Product and
Installation Guide
Pavers
Wall Systems
Edgers
Product and Installation Guide
Table of Contents
Wall Systems ..................................................................3-6
Fire Pit Kit ..............................................................................6
Paving Systems ...........................................................7-8
Anchor Block Company, a leader in
landscape products and a licensed
manufacturer of Anchor Wall Systems
Patio Stones ...................................................................9-10
products, continually invents stylish
ways to help homeowners improve
their outdoor spaces.
Edgers ..........................................................................................11
Project Planning and Installation ....12-23
Products shown below can be found on page number.
3
6
7
9
11
• Colors shown in this brochure may vary from actual product colors. Check store for actual sample color.
• Some products and colors may not be available in all locations.
• Front cover photos: Fresco™ wall system (large photo), Dutch Cobble pavers, Ashlarstone™ retaining wall system and Anchor
Edger™ bullet edger.
2
Wall Systems
Border Stone
TM
Retaining Wall System
Total Wall Height: Build up to 16"
A lightweight alternative for short
walls, edging and landscape rings.
Block Size:
4"H x 8"L x 5 1⁄2"D
Block Weight: 12 lbs.
Red/Charcoal
Block: 100503932
Rear lip makes
installation easy—
stack and align
Carlton
®
Retaining Wall System
Total Wall Height: Build up to 24"
Its rough-hewn texture and compact
size make this wall system ideal for
smaller projects.
Tan
Cap: see page 4 for
cap option
Block: 100503926
Block Size:
3"H x 10"L x 5 7⁄8"D
Block Weight: 11 lbs.
Rear lip makes
installation easy—
stack and align
Ashlarstone
TM
Retaining Wall System
Total Wall Height: Build up to 24"
Inspired by traditional ashlar
pattern of natural stone walls.
Cap Size:
2"H x 12"L x 8"D
Cap Weight:
15 lbs.
Block Size:
4"H x 12"L x 7"D
Block Weight:
22 lbs.
Tan/Brown
Cap: 100503906
Block: 100503904
Rear lip makes
installation easy—
stack and align
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
3
Wall Systems
Windsor Stone
®
Retaining Wall System
Total Wall Height: Build up to 24"
This traditional face style gives any
garden wall a timeless appearance.
Small Cap Size:
2 3⁄8"H x 12"/9"L x 7 1⁄2"D
Cap Weight:
15 lbs.
Tan
Cap: 100503893
Block: 100503928
Block Size:
4"H x 11 5⁄8"L x 7"D
Block Weight:
22 lbs.
Rear lip makes
installation easy—
stack and align
Brown/Buff
Cap: 100503896
Block: 100503930
Red/Charcoal
100503897
100503931
Diamond 10D
Charcoal
100503933
100503927
Gray
100503895
100503929
®
Retaining Wall System
Total Wall Height: Build up to 42"
Block Size:
6"H x 17 3⁄4"L x 10"D
Block Weight:
54 lbs.
The dependability of Diamond® retaining wall systems
has made them the preferred choice for decades. This
product has a beautiful rough-hewn appearance that
transitions nicely into the surrounding landscape.
Rear lip makes
installation easy—
stack and align
Brown/Buff
Cap: 100503900
Block: 100503907
4
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
Wall Systems
Tango
TM
Lawn-and-Garden Project Block
Textured end is
exposed on
column exterior.
Total Wall Height: Build up to 24"
Enhance your outdoor entry and living spaces
with this amazingly versatile lawn-and-garden
project block. For more details see the TangoTM
Lawn-and-Garden Project Block Inspiration and
Installation Guide or www.anchorblock.com.
Smooth end is
concealed inside
the column.
Block Size:
4"H x 12"L x 6"D
Block Weight:
16 lbs.
Brown/Buff
Block: 100554675
Tango column
project
ShortCut
®
Cap
This double-faced, tapered cap is ideal for
straight or curved walls. Use with TangoTM
lawn-and-garden project block and the
Diamond® 10D retaining wall system.
• Sized to minimize cutting
• Alternate narrow (N) / wide (W) faces every
other cap for straight walls
• Place all narrow (N) faces on one side for
curved walls
Curved Walls
Straight Walls
Narrow Face
Cap Size:
3"H x 8"/7"L x 13"D
Cap Weight:
23 lbs.
Brown/Buff
Cap: 100503900
N
W
Wide Face
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
5
Wall Systems
Fresco
TM
Wall System
The versatile components of the Fresco™
wall system can be oriented in any manner
to create small retaining walls, freestanding
walls and other outdoor projects.
Rectangle Block Size:
4"H x 12"L x 8"D
Block Weight: 29 lbs.
Northwoods
100503901
Fresco Wall System
Project: Column A (20")
Fresco Wall System
Project: Small Planter
Tapered Block Size:
Front: 4"H x 8 5⁄8"L x 8"D
Back: 4"H x 6"L x 8"D
Block Weight: 18 lbs.
For project ideas: scan with your
mobile device or visit
bitly.com/FrescoDIYProjects
Northwoods
100503902
Hudson Stone
TM
Wood Fire Pit Kit
The Hudson Stone™ wood fire pit kit
features a rough-hewn face texture
and is conveniently packaged with:
• 42 Hudson Stone tapered units
• A sturdy 28" metal liner
• Wood logs not included
Outside Diameter: 40"
Inside Diameter: 30"
Assembled Height: 12"
Kit Weight: 620 lbs.
Sand
100503925
For installation video: scan
with your mobile device or visit
bitly.com/HudsonStoneFirePitHowTo
6
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
Paving Systems
Dutch Cobble
Pavers
Rectangle Size:
5 1⁄2"W x 8 1⁄4"L x 2 3⁄8"H
Weight: 9 lbs.
Beautiful pavers that bring a warm cobblestone
feel to patios, walkways or driveways­­.
