The Terraforce L range, Smooth face - or split face
To download Spec Sheets in PDF version Go to Download page section 7
Terraforce is a well-known and well established Cape Town based company offering interlocking concrete blocks for environmental landscaping. The wide range of plantable and highly versatile blocks is suited to create environmentally friendly domestic or industrial installation and support sustainable development in soil stabilization.
Terraforce blocks lend themselves, among many other applications, to creating beautiful terraced gardens, heavy duty erosion and sediment control, as well as effective storm water and sea shore erosion control.
Please note: Dimensions and specifications may vary from area to area. Terraforce retaining blocks are incredibly versatile and can adapt to almost any environmental situation, lending themselves to retaining categories ranging from creative landscaping measures, cost effective seating arrangements, heavy duty earth retaining and sea shore protection.
Contact us for the I.C.B.O. Evaluation Report and view the abbreviated or full bill of quantity recommended for Terraforce blocks. Also check with you local supplier for availabilty of certain products.
Please note, most of these blocks are also avaiable in a Rock Face finish.
 |
Block |
L11 |
Blocks/m²(measured vertically) |
11 |
Block mass/kg |
30 |
Block infill volume/m³ |
0.016 |
Ave. constructed mass
Kg per m² of wall |
538 |
Block wall thickness |
45-50 |
|
 |
Block |
L12 |
Blocks/m²(measured vertically) |
12 |
Block mass/kg |
24 |
Block infill volume/m³ |
0.011 |
Ave. constructed mass
Kg per m² of wall |
470 |
Block wall thickness |
45-50 |
|
 |
Up
Block |
L13 |
Blocks/m² (measured vertically) |
13 |
Block mass/kg |
32 |
Block infill volume/m³ |
0.018 |
Ave. constructed mass
Kg per m² of wall |
750 |
Block wall thickness |
50 |
|
 |
Up
Block |
L15 |
Blocks/m² (measured vertically) |
15 |
Block mass/kg |
22 |
Block infill volume/m³ |
0.0083 |
Ave. constructed mass
Kg per m² of wall |
520 |
Block wall thickness |
45 |
|
 |
Up
Block |
L15 IT |
Blocks/m² (measured vertically) |
15 |
Block mass/kg |
21 |
Block infill volume/m³ |
0.0076 |
Ave. constructed mass
Kg per m² of wall |
458 |
Block wall thickness |
45 |
|
 |
Up
Block |
L16 |
Blocks/m²(measured vertically) |
16 |
Block mass/kg |
20 |
Block infill volume/m³ |
0.005 |
Ave. constructed mass
Kg per m² of wall |
440 |
Block wall thickness |
45 |
|
 |
Up
Block |
L18 |
Blocks/m² (measured vertically) |
18 |
Block mass/kg |
18 |
Block infill volume/m³ |
0.011 |
Ave. constructed mass
Kg per m² of wall |
600 |
Block wall thickness |
45 |
|
 |
Up
Block |
L22 |
Blocks/m² (measured vertically) |
22 |
Block mass/kg |
16 |
Block infill volume/m³ |
0.006 |
Ave. constructed mass
Kg per m² of wall |
550 |
Block wall thickness |
40 |
|
 |
Up
Block |
S10 |
Blocks/m² (measured vertically) |
10 |
Block mass/kg |
43 |
Block infill volume/m³ |
0.024 |
Ave. constructed mass
Kg per m² of wall |
850 |
Block wall thickness |
55 |
|
 |
Up
Block |
M10 |
Blocks/m² (measured vertically) |
10 |
Block mass/kg |
36 |
Block infill volume/m³ |
0.016 |
Ave. constructed mass
Kg per m² of wall |
585 |
Block wall thickness |
50 |
|
 |
Up
Block |
M15 |
Blocks/m² (measured vertically) |
15 |
Block mass/kg |
22 |
Block infill volume/m³ |
0.011 |
Ave. constructed mass
Kg per m² of wall |
573 |
Block wall thickness |
45 |
|
