BALARDO steel
BALARDO steel – THE SUCCESSFUL, TYPE-TESTED ALL-GLASS RAILING SYSTEM
All-glass railings are in a class of their own among guardrail systems and are becoming increasingly important in modern architecture. They offer maximum transparency, although they are very costly. With the development of the modular BALARDO system, GLASSLINE has revolutionised the market and made all-glass railings more attractive and cost-effective than ever before. BALARDO steel is still the undisputed original and is shaping the global market with its unique properties.
Details
- Pane widths of up to 6000 mm, pane heights of up to 1400 mm
- For public and private construction projects
- For indoors and outdoors
- For level surfaces and staircases
- With general supervisory test certificate (AbP)
- With tested standard structural analysis
- Can also be used in sports facilities, can withstand the impact of balls being thrown at it
- LGA-tested safety
- No approval required for each individual case (ZIE)
- With fall-proof function
Erste Campus Vienna
Type of construction: Railing system
Architects: Henke Schreieck Architekten
System: BALARDO steel, BALARDO wav...
Käthchenhof Heilbronn
Type of construction: Railing system
Architect: Wolfgang Fieder
System: BALARDO steel, BALARDO wave
Completed:...
Buchen town hall
Type of construction: Railing system
Architect: Architekturbüro Jung-Voigt-Webel
System: BALARDO steel
Complete...
Fall-proof glazing
Fall-proof vertical glazing is glazing with a maximum incline of 10° from the vertical. Fall-proof vertical...
SYSTEM PROFILE
The basic element of BALARDO steel is the support profile with its support clamping system made from high-quality galvanised steel. The glass plates with the specially developed clamping shoe are inserted into this profile and secured firmly in place throughout.
CONNECTION TO THE BUILDING STRUCTURE
Connection to the building structure is possible from above or from the side. Screw and welded connections are also possible.
BALARDO steel is extremely flexible in both public and private construction projects and when used on level surfaces and staircases. Its structural strengths are particularly beneficial in the case of raised floor constructions, uneven substrates and in applications that require TICS bridging.