Autumn Blend
100503651
Square Size:
5 1⁄2"W x 5 1⁄2"L x 2 3⁄8"H
Weight: 6 lbs.
Autumn Blend
100503884
Pattern Options
1:1 Running Bond
3:1 Running Bond
Basket Weave
1:1 Random
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
7
Paving Systems
Holland
Pavers
A timeless product that is versatile for many
applications. Install with one of the paver
patterns shown below or use as a soldier course.
Use 1-inch-high size for step veneer.
Size:
3 7⁄8"W x 7 7⁄8"L x 1"H
Weight:
2.5 lbs.
Autumn Blend
100503645
Fieldstone
100503646
Size:
3 7⁄8"W x 7 7⁄8"L x 2 3⁄8"H
Weight:
6 lbs.
Autumn Blend
100503647
Fieldstone
100503648
Red/Charcoal 100503649
Red
100503650
Pattern Options
Running Bond
8
Herringbone
Parquet
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
Patio Stones
Foot Notes
®
Patio Stones
This amazing product provides the look of
genuine flagstone with easy, streamlined
installation because, unlike real flagstone,
these stones are smooth on the bottom and
have a uniform height — eliminating leveling
issues as you create stepping paths,
walkways and patios.
A 40" walkway pattern
Size:
Various Sizes x 1 3⁄4"H
Average Weight:
37 lbs.
2
1
4
3
5
3
1
4
5
1
2
3
40"
Tan
100503923
4
5
2
4
1
4
5
2
40"
3
Rotate each set 90°
Cobblestone
Patio Stones
Choose the look of
cobblestone pavers
in an orderly or
random pattern.
Random Cobblestone
Size: 16"W x 16"L x 2"H
Weight: 38 lbs.
Cobblestone
Size: 16"W x 16"L x 2"H
Weight: 38 lbs.
Tan/Charcoal
100503891
Tan/Brown
100503889
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
9
Patio Stones
Brickface Patio Stones
16" Square Patio Stone
Size: 16"W x 16"L x 2"H
Weight: 38 lbs.
Size: 16"W x 16"L x 2"H
Weight: 38 lbs.
Copper
100503887
Red
100503888
Size: 12"W x 12"L x 2"H
Weight: 24 lbs.
Northwoods
100503922
Copper
100503886
Red
100503885
16" Round Patio Stone
Size: 16" Dia. x 2"H
Weight: 34 lbs.
Patio Block Patio Stone
Size: 16"W x 8"L x 2"H
Weight: 17 lbs.
Gray
100503883
Exposed Aggregate
100503890
Slate Top
TM
Patio Stone
A textured top simulates the look of real slate
while the smooth, even bottom and uniform
height make it easy to level and install.
Size:
16"­W x 16"L x 2"H
­­­Weight:
38 lbs.
Tan/Brown
100503924
10
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
Edgers
Rivers Edge
TM
Edger
Rivers Edge™ edgers blend gracefully and
naturally into any environment. Great for borders
and pathways, their sculpted surface emulates
the look of natural stone.
Size:
3 5⁄8"W x 12"L x 3 5⁄8"H
Weight:
12 lbs.
Tan/Brown
100503916
Red/Charcoal
100503915
Crescent Edge
TM
Edger
Edge with circular patterns in mind, perfect
for creating a tight radius or for softening the
edge of a garden.
Size:
5 1⁄2" Dia. x 2 1⁄4"H
Weight:
5 lbs.
Red
100503914
Copper
100503913
Anchor Edger
TM
Bullet Edger
The clean lines of the Anchor
Edger™ bullet edger add bold
symmetry to curved borders.
Charcoal/Tan
100503910
Copper
100503911
Size:
4"W x 12"L x 3"H
Weight:
11 lbs.
Red/Charcoal
100503912
Tan/Brown
100503908
Actual dimensions and weights may vary from these approximate values due to variations in manufacturing processes.
11
DIY Retaining Wall Installation
Call 811, Common Ground Alliance, to have utilities marked before starting your project.
Read all instructions prior to installation. Refer to page 17 for reference images of installation materials and tools.
Fig. 1
1. S take Out Wall and Create Trench. Begin by using stakes with a string line (or a garden hose for curved walls) to mark the location of the wall, using the
desired location of the back of blocks as the guide. Use the information below to determine the size of the trench needed, and then dig the trench.
The width of the trench should be twice the depth (front to back) of the block.
Example: For block that is 6 inches deep make the trench 12 inches wide.
The depth of the trench should be equal to the height of the block plus compacted base depth (Table 1).
Example: For an exposed wall height of 1'6" and using a 6" high block, dig the trench a total of 9 inches in depth.
Table 1
Trench Depth Reference Chart
Exposed Wall Height*
< 1'6"
< 3'
2'
Block
Height
Compacted
Base Depth
Total Trench
Depth
Compacted
Base Depth
Total Trench
Depth
Compacted
Base Depth
Total Trench
Depth
6"
3"
9"
4"
10"
6"
12"
5"
3"
8"
4"
9"
N/A
N/A
4"
3"
3"
3"
7"
6"
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
* For exposed wall height limits, follow product’s total wall height (reference product page) and subtract height of block to account for buried base course.
Fig. 2
2. A
dd and Compact Base. Remove loose soil and firmly compact the soil in the bottom of the trench with the tamper. Base material can be paver base or
an equivalent to 3/4 -inch minus (with fines) aggregate. Add a 2-inch layer of base material in the bottom of the trench; rake out and firmly compact
(Fig. 1). Repeat as needed for recommended compacted base depth (reference Table 1).
3. L evel Base. Tip: The more level the base material the easier it is to level the block when building the wall. Use a carpenter’s level to level base material
along the trench; check the level every few feet. Add more base material and repeat the process as needed until appropriate compacted base depth is
achieved (reference Table 1).
