CyBe MORTAR is a high-performance, single purpose material. Durable in all environments, CyBe MORTAR is non-metallic and no chlorides are added. Use CyBe MORTAR with a 3Dconcrete printer to produce high durability objects where low shrinkage is desired. CyBe MORTAR sets in 3 minutes and achieves structural strength in 1 hour.

CyBe MORTAR features


Formulated for long life even in critical applications.


For structural and non structural construction components and objects.


Specially developed for 3Dconcrete printing applications.

3D printing in the construction industry is a construction method that can be cheaper, faster and more eco-friendly then traditional methods. The CyBe R 3Dp is a modular system which enables 3D concrete printing. The printer is controlled by CyBe ARTISAN, which works together with the slicingsoftware CyBe CHYSEL. We translate a 3D model into a Gcode-file which is a language that our printer can comprehend. The robot subsequently prints the physical 3D model in a relatively short amount of time. The benefits are for example enabling free form, sustainability and lowering of high costs.

Use CyBe MORTAR to reduce your carbon footprint and lower your environmental impact. Production of CyBe MORTAR emits far less CO2 than portland cement.

Technical Specifications

Color Concrete grey
Grain size
EN 933-1 :2012

0-3 mm
Consumption Approx. 1,5kg/m/40mm
(corresponts to a layer of 1m length, 40mm width and 20mm height)

Layer thickness Variable; standard 40x20mm (h x  w)
(depending on the selected nozzle, preliminary testing required)

Setting time

EN 196-3: 2005

initial set approx. 3 min

final set approx. 5 min

Compressive strength

EN 1015-11: 1999

after 5h approx. 15 N/mm²

after 1d approx. 25 N/mm²

after 7d approx.  40 N/mm²

after 28d approx. 45 N/mm²

Flexural strength

EN 1015-11: 1999

after 5h approx. 4 N/mm²

after 1d approx. 4 N/mm²

after 7d approx. 5 N/mm²

after 28d approx. 6 N/mm²


EN 12390-7 : 2009

Cured; approx. 2200 kg/m³


ASTM C 1437-15

160 mm
Air void content

EN 1015-7: 1999 - Method A 

Approx. 5,0 vol  -%
Static stabilized secans E-modulus

EN 12390-13 : Method B

Approx. 28.000 N/mm²
Sulfate resistance

according to

requirement fulfilled 
Thermal conductivity λ 

2 plate device ACC. to din 52612

0,781 W/(m.K)
 PH value 12

* Field values available for structural calculations. Please contact us for more information.

Learn more about 3D Concrete Printing

MailChimp Signup Form