Brandenburger Liner GmbH & Co. KG
About us
Brandenburger Liner - The green solution! For over 30 years, Brandenburger Liner GmbH & Co. KG is specialised in the development and manufacture of customised UV light-curing GRP pipe liners. With their innovative, patented winding technology, they are pioneers in the field of trenchless sewer and manhole rehabilitation, renewing sewer systems worldwide in a cost-effective and environmentally friendly manner.
Over 12,000 km of liner produced since mid-1990 speak for themselves. A dedicated team of experts makes Brandenburger Liner, as an owner-managed family business, an experienced specialist for all projects.
Product developments such as the BB2.5 VERTICAL for manhole rehabilitation or BB2.5 FLEX for special geometries, special profiles and dimensional changes are evidence of a high level of innovation.
Address
Taubensuhlstr. 6
76829 Landau / Pfalz
Germany
E-mail: welcome@brandenburger.de
Phone: +49 6341 51040
Internet: brandenburger-liner.com
Contact person:
Products & Services
BB2.5
The BB2.5 is the universal liner for all nominal widths
BB2.5 VERTICAL
The first manhole liner on the market that can be cured using both gas discharge and LED technology.
BB2.5 FLEX
The FLEX is the liner for special geometries, special profiles, arch renovations and dimensional jumps.
BB 2.5
The BB2.5 is the universal liner for all nominal widths with high mechanical strength and additional fabric-reinforced external protection. The unique design of the glass mats used ensures high strength and excellent static properties.
BB2.5 VERTICAL
The first manhole liner on the market that can be cured using both gas discharge and LED technology. It is flexible and easy to handle with a long service life, can be produced endlessly wound by the metre and enables the renovation of the manhole berm down to the channel.
BB2.5 FLEX
The FLEX is the liner for special geometries, special profiles, arch renovations and dimensional jumps.The liner is characterised by maximum flexibility and safety during installation