Fig. 3
4. B
ase Course. Tip: This is the most important step in the installation process. Bury the base course block. Use a hammer and chisel to remove the rear
lips from all base course blocks (if applicable). Starting at the lowest elevation, place the first block, making sure the block is level front to back and
side to side; lay subsequent blocks in the same manner (Fig. 2). Adjust blocks with a rubber mallet if necessary. For a straight wall, use string line along
the back edge of block to check for proper alignment. Fill cores of blocks (if applicable) and backfill trench behind base course with base material.
Compact backfill with hand tamper. Fill trench in front of wall with soil and compact. Clean any debris off the top of the blocks before beginning
next course.
For slopes, you may need to step up the base (Fig. 3). Make sure the base block is below grade at step-up with adequate base material below block.
Fig. 4
Fig. 5
5. L ay and Level Wall Blocks. Begin next course by laying a block with the rear lip (if applicable) facing down, in a staggered relationship (running bond)
to the course beneath. Pull each block forward until the lip is securely in contact with the blocks below (Fig. 4). Check each course for levelness and
make adjustments with a rubber mallet before continuing. Incorporate drain tile, if required, per building code or site conditions. After each course, fill
cores of blocks (if applicable) and backfill behind blocks with drainage aggregate (such as 3/4 -inch angular/crushed free draining aggregate), extending
12 inches behind the wall. Compact backfill with hand tamper. Repeat until wall height is reached. The last course of blocks can be backfilled with soil
to allow for plants or sod.
6. S plit/Cut Block. Cutting or splitting blocks may be required for your project.
• T
o split a block: Use a hammer and chisel to score the block on all sides of the split. Continue to pound the chisel on all score lines until the block
splits (Fig. 5).
• To cut a block: Use a circular saw or tub saw with a diamond blade designed for cutting concrete wall blocks.
• To create a 90-degree mitered corner: Cut a 45-degree angle on two blocks. Glue cut sides together with exterior-grade concrete adhesive so the
two faces form the finished outside corner.
Always wear eye protection when sawing blocks.
Read and understand the operating manual before using a saw.
Fig. 6
7. M
ark, Cut and Glue Cap. To cap the wall, slide the cap forward so the face of the cap overhangs the face of the wall approximately 1 inch or as desired.
• For capping straight walls, use a string line as a guide to keep alignment.
• For capping curved walls, cut the caps to follow the radius of the wall. Place a cap at the beginning of the curve, skip a space and place the next
cap in the third position. Rest a cap on top of the original two, aligning the face with the adjacent caps. Mark the bottom of the cap along the edges
(Fig. 6). Use a circular saw or tub saw with a diamond blade to cut the marked cap.
On a 90-degree corner, two caps need to be saw-cut at a 45-degree angle. At the end of the wall, cut and place the cap so the manufactured edge is
exposed. Use an exterior-grade concrete adhesive to secure the caps. If not finishing with caps, glue the top wall course with exterior-grade concrete
adhesive. Tip: Planting grass or other vegetation in front of the wall and behind the top of wall will help to reduce the chance of erosion.
aximum gravity wall heights assume no slope below or above the wall; no surcharge loads (e.g., driveway, parking pad, pool, etc.); block cores (if applicable) are
M
filled; and all replaced soil is well compacted.
12
Retaining Wall Project Materials Calculators
1. Plan the length and height of the wall, accurate to nearest inch.
2. Select retaining wall product, then calculate number of blocks needed for project.
calculate exposed area of wall
______
X
=
______
exposed wall
height (in.)
wall length
(in.)
calculate area of block face
______
_:
exposed area of wall (sq. in.)
X
calculate number of blocks needed
for buried base course
=
______
______
block height
(in.)
block length
(in.)
wall length
(in.)
_:
______
=
estimated # of blocks
=
X 1.05*
block length
(in.)
=
+
area of block face (sq. in.)
# of blocks needed for base course
minimum # of blocks*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage.
3. Calculate base material (paver base or 3/4 -inch minus [with fines] aggregate) needed for project. For blocks with throughcores, add 15 percent to the volume of base calculation to account for filling the cores.
calculate volume of base
______
X
block depth (in.)
(front to back)
x2
calculate volume behind
base course
=
______
______
compacted base
depth (in.) (Table 1)
x wall length (in.)
X
calculate compensation
for compaction
=
______
______
block depth (in.) height of block (in.)
(front to back)
x wall length (in.)
_: 2
+
volume of base (cu. in.)
0.25 =
X
cubic inches of base material
=
_:
volume of base + volume
behind base course
+
volume behind base course (cu. in.)
compensation for compaction (cu. in.)
1,728
=
total amount of base material (cu. ft.)
4. Calculate drainage aggregate (3/4 -inch angular/crushed free-draining aggregate) needed for project. For blocks with
through-cores, add 15 percent to the volume of drainage aggregate calculation to account for filling the cores.
calculate volume
behind exposed wall
______
X ______
wall length
(in.)
X
compensation
for compaction
cubic inches of drainage aggregate
=
12 =
_:
exposed wall
height (in.)
=
1.25
X
compensation for compaction
volume behind wall (cu. in.)
1,728
total amount of drainage aggregate (cu. ft.)
5. Select wall cap product, then calculate number of caps needed for project.
wall length in inches
estimated # of caps
calculate linear coverage of cap
______
_:
_: 2
=
=
cap length (front) (in.) +
cap length (back) (in.)
=
linear coverage of cap (in.)
wall length (in.)
X 1.05*
minimum # of caps*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage. Add an extra 10 percent for curved walls.
6. Calculate exterior-grade concrete adhesive needed.
use approximately 3 ounces of
exterior-grade concrete
per linear foot
calculate total length of courses to
glue, including cap course
______
wall length
(in.)
