UBE

Profile system for concealed fixing of large-format facade panels and natural stone panels, photovoltaic modules or timbers with brackets on the back of the panel.

A sub-structure system based on UBE is comprised of vertical T-shaped aluminium carrier profiles, wall brackets, optional accessories and horizontal support rails, arranged with the same separation distance as the cladding grid. According to thermal loading and demands – the wall brackets are made of aluminium or stainless-steel.

ALKAPO can be used as the base system for buildings whose outer walls are not suitable for use as anchoring substrates.

The carrier profiles are connected to the wall brackets using rivets, screws or bolts. When doing this, the sliding points take up the horizontal (wind) loads and fixed points take up the horizontal and vertical loads (dead load). Constraint-free installation is achieved in the sliding points in vertical longitudinal holes. One fixed point is allocated for each support profile.

At least two horizontal carrier rails are required for each cladding element, which must be fixed to the support profiles using screws, bolts or rivets.

We suspend the cladding elements in places using brackets, which are fixed and secured to the reverse of the cladding elements using special dowels or undercut rivets and anchors. Height adjustment is possible for cladding using a setting screw.

The wall brackets can optionally be fitted with an installation aide, which makes fixing and holding the carrier profile possible, to simplify working with them.

Thermostop Elements are available as thermal dividers to minimise thermal bridging.

Protrusions of up to 480 mm.
Material EN AW-6063 T 66
Aluminium T-Profiles
T 40 / 55
T 40 / 70
T 65 / 50
T 80 / 50
T 110 / 70
Aluminium brackets
Type I,II,III for UBE DUO
Type I,II,III for UBE Tergo
Type I,II,III for UB NG
Type I,II,III for UBE Natural stone
Aluminium support profiles
UBE DUO
UBE Tergo
UBE Tergo S
UBE NG
UBE Natural stone

UBE DUO

UBE - Profile system for concealed fastening of large-format façade panels, natural stone slabs, photovoltaic modules or timber using rear agraffes.

UBE NG

Projects with UBE

Hasselbreite apartment building in Lübeck
Exterior view of Amedes Competence Center in Göttingen - realized with a green façade in combination with SYSTEA profile system ALWI-S
Exterior view of Wuppertaler Stadtwerke (WSW) - realized with SYSTEA profile system UBE DUO
Exterior view of the Rebenacker residential complex in Hamburg - realized as a special construction with Schöck Isolink wall brackets
Exterior view of Berlin Decks on Friedrich-Krause-Ufer - realized with SYSTEA profile system TC110-V
Exterior view of the Institute for Meteorology in Leipzig - realized with SYSTEA profile system KU 35 VA special construction
AYR Bürogebäude
LAGARDE 1 - Centre for Digitization and Foundation - realized with SYSTEA profile system ALWI-S and ALKAPO
Fassade am Gebäude "Tarzan & Jane" in Bremen
Einfamilienhaus in Mühlheim
Gebäudeansicht Dillstr in Hamburg
Detailbild "Wrftkristalle"
Ansicht Gebäude "Silkon Sensor" Berlin
Bild vom Projekt Domagkstr. in München
Front-Ansicht Ärztehaus "Weisse Taube" in Berlin
Post Luxemburg
Wasserturm Gasperich
Versions
UBE DUO: for HPL, ceramics, fine stoneware and fibre cement panels, photovoltaic-modules and solar energy activated thermal panels, also for small construction depths and indoor applications
UBE Tergo: for fibre cement panels
UBE Tergo S: for low build depths and indoor applications
UBE NG: for photovoltaic-modules and solar energy activated thermal panels and for large and/or especially heavy cladding facades
UBE Natural stone: especially for natural stone
This profile system is suitable for use with cladding materials including

Arpa, Carea, Cembrit, Ceramica Mayor, Cerashield, COSENTINO, Equitone, Fundermax, James Hardie, Imola, KME, Lithodecor, Marazzi, Mirage, Mosa, Resopal, Rieder, Rockpanel, SUNOVATION, Sto, Swisspearl, Taktl, Trespa and timbers.

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