Overview The MB-SR50N HI+ is a sophisticated mullion and transom façade system engineered for creating lightweight curtain walls, roofs, and skylights. This high-performance system combines exceptional thermal efficiency with structural integrity, while maintaining sleek aesthetic lines.
Key Features
Design Excellence
- Sharp-edged mullions and transoms
- Uniform truss appearance
- Multiple lining profile options
- Flexible angle joints
- Various aesthetic configurations
- Narrow visible dividing lines
Technical Performance
- Superior thermal insulation:
- Uf-value from 0.59 W/m²K
- Weather resistance ratings:
- Air infiltration: AE (1050 Pa)
- Watertightness: RE 1200 Pa
- Wind load resistance: 2400 Pa
- Impact resistance: I5/E5
- Optional fire resistance:
- Available in EI 30 and EI 60 versions
Construction Features
- PE insulator technology
- Heavy-duty façade consoles
- Adaptable for various infill weights
- Structural durability
- Multiple glazing options:
- Two-chamber systems
- Three-chamber systems
- Enhanced mounting features
Integration Options
- Compatible opening elements:
- MB-86 Aero system windows and doors
- Skylight windows
- Integrated façade windows
- MB-SR50N OW tilt and parallel windows
- Various door configurations
- Multiple window types
Applications
- Curtain walls
- Hanging facades
- Filling type facades
- Roof structures
- Skylights
- Spatial constructions
Perfect For
- Commercial buildings
- Office complexes
- Public buildings
- Modern architecture
- High-performance buildings
- Custom architectural projects
System Advantages
- High thermal efficiency
- Structural reliability
- Design flexibility
- Aesthetic versatility
- Easy installation
- Comprehensive integration options
Why Choose MB-SR50N HI+? The MB-SR50N HI+ system represents the pinnacle of curtain wall technology, offering exceptional thermal performance without compromising structural integrity or design flexibility. Its comprehensive range of profiles and integration options allows architects to realize ambitious designs while maintaining superior technical performance. The system’s advanced insulation technology and robust construction make it ideal for projects demanding both aesthetic excellence and high environmental standards.