X ______
_: 12 =
# of courses
to glue
X
length of courses to glue (lin. ft.)
ounces of adhesive
=
_:
10
=
3
ounces per linear foot
minimum # of 10-oz. exteriorgrade concrete adhesive tubes
13
DIY Fresco™ Freestanding Wall Installation
Call 811, Common Ground Alliance, to have utilities marked before starting your project.
Read all instructions prior to installation. If building on top of existing paver or concrete
base, make sure it is clean and level, then start with step 5.
Fig. 1
Fig. 2
1. S take Out Wall and Create Trench. Begin by using stakes with a string line
(or a garden hose for curved walls) to mark the location of the wall. With
a shovel, dig a trench 16 inches wide and 8 inches deep (Fig. 1).
2. A
dd and Compact Base. Remove loose soil and firmly compact the soil in
the bottom of the trench with the tamper. Base material can be paver
base or an equivalent to 3/4 -inch minus (with fines) aggregate. Add a
2-inch layer of base material in the bottom of the trench; rake out and
firmly compact (Fig. 2). Repeat as needed for finished compacted base
depth of 4 inches.
3. L evel Base. Tip: The more level the base material the easier it is to level
the block when building the wall. Use a carpenter’s level to level base
material along the trench; check the level every few feet (Fig. 3). Add
more base material and repeat the process as needed until appropriate
compacted base depth is achieved.
Fig. 3
Fig. 4
Fig. 5
4. B
ase Course. Tip: This is the most important step in the installation
process. Bury the base course block. Starting at the lowest elevation,
place the first block, making sure the block is level front to back and
side to side; lay subsequent blocks in the same manner. Adjust blocks
with a rubber mallet if necessary. For a straight wall, use string line
along the back edge of block to check for proper alignment. Fill trench
in front and behind wall with soil and compact. Clean any debris off the
top of the blocks before beginning next course.
5. L ay and Level Wall Blocks. Begin next/first course by laying a block
in a staggered relationship (running bond) to the course beneath (if
applicable). Check each course for levelness and make adjustments
with a rubber mallet before continuing (Fig. 4). Repeat until desired wall
height is reached.
6. S plit/Cut Block. Cutting or splitting blocks may be required for your
project.
• To split a block: Use a hammer and chisel to score the block on all
sides of the split. Continue to pound the chisel on all score lines until
the block splits (Fig. 5).
• To cut a block: Use a circular saw or tub saw with a diamond blade
designed for cutting concrete wall blocks.
Always wear eye protection when sawing blocks.
Read and understand the operating manual before using a saw.
Fig. 6
Fig. 7
7. G
lue Wall and Cap. Use an exterior-grade concrete adhesive to secure
each block in the top 2 courses (Fig. 6). To cap the wall, place a block
perpendicular to the wall and slide the block forward so the face of the
cap overhangs the face of the wall approximately 2 inches.
• For capping straight walls, use a string line as a guide to
keep alignment.
• For capping curved walls, cut the blocks to follow the radius of the
wall. Place a block at the beginning of the curve, skip a space and
place the next block in the third position. Rest a block on top of the
original two, aligning the face with the adjacent blocks. Mark the
bottom of the block along the edges. Use a circular saw or tub saw
with a diamond blade to cut the marked block.
Use an exterior-grade concrete adhesive to secure cap course (Fig. 7).
Tip: For any cut edges on the block, chip the edges with a hammer to
maintain a tumbled appearance.
Maximum gravity wall heights assume no slope below or above the wall;
no surcharge loads (e.g., driveway, parking pad, pool, etc.); block cores
(if applicable) are filled; and all replaced soil is well compacted.
14
Installation materials and tools needed (reference images on page 17):
 Gloves
 Stakes
 String line
 Garden hose
 Tape measure
 Shovel
 Tamper
 Rake
 Paver base or an equivalent to 3/4 -inch minus (with fines) aggregate
 Carpenter’s level
 Hammer
 Chisel
 Level
 Rubber mallet
 Circular saw or tub saw
 Diamond blade designed for cutting concrete wall blocks
 Safety glasses
 Exterior-grade concrete adhesive
 Carpenter's pencil
Fresco™ Freestanding Wall Project Materials Calculators
1. Plan the length and height of the wall, accurate to nearest inch.
2. Calculate number of Fresco™ blocks needed for project. If building on top of existing paver or concrete base, exclude adding
number of blocks needed for buried base course.
calculate exposed area of wall
______
X
=
______
exposed wall
height (in.)
wall length
(in.)
area of block face
12
_:
exposed area of wall (sq. in.)
4
X
block length
(in.)
calculate number of blocks needed
for buried base course
=
______
block height
(in.)
48
wall length
(in.)
_:
12
=
block length
(in.)
estimated # of blocks
=
X 1.05*
=
+
area of block face (sq. in.)
# of blocks needed for base course
minimum # of blocks*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage.
3. Calculate base material (paver base or 3/4 -inch minus [with fines] aggregate) needed for project. Base material is not needed
if building on top of existing paver or concrete base.
compensation
for compaction
calculate volume of base
______
X
64
=
cubic inches of base material
=
wall length trench width x
(in.)
compacted base
depth (sq. in.)
X
1,728
=
1.25
compensation for compaction
volume of base (cu. in.)
_:
total amount of base material (cu. ft.)
4. Calculate number of Fresco blocks needed for capping project.
estimated # of caps
linear coverage of cap
wall length in inches
=
_:
=
8
linear coverage of cap (in.)
wall length (in.)
X 1.05*
minimum # of caps*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage. Add an extra 10 percent for curved walls.
5. Calculate exterior-grade concrete adhesive needed.
use approximately 3 ounces of
exterior-grade concrete
per linear foot
calculate total length of courses to
glue, including cap course
______
wall length
(in.)
