Novastructut's FSX 100 HI Curtain Wall system is Passive House certified, providing an energy-efficient, airtight façade that enables durable, high-performance glazing building envelopes and improved occupant comfort.Tested and certified to CWCT Sequence B, FSX 100 HI delivers a more intelligent, low-maintenance and environmentally responsive façade, with insulation options that enable precise performance adjustment to achieve U-values down to 0.8W/m²K.
FSX 100 HI provides a wide selection of face caps, fins and architectural features, enabling the external aesthetic to be adapted to align with design intent.
Supported by Novastruct's full technical backing, FSX 100 HI is engineered to achieve a clean, continuous curtain wall appearance suitable for commercial, public, education, healthcare, residential and logistics developments.
To System Downloads
System Information
Technical Details
Performance
Uf value - ≤0.8 W/m²K
Windload - 2400Pa
Air Permeability - 600Pa
Watertightness -600Pa
Infill weight - 700KG
Acoustics - C;Ctr = 48 (-2, -6) Db
Certification - Passive House, CWCT Sequence B
Key Features
System width - 50mm
System depth - 65mm - 275mm
Glazing thickness - 6mm - 60mm
System movement - +/- 2mm
Barrier Load - ✔
Drainage - Concealed zone or mullion
Capping - Full, horizontal, vertical
Vent options - Concealed, open in, open out
SSG available - X
Finishes - 130+
Key Features and Benefits
· Concealed zone drainage – each pane operates as an individual self-draining unit or mullion drainage system, with ventilation and drainage managed through the mullions
· Glazing up to 60mm
· Extensive selection of face caps providing complete design flexibility to meet bespoke aesthetic requirements
· Bespoke face caps available (subject to approval)
· Tested and certified in accordance with CWCT Sequence B
· Range of mullion, transom and face cap options with 50mm sightlines
· Enhanced thermal performance designed to meet or exceed current Building Regulations
· Passive House certified solution available
· Supports integration of opening window units, including a concealed vent option
Features
Thermal
FSX 100 HI can achieve Uf values of 0.8 W/m²K or better.
Weathering
Independently tested weather performance
· Wind load 2400Pa
· Air permeability 600Pa
· Watertightness 600Pa
Security
Tested to EN 1627 RC2 (Resistance Class 2)
Size and Weight Capability
Available in a range of system depths and glazing thickness options to suit
project requirements:
· System width - 50mm
· System depth - 65mm - 275mm
· Glazing thickness - 6mm - 60mm
Total Flexibility
Wide choice of face caps, including bespoke options, providing design flexibility to meet individual requirements
Range of mullion, transom and face cap
options with 50mm sightlines
Safe and Sustainable
Novastruct curtain walling uses straightforward material choices that maximise reuse and recycling potential at end of life.
Frame materials are 100% recyclable, and extruded aluminium contains more than 75% recycled content.
Design Considerations
A comprehensive range of mullions and transoms enables façades to be designed with reduced structural intervention.
The selection of mullion is influenced by several factors:
The span (the distance between fixings to the supporting structure)
The mullion centres (up to 3.0m using FSX 100 curtain walling)*
Wind load (up to 2400 Pa)
Maximum infill weight (up to 700kg)
Deflection limits of the glazing system
Required drainage method; i.e. zone or mullion
Additional Information
Proven Performance
With CWCT Sequence B testing and certification, FSX 100 HI has an established long-term performance record across a broad range of projects.
Design Flexibility
Mullion and transom capping options, including a patented transom overlap detail, provide enhanced opportunities for aesthetic customisation.
Revit/BIM
Novastruct’s BIM Models are downloadable in the Revit format and also available on request as IFC files. Our BIM Models provide users with 3D images of the products as well as the critical COBIE data to provide guidance through the whole design and construction process.