Technical Features of Ekobord

Eco-friendly Ekobord fiber cement boards feature prominent textures achieved through advanced flow-ontechnology and press system. Various texture options are available. Ekobord has developed Colorex a colored pulp product. The press system used in production enhances the strength of the boards, ensuring durability even in harsh climatic conditions. Using the facade systems recommended by Ekobord can save energy costs up to 40% and extend the building's lifespan. While the standard limit for fiber cement boards in cyclic life tests is 75, Ekobord products exceed this with a durability of 87 cycles. It features A1-class non-flammability and also prevents the spread of fire quickly. Facade cladding can be done effortlessly.
Physical Specifications (EN 12467)
Thickness
mm
8-10-12-14-16
Width
mm
1250
Lenght
mm
2500-2800
Unit Volume Weight (Density)
kg/m3
~1370 ± 50

Tolerances
Thickness
Flat Textured Boards %10
Patterned Textured Boards %10 -%15
Width / Lenght
mm
±3,75 / ±5
Edge Smoothness
%
±0,1

Technical Specifications (EN 12467)
Bending Strenght
1. Wet Conditions
MPa
>7
Bending Strenght
2. Laboratory Conditions
MPa
>10
Compressive Strength
MPa
>35
Modulus of Elasticity
MPa
>6000
Coefficient of Thermal Conduction (λ)
w/mK
<0,18
Thermal Expansion Coefficient (α)
mm/mK
<0,005
Vapor Diffusion Resistance Coefficient
µ
190
Water Exposures
mm/m
~0,5
Moisture
%
1010 (depending on the atmosphere humidity)
Porosity
%
~30
Water Absorption Ratio
%
25

Other Specifications
Fire Resistancy (EN13501)
A1
Asbestos
NT Type (non-asbestos) Board
Frost Resistance
Freeze-thaw resistant according to TS EN 12467
Water Impermeability
Impermeable according to TS EN 12467
Organic Pests and Gas Emission
Does not contain any organic pests and toxic gas emissions are not available.




*The performance values stated in this technical data sheet are based on the product's characteristics under temperature conditions ranging from -20°C to +60°C. All tests were conducted in a controlled laboratory environment in accordance with the relevant standards.
THICKNESS
LENGTH
FACADE
Capacity of Load
SLAB
Capacity of Load
t
L
q
kg/m2
q
kN/m2
q
kg/m2
q
kN/m2
8 mm
310 mm
280
2,75
211
2,07
10 mm
310 mm
471
4,62
330
3,24
12 mm
310 mm
678
6,65
475
4,66
14 mm
310 mm
923
9,05
646
6,34
16 mm
310 mm
1206
11,83
844
8,28
18 mm
310 mm
1526
14,96
1068
10,47


8 mm
400 mm
130
1,27
127
1,25
10 mm
400 mm
254
2,49
198
1,94
12 mm
400 mm
407
3,99
285
2,79
14 mm
400 mm
554
5,43
388
3,8
16 mm
400 mm
724
7,1
507
4,97
18 mm
400 mm
917
8,99
641
6,29


8 mm
415 mm
168
1,65
116
1,14
10 mm
415 mm
263
2,58
184
1,8
12 mm
415 mm
378
3,71
265
2,6
14 mm
415 mm
515
5,05
360
3,53
16 mm
415 mm
673
6,6
471
4,62
18 mm
415 mm
851
8,35
596
5,84


8 mm
467 mm
82
0,8
82
0,8
10 mm
467 mm
160
1,57
145
1,42
12 mm
467 mm
276
2,71
209
2,05
14 mm
467 mm
407
3,99
285
2,79
16 mm
467 mm
531
5,21
372
3,65
18 mm
467 mm
672
6,59
470
4,61


8 mm
500 mm
66
0,65
66
0,65
10 mm
500 mm
130
1,27
127
1,25
12 mm
500 mm
225
2,21
182
1,78
14 mm
500 mm
355
3,48
248
2,43
16 mm
500 mm
463
4,54
324
3,18
18 mm
500 mm
587
5,76
410
4,02


8 mm
600 mm
38
0,37
38
0,37
10 mm
600 mm
75
0,74
75
0,74
12 mm
600 mm
130
1,27
127
1,25
14 mm
600 mm
207
2,03
172
1,69
16 mm
600 mm
309
3,03
225
2,21
18 mm
600 mm
407
3,99
285
2,79


8 mm
625 mm
34
0,33
34
0,33
10 mm
625 mm
66
0,65
66
0,65
12 mm
625 mm
115
1,13
115
1,13
14 mm
625 mm
183
1,79
159
1,56
16 mm
625 mm
273
2,68
208
2,04
18 mm
625 mm
375
3,68
263
2,58