X ______
_: 12 =
# of courses
to glue
X
length of courses to glue (lin. ft.)
ounces of adhesive
=
_:
10
=
3
ounces per linear foot
minimum # of 10-oz. exteriorgrade concrete adhesive tubes
15
Wall Block Quick Reference Guide
Border Stone™
Carlton ®
Ashlarstone™
Pg. 3
Coverage: 0.22 sq. ft./pc.
Pg. 3
Coverage: 0.21 sq. ft./pc.
Pg. 3
Coverage: 0.33 sq. ft./pc.
Wall Length
Wall Length
Wall Length
Wall Height
5'
10' 15' 20' 25' 30'
Wall Height
5'
10' 15' 20' 25' 30'
Wall Height
5'
10' 15' 20' 25' 30'
1 Course/Base
8
15
23
30
38
45
1 Course/Base
6
12
18
24
30
36
1 Course/Base
5
10
15
20
25
30
2 Course
15
30
45
60
75
90
2 Course
12
24
36
48
60
72
2 Course
10
20
30
40
50
60
3 Course
23
45
68
90
113
135
3 Course
18
36
54
72
90
108
3 Course
15
30
45
60
75
90
4 Course
30
60
90
120
150
180
4 Course
24
48
72
96
120
144
4 Course
20
40
60
80
100
120
5 Course
30
60
90
120
150
180
5 Course
25
50
75
100
125
150
6 Course
36
72
108
144
180
216
6 Course
30
60
90
120
150
180
7 Course
42
84
126
168
210
252
Caps
8 Course
48
96
144
192
240
288
Qty. Needed
6
12
17
22
28
34
6
12
18
23
29
35
Caps
Qty. Needed
6
12
18
23
29
35
Caps
Qty. Needed
Windsor Stone ®
Diamond ® 10D
Fresco™
Pg. 4
Coverage: 0.33 sq. ft./pc.
Pg. 4
Coverage: 0.74 sq. ft./pc.
Pg. 6
Coverage: 0.33 sq. ft./pc.
Wall Length
Wall Length
Wall Length
Wall Height
5'
10' 15' 20' 25' 30'
Wall Height
5'
1 Course/Base
6
11
16
21
26
31
1 Course/Base
4
7
11
14
17
2 Course
11
21
31
42
52
62
2 Course
7
14
21
28
3 Course
16
31
47
62
78
93
3 Course
11
21
31
4 Course
21
42
62
83
104
124
4 Course
14
28
5 Course
26
52
78
104
130
155
5 Course
17
6 Course
31
62
93
124
155
186
6 Course
Caps
7 Course
Qty. Needed
ShortCut Caps
6
12
18
23
29
35
10' 15' 20' 25' 30'
Wall Height
5'
10' 15' 20' 25' 30'
21
1 Course/Base
5
10
15
20
25
30
34
41
2 Course
10
20
30
40
50
60
41
51
61
3 Course
15
30
45
60
75
90
41
55
68
82
4 Course
20
40
60
80
100
120
34
51
68
85
102
5 Course
25
50
75
100
125
150
21
41
61
82
102
122
6 Course
30
60
90
120
150
180
24
48
71
95
119
142
Fresco™ Caps*
15
23
30
38
45
®
Qty. Needed
Straight wall
8
16
24
32
40
48
Curved wall
9
18
27
36
44
53
8
* 8" width faced forward as pictured on cover
For Tango™ Lawn-and-Garden Project Block reference the Tango™ Lawn-and-Garden Project
Block Inspiration and Installation Guide.
16
Quantity calculations are rounded up to the next block. It is recommended that you purchase 5 percent more product than estimated to
account for cutting and breakage. Product dimensions may vary or change without notice. The number of caps needed is based on
straight walls, unless otherwise noted — add an extra 10 percent for curved walls.
Estimating Charts for Wall Rings
6 ft.
9 ft.
12 ft.
diameter
diameter
diameter
# Blocks
per course
# Blocks
per course
# Blocks
per course
# Blocks
per course
Border StoneTM
18
32
46
60
Carlton
15
26
37
48
N/A
22
32
41
Windsor Stone
13
23
32
42
®
Diamond 10D
N/A
16
23
29
Fresco (tapered unit)
19
N/A*
N/A*
N/A*
3 ft.
diameter
Product
®
Ashlarstone
TM
®
TM
* Visit www.anchorblock.com/products/walls/fresco-wall-system/default.aspx for more ring options.
Retaining wall installation materials and tools needed:
 Gloves
 Stakes
 String line
 Garden hose
 Tape measure
 Shovel
 Tamper
 Paver base or an equivalent to / -inch minus (with
3
Complete installation materials and tools reference images:
Rubber
mallet
Safety glasses
Gloves
Hammer and Chisel
Level
Carpenter's
pencil
4
fines) aggregate
 Carpenter’s level
 Hammer
 Chisel
 Level
 Rubber mallet
 Drainage aggregate (such as / -inch angular/crushed
3
4
free-draining aggregate)
Rake
 Circular saw or tub saw
 Diamond blade designed for cutting concrete wall
Tamper
Paver
sand
Stakes
Adhesive
Garden
hose
Tub saw
blocks
 Safety glasses
 Exterior-grade concrete adhesive
 Carpenter's pencil
String
Shovel
Paver
base
Drainage
aggregate
Circular
saw
Spikes
1" Pipes
2x4
board
Tape
measure
Edge
restraint
Diamond
blade
Plate
compactor
Trowel
17
DIY Paver Patio and Walkway Installation
Call 811, Common Ground Alliance, to have utilities marked before starting your project.
Read all instructions prior to installation.
