Bekaert Maccaferri Underground Solutions

Bekaert Maccaferri Underground Solutions BVBA
Mr. Benoit de Rivaz

Korte Keppestraat 23/02
9320 Aalst - Erembodegem
BelgiumTel: +33 6 82 66 08 78

E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. 


Bekaert Maccaferri Underground Solutions, your global partner for smart fibre reinforcement of your tunnelling and mining project.
Our wide range of fibres give you the support your project needs. Depending on the application, we have the right fibre for you at the right price.
Our Dramix® 3D fibres are at their best in shotcrete applications for first lining and temporary support. The Dramix® 4D product range is ideal for final lining of tunnels or shafts, either to be used in spray concrete linings or precast segments. Dramix® 5D offers superior results in final lining cast in-situ. Synmix® fibres are macro-synthetic fibres and can be used for temporary support in mining.
To complete our portfolio, we also offer micro-synthetic fibres called Duomix® M6 Fire that increase the fire resistance of concrete.

Bekaert Maccaferri Underground Solutions understands you. Because we are tunnelling.

News Release 24 November 2016 - Read
Lee Tunnel is the first (Steel Fibre Reinforce Concrete) Tunnel Project to win the Concrete Society Award.
The LEE TUNNEL IN BECKTON, LONDON, a MVB JV (Morgan Sindall/Vinci Grand Projets and Bachy Soletanche) joint-venture project is the first tunnel ever to be nominated and has won this prestigious award in 48 years of the awards, the Concrete Society is celebrating its 50th anniversary this year.
The project comprises five shafts, with the diaphragm walls the deepest recently undertaken in the UK at 90m. A 7mdiameter 7 km-long tunnel connects the shafts. The innovative Dramix® 5D steel fibre reinforced concrete (SFRC) for the slip formed tunnel lining took 18 months to develop, resulting in the use of a steel fibre reinforced self-compacting concrete.
The 5 shafts were also designed and constructed using an innovative slip formed type of shaft construction, which also incorporated steel fibre reinforced concrete that reduced substantially the quantity of structural reinforcement, thus enabling a faster and safer construction process....

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