AFCAB certificate for MBT couplers
We are particularly proud to announce that our MBT sleeve has received the AFCAB certification.
Leviat, a CRH company, is a global leader in connecting, fixing, lifting and anchoring technology for the construction industry.
Leviat’s engineered products and innovative construction solutions are used in a variety of market segments from residential to infrastructure, enabling users to build better, stronger, safer and faster.
3 000
employees
+60
sites worldwide
4
production on 4 continents
+30
sales in +30 countries
Blankenberge will soon have a brand-new sports complex and Leviat was allowed to contribute to
that.
We are particularly proud to announce that our MBT sleeve has received the AFCAB certification.
We imagine, model and make engineered products and innovative construction solutions for a dynamic industry. We support our partners in the long term to build better, safer, stronger and faster and help turn awe-inspiring architectural visions into reality.
The Thermi-K thermal insulation board increases thermal resistance of the KORBO masonry support console. Fit these polymer boards between the console and the supporting structure.
Galvanised steel (λ = ± 50 W / mK) has a thermal conductivity coefficient higher than that of stainless steel (λ = ± 17 W / mK). This is why, in the case of galvanized Korbos, we recommend to always place Thermi-K plates between the consoles and the load-bearing structure to limit heat loss.
To obtain the energy performance required for a building, all the elements passing through the thermal envelop must be considered. The default χ values are available for Korbo consoles according to the thickness of the wall insulation and Korbo execution chosen (galva/stainless steel - with/without Thermi-K). These χ values also demonstrate the benefit of using Thermi-K plates.
For the χ punctual heat transmission coefficient, as for the λ value, the following applies: "lower is better".
The Thermi-K thermal insulation board increases thermal resistance of the KORBO masonry support console. Fit these polymer boards between the console and the supporting structure.
Galvanised steel (λ = ± 50 W / mK) has a thermal conductivity coefficient higher than that of stainless steel (λ = ± 17 W / mK). This is why, in the case of galvanized Korbos, we recommend to always place Thermi-K plates between the consoles and the load-bearing structure to limit heat loss.
To obtain the energy performance required for a building, all the elements passing through the thermal envelop must be considered. The default χ values are available for Korbo consoles according to the thickness of the wall insulation and Korbo execution chosen (galva/stainless steel - with/without Thermi-K). These χ values also demonstrate the benefit of using Thermi-K plates.
For the χ punctual heat transmission coefficient, as for the λ value, the following applies: "lower is better".