Fig. 1
Fig. 2
Fig. 3
Fig. 4
Fig. 5
1. S take Out Project and Excavate. Lay out project by marking
area with tape measure, string line and stakes. With a shovel,
excavate the area 6 inches larger on all sides than the finished
project size (Fig. 1). For patios and walkways excavate 7 or 9
inches deep: 7 inches for well-draining soil conditions and 9
inches for poorly-draining soil conditions.
2. C reate Leveling Pad. Base material can be paver base or an
equivalent to 3/4 -inch minus (with fines) aggregate. Add a 2-inch
layer of base material in the bottom of the excavated area; rake
out and thoroughly compact with a plate compactor (Fig. 2).
Repeat as needed. To achieve the desired finished patio height,
finished compacted base should leave enough room above for
paver height and leveling sand. The final grade should slope
away from the house or structure, dropping 1/4 -inch per foot,
for drainage.
3. S creed Sand. Temporarily lay two 1-inch-diameter pipes parallel
on base, several feet apart. Spread 1 inch of paver sand over
compacted base between pipes. Level sand by pulling a
straight 2x4 across the pipes several times until sand is smooth
(Fig. 3). Remove pipes and fill voids with sand, using a trowel to
level sand. Repeat until project area is covered with sand.
4. Install. Start at a 90-degree corner (nearest house or structure,
if applicable). Along one side (moving away from house at
a 90-degree angle), place edge restraint on top of the base
material, removing sand if necessary. Fasten with spikes
according to the manufacturer’s instructions. Lay a border
course along edge. Continue laying pavers in the desired
installation pattern (Fig. 4).
If the desired installation pattern requires cutting, cut the pavers
with a circular saw or tub saw using a diamond blade designed
for cutting concrete pavers.
Always wear eye protection when sawing blocks.
Read and understand the operating manual before using a saw.
Fig. 6
5. Install Edge Restraint. Place edge restraint around entire project
on top of base (Fig. 5). Use trowel to remove sand from edge
of pavers. Push edge restraint up tight to the pavers and install
according to the manufacturer’s instructions.
6. C ompact. Compact the pavers with a plate compactor (Fig. 6).
Starting from the outside, compact the border and continue
until you reach the center of the paver area. Repeat once more
to set the pavers. Once compacted, spread paver sand over
the surface and sweep into joints. Compact again to ensure all
joints are completely full. Sweep any loose sand from surface.
7. B
ackfill Around Project. Finish project by backfilling and firmly
compacting dirt in the area outside edge restraint.
S now and Ice Removal: To maintain the best surface integrity, use
plastic blades on snow and raise blades on a snow blower. Do
not use sharp objects to chop ice as they can damage
the surface.
18
Installation materials and tools needed (reference images on page 17):
 Gloves
 Tape measure
 String line
 Stakes
 Shovel
 Paver base or an equivalent to / -inch minus (with fines)
3
4
aggregate
 Plate compactor
 Two 1-inch outside diameter pipes
 2x4 board
 Paver sand
 Trowel
 Edge restraint
 Circular saw or tub saw
 Diamond blade designed for cutting concrete pavers
 Safety glasses
 Carpenter’s level
Paver Project Material Calculators
1. Plan the dimensions of the finished project, accurate to nearest inch.
2. Calculate the area (total square inches) of the finished project.
project length in inches
project width in inches
X
length of project (in.)
=
total project area (sq. in.)
width of project (in.)
3. Calculate the base area (total square inches) of project.
calculate total base length
in inches
calculate total base width
in inches
______
+ 12 =
______
+ 12 =
length of
project (in.)
(in.)
width of
project (in.)
(in.)
X
=
total base width (in.)
total base length (in.)
total base area (sq. in.)
4. Select paver and installation pattern: If using a single-piece installation pattern, use calculator below; otherwise reference
chart on page 22 and add 5 percent*.
calculate total
project area
_: 144 =
_________
enter the total project (sq. in. /
sq. ft.)
area from Step 2
_:
reference the Paver and Patio
Stone Quick Reference Guide
on page 22 for selected
paver and enter the
coverage value (sq. ft./pc.) here
estimated # of pavers
=
X 1.05*
=
square feet per piece (sq. ft./pc.)
total project area (sq. ft.)
minimum # of pavers*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage.
5. Calculate base material (paver base or 3/4 -inch minus [with fines] aggregate) needed for project.
calculate the base depth
needed for project install
______
-
depth of
base (in.)
(7 or 9 in.)
______
enter total base area
from Step 3
compensation
for compaction
=
1 (in.) + height
of paver (in.)
X
depth of base material (in.)
X
total base area (sq. in.)
cubic inches of base material
=
_:
1,728
=
1.25
compensation for compaction
total amount of base material (cu. ft.)
6. Calculate paver sand needed for project.
calculate 1 inch depth of paver
sand needed for screeding
_________
enter the total
project area from
Step 2
calculate paver sand
needed for joints
_: 1,728 =
________
(cu. in. /
cu. ft.)
_: 28,800 =
enter the total
project area from
Step 2
1
/2 cu. ft. /
100 sq. ft.
+
paver sand for leveling (cu. ft.)
=
total amount of paver sand (cu. ft.)
paver sand for joints (cu. ft.)
7. Calculate edge restraint needed for project.
calculate lengths of two adjacent
sides of project in inches
_________ X _________
length of
project (in.)
account for perimeter
of project
=
width of
project (in.)
=
_:
12
=
X
sum of two sides (in.)
linear inches of edge restraint
2
multiplication factor for perimeter
total amount of edge restraint (lin. ft.)
19
DIY Patio Stone Installation
Call 811, Common Ground Alliance, to have utilities marked before starting your project.
Read all instructions prior to installation.
Fig. 1
Fig. 2
1. S take Out Project and Excavate. Lay out project by marking
area with tape measure, string line and stakes. With a shovel,
excavate the area 6 inches larger on all sides than the finished
project size (Fig. 1). Excavate 6 or 8 inches deep: 6 inches for
well-draining soil conditions and 8 inches for poorly-draining
soil conditions.
