range Norvick grey
Trafalgar pavers
Wall:
Range Ardennes grey
Monaco wall
Main element:
Range Chatham beige
Trafalgar pavers
Main element:
Range Gascony beige
Bergerac pavers
Surround:
Range Norvick grey
Trafalgar pavers
Surround:
Range Cognac brown
Lineart pavers
Wall:
Range Sheffield beige and black
Monaco wall
Main element:
Range Norvick grey
Trafalgar pavers
Surround:
Range Bourbon beige
Trafalgar pavers
Rustic
Geometric
Main element:
Main element:
Range Melbourne grey
Arbel pavers
Paleo pavers
Wall:
Surround:
Range Oxford charcoal
Celtik wall
Range fossil beige
Lineart pavers
Main element:
Range Danville beige
Arbel pavers
Wall:
Range Orleans grey
Celtik wall
Main element:
Range shell beige
Paleo pavers
Surround:
Range Cognac brown
Lineart pavers
Main element:
Range Richmond grey
Arbel pavers
Wall:
89
88
Range Aberdeen grey
Celtik wall
Table
of
contents
pavers
slabs
walls
Expansion
PAVERS
Installation Guide
Parvis
Trafalgar
Arbel
Mega-Bergerac Plus Circle
Bergerac Circle
Paleo
Vendome
Marina
AquaStyl
permapro
Gridlock
curbs
WALLS
Installation Guide
Celtik
Mega-Celtik
Keystone System
Pisa
Main element:
Range Gascony beige
Surround:
Range Cognac brown
Insertion:
Range Cognac brown
Canvas pavers
Main element:
04
08
12
14
18
21
24
26
28
30
Range Ardennes grey
Surround:
Mega-Trafalgar
10
Mega-Arbel
14
Mega-Bergerac
Mega-Bergerac
Plus Plus pavers
16
Insertion:
Bergerac
20
Paleo Range
ModularAuvergne charcoal
22
Paleo Canvas
Circle pavers
25
Canvas
27
Main element:
LineartRange Brittany beige 29
Heritage
32
Surround:
34
42
52
54
56
58
Insertion:
Geo-Celtik
Range silvery grey
Monaco
Canvas pavers
Unislope I
Old Forge
Split-face
SLABS
Installation Guide
Portage
Barcelona
Roman Cobble
CURBS
Installation Guide
Celtik
Universal
64
68
71
73
38
53
56
57
61
62
Rockcliffe
70
Main element:
RusticRange Gascony beige 72
Mega-Bergerac Plus 74
Riverstone
Large square pavers
Surround:
76
77
79
Ottawa Confederation Boulevard. Pavers : Mega-Pavers pavers
University of Toronto
Wellness Centre at Erindale Campus
in Mississauga.
Exterior cladding: Versailles Stone
For warranty details, visit:
permacon.ca/information menu/warranty section
Range Cognac brown
Lineart pavers
Celtik Mega curb
78
Universal Mini-Curb
79
Polymeric sand,
Stone Dust
PLANS
82
Main element:
Adhesive,
nails and edges 84
Range Ardennes grey
Mega-Bergerac Plus
large square pavers
Our landscaping plans
85
Surround:
Our addresses
92
Range silex grey
Lineart pavers
Permacon is also the choice
of architects and engineers
for creating millions of projects,
public and private alike.
91
90
plans
PERMAPRO
1 888 PERMACON
1
8 8 8
7 3 7 - 6 2 2 6
www.permacon.ca
Permacon Bolton
3 Betomat Court
Bolton (Ontario)
L7E 2V9
Tel.: (905) 857-6773
1 800 463-9278
Permacon Ottawa South
6860 Bank Street
Metcalfe (Ontario)
K0A 2P0
Tel.: (613) 821-0898
1 800 361-2707
Permacon London
1201 Brydges Street
London (Ontario)
N5V 2B5
Tel.: (519) 453-9501
1 888 264-4429
Permacon Ottawa West
6775 Hazeldean Road
Stittsville (Ontario)
K2S 1B9
Tel.: (613) 821-0898
1 800 361-2707
Permacon Milton
8375 5th Side Road
Milton (Ontario)
L9T 2X7
Tel.: (905) 875-4215
1 800 265-0692
Permacon Quebec
8845 Pierre-Bertrand Blvd
Quebec (Quebec)
G2K 1W2
Tel.: (418) 622-3333
Permacon Montreal
8140 Bombardier Street
Anjou (Quebec)
H1J 1A4
Tel.: (514) 351-2120
AUTHORIZED DISTRIBUTOR:
Permacon Sherbrooke
1080 Panneton Street
Sherbrooke (Quebec)
J1K 2B4
Tel.: (819) 564-1414
Permacon Trois-Rivières
1100 de la Commune Blvd
Trois-Rivières (Quebec)
G9A 2W6
Tel.: (819) 378-2721

Technical Guide

Transcription

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