2. C reate Leveling Pad. Base material can be paver base or an
equivalent to 3/4 -inch minus (with fines) aggregate. Add paver
base in 2-inch increments to excavated area and thoroughly
compact with a plate compactor (Fig. 2). Repeat as needed. To
achieve the desired finished patio height, finished compacted
base should leave enough room above for patio stone height and
leveling sand. The final grade should slope away from the house
or structure, dropping 1/4 -inch per foot, for drainage.
Fig. 3
3. S creed Sand. Temporarily lay two 1-inch diameter pipes parallel
on base, several feet apart. Spread 1 inch of paver sand over
compacted base between pipes. Level sand by pulling a straight
2x4 across the pipes several times until sand is smooth (Fig. 3).
Remove pipes and fill voids with sand, using a trowel to level
sand. Repeat until project area is covered with sand.
Fig. 4
4. L ay Patio Stones. Lay patio stones in the desired installation
pattern (Fig. 4), preferably starting at a 90-degree corner (nearest
house or structure, if applicable). If the desired installation pattern
requires cutting, cut the patio stones with a circular saw or tub
saw using a diamond blade designed for cutting concrete pavers.
Installation materials and tools needed (reference images on page 17):
 Gloves
 Tape measure
 String line
 Stakes
 Shovel
 Paver base or an equivalent to / -inch minus (with fines)
3
4
aggregate
 Plate compactor
 Two 1-inch outside diameter pipes
 2x4 board
 Paver sand
 Trowel
 Edge restraint
 Circular saw or tub saw
 Diamond blade designed for cutting concrete pavers
 Safety glasses
 Carpenter’s level
Always wear eye protection when sawing blocks.
Fig. 5
Read and understand the operating manual before using a saw.
5. Install Edge Restraint and Fill Joints. Place edge restraint around
entire project on top of base (Fig. 5). Use trowel to remove
sand from edge of patio stones. Push edge restraint up tight
to the patio stones and install according to the manufacturer’s
instructions. Sweep paver sand into joints until all joints are filled.
o not use plate compactor on patio stones. Simply sweep sand into
D
joints until all joints are full.
6. B
ackfill Around Project. Finish project by backfilling and firmly
compacting dirt in the area outside edge restraint.
DIY Patio Stone Installation for Stepping Stones
1. L ay Out Project. Figure out quantity of patio stones needed. Place patio stones onto existing surface (grass, mulch or rock). Consider your path,
direction and distance covered when placing the patio stones. Once you have them laid out, walk through the stepping stone path to make sure
you’re happy with the location of the patio stones.
2. Install.
• If installing on grass, cut around outside edge of the patio stones with a knife. Remove stepping stone and with a shovel, excavate grass.
Some soil may need to be removed and contoured to fit desired height of patio stone; paver sand can also be used to adjust height. Replace
patio stone and tamp with a rubber mallet to adjust into desired position. Continue process until all patio stones are installed.
20
• If installing on mulch or rock, mark around outside edge of the patio stones with a trowel. Remove stepping stone and excavate mulch or rock
with a shovel. Some soil may need to be removed and contoured to fit desired height of patio stone; paver sand can also be used to adjust
height. Replace patio stone and tamp with a rubber mallet to adjust into desired position. Continue process until all patio stones are installed.
Patio Stone Project Material Calculators
1. Plan the dimensions of the finished project, accurate to nearest inch.
2. Calculate the area (total square inches) of the finished project.
project length in inches
project width in inches
X
length of project (in.)
=
total project area (sq. in.)
width of project (in.)
3. Calculate the base area (total square inches) of project.
calculate total base length
in inches
calculate total base width
in inches
______
+ 12 =
______
+ 12 =
length of
project (in.)
(in.)
width of
project (in.)
(in.)
X
=
total base width (in.)
total base length (in.)
total base area (sq. in.)
4. S
elect patio stone and installation pattern, then calculate number of patio stones needed for project or reference chart on
page 22 and add 5 percent*.
calculate total
project area
_: 144 =
_________
enter the total project (sq. in. /
sq. ft.)
area from Step 2
_:
reference the Paver and Patio
Stone Quick Reference Guide
on page 22 for selected
patio stone and enter the
coverage value (sq. ft./pc.) here
estimated # of patio stones
=
X 1.05*
=
square feet per piece (sq. ft./pc.)
total project area (sq. ft.)
minimum # of patio stones*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage.
5. Calculate base material (paver base or 3/4 -inch minus [with fines] aggregate) needed for project.
calculate the base depth
needed for project install
______
depth of
base (in.)
(6 or 8 in.)
-
______
enter total base area
from Step 3
compensation
for compaction
=
1 (in.) + height
of patio
stone (in.)
X
depth of base material (in.)
X
total base area (sq. in.)
cubic inches of base material
=
_:
1,728
=
1.25
compensation for compaction
total amount of base material (cu. ft.)
6. Calculate paver sand needed for project.
calculate 1 inch depth of paver
sand needed for screeding
_________
enter the total
project area from
Step 2
calculate paver sand
needed for joints
_: 1,728 =
________
(cu. in. /
cu. ft.)
_: 28,800 =
enter the total
project area from
Step 2
1
/2 cu. ft. /
100 sq. ft.
+
paver sand for leveling (cu. ft.)
=
total amount of paver sand (cu. ft.)
paver sand for joints (cu. ft.)
7. Calculate edge restraint needed for project.
calculate lengths of two adjacent
sides of project in inches
_________ X _________
length of
project (in.)
account for perimeter
of project
=
width of
project (in.)
=
_:
12
=
X
sum of two sides (in.)
linear inches of edge restraint
2
multiplication factor for perimeter
total amount of edge restraint (lin. ft.)
21
Paver and Patio Stone Quick Reference Guide
Project Sq. Ft. (L x W)
Installation Patterns
Dutch Cobble
Square Paver (sq)
Pg. 7
Coverage: 0.21 sq. ft./pc.
Rectangle Paver (rec)
Pg. 7
Coverage: 0.32 sq. ft./pc.
40
80
100
150
240
400
1:1 Running Bond
77 sq
153 sq
191 sq
286 sq
457 sq
762 sq
1:1 Random
77 rec
153 rec
191 rec
286 rec
457 rec
762 rec
127 sq
254 sq
318 sq
477 sq
762 sq
1270 sq
43 rec
85 rec
106 rec
159 rec
254 rec
424 rec
48 sq
96 sq
120 sq
179 sq
286 sq
477 sq
96 rec
191 rec
239 rec
358 rec
572 rec
953 rec
3:1 Running Bond
Basket Weave
Project Sq. Ft. (L x W)
Holland
Paver
Pg. 8
Coverage: 0.21 sq. ft./pc.
Pieces
40
80
100
150
240
400
189
378
472
708
1133
1888
Project Sq. Ft. (L x W)
Foot Notes ®
Patio Stones
Pg. 9
Coverage: Var. sq. ft./pc.
Pieces
40
80
100
150
240
400
4 sets
8 sets
9 sets
14 sets
22 sets
36 sets
Project Sq. Ft. (L x W)
16" Squares
Patio Stones
Pgs. 9-10
Coverage: 1.78 sq. ft./pc.
Pieces
40
80
100
150
240
400
23
45
57
85
135
225
Project Sq. Ft. (L x W)
12" Squares
Patio Stones
Pg. 10
Coverage: 1.00 sq. ft./pc.
Pieces
40
80
100
150
240
400
40
80
100
150
240
400
Project Sq. Ft. (L x W)
Patio Block
Patio Stone
Pg. 10
Coverage: 0.89 sq. ft./pc.
See Pg. 8 for
installation patterns
Pieces
40
80
100
150
240
400
45
90
113
169
270
450
Quantity calculations are rounded up to the next block. It is recommended that you purchase 5 percent more product than estimated to
account for cutting and breakage. Product dimensions may vary or change without notice.
22
DIY Edger Installation
Call 811, Common Ground Alliance, to have utilities marked before starting your project.
Read all instructions prior to installation.
Installation materials and tools needed (reference images on page 17):
1. S take Out Project and Excavate. Begin by laying out the project
using stakes and a string line (or a garden hose for curves). Dig
a trench 1 to 2 inches wider than the edger. A minimum of 2
inches of edger should be buried below grade (Fig. 1).
Fig. 1
 Gloves
 Stakes
 String line
 Garden hose
 Tape measure
 Shovel
 Tamper
 Paver base or an equivalent to / -inch minus (with fines)
2. C reate Leveling Pad. Firmly compact the soil in the bottom of the
trench with a tamper. Place 1 inch of paver base in the bottom
of the trench and firmly compact (Fig. 2). Base material can be
paver base or an equivalent to 3/4 -inch minus (with
fines) aggregate.
Fig. 2
3
3. L ay Edgers. Position edger units end to end in the trench.
Using a rubber mallet, tamp the edgers firmly into place. Use a
carpenter’s level or straightedge to ensure the edger units have
a uniform height (Fig. 3). Continue to place the units until the
desired length of the project is reached.
Fig. 3
4
aggregate
 Rubber mallet
 Carpenter’s level or straightedge
 Circular saw or tub saw
 Diamond blade designed for cutting concrete pavers
 Safety glasses
 Hammer
 Chisel
4. C ut and Backfill. If necessary, edger units may be cut using a
circular saw or tub saw with a diamond blade designed for
cutting concrete pavers, or be split with a hammer and chisel
(Fig. 4). Finish project by backfilling and firmly compacting dirt
in front and back of edger.
Fig. 4
Radius reference for Anchor Edger™ Bullet Edger:
Always wear eye protection when sawing blocks.
Read and understand the operating manual before using a saw.
Minimum
Outside
Diameter:
72 inches
(6 feet)
Minimum
Radius:
36 inches
(3 feet)
Edger Project Material Calculators
1. Plan the dimensions of the finished project, accurate to nearest inch.
2. Select edger, then calculate number of edgers needed for project.
project length in inches
edger length in inches
estimated # of edgers
=
X 1.05*
=
_:
length of edger (in.)
length of project (in.)
minimum # of edgers*
* It is recommended that you purchase 5 percent more product than estimated to account for cutting and breakage.
3. Calculate base material (paver base or 3/4 -inch minus [with fines] aggregate) needed for project.
calculate the volume of base
______
length of
project (in.)
X
6
compensation
for compaction
=
trench width
x base depth
(sq. in.)
X
volume of base (cu. in.)
cubic inches of base material
=
_:
1,728
=
1.25
compensation for compaction
total cubic feet of base material
23
Holland pavers
Connect with us on:
Anchor Block Company, 5959 Baker Road, Suite 390, Minnetonka, MN 55345
Ph 800-440-8657 www.anchorblock.com
© 2015 Anchor Block Company. The logos, slogans, product names and other trademarks shown in this document are trademarks of Anchor Wall Systems, Inc. or
Anchor Block Company. Products manufactured by Anchor Block Company are covered by a limited warranty and are subject to Terms and Conditions of sale. Visit
www.anchorblock.com to see the full text of that limited warranty. Anchor Block Company’s complete line of walls, pavers and edgers is locally made in Minnesota.
The Mills Fleet Farm logo is a registered trademark of Fleet Wholesale Supply Co., Inc.
Select products are made and sold under
license from Anchor Wall Systems, Inc.
16.0325.2 03/15