Engineering driven façades. System-backed delivery.

Engineered Materials for High
--Performance Curtain Wall Systems

FOWALL curtain wall technical standards: structural, air, water, thermal & acoustic performance data verified to ASTM, AAMA, NFRC, AS/NZS & ISO. Download specs & test reports.
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Materials Designed for Complete Facade Performance

FOWALL curtain wall systems combine rigorously selected materials into integrated building envelope solutions — engineered from the aluminum alloy to the final sealant bead for structural reliability, energy efficiency, and long-term weather protection.

U 0.27W/m²K Thermal
5,000+Pa Water Resistance
STC 45dB Acoustic
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Architectural Surface Finishes

FinishKey PropertiesTypical Applications
PVDF Fluorocarbon CoatingExceptional UV resistance; long-term color stability meeting AAMA 2605 requirementsPremium commercial facades, coastal environments
Powder CoatingWide color gamut; strong impact and abrasion resistance meeting Qualicoat specificationsMid-rise commercial, interior applications
Anodized FinishMetallic appearance; enhanced surface hardness and corrosion resistanceArchitectural feature walls, interior partitions
Custom Decorative FinishesWood-grain transfer, metallic effects, textured surfacesBespoke architectural projects

Thermal Break Technology

Engineered energy separation — three proven approaches to eliminate thermal bridging

01

Polyamide Strip (PA66 GF25)

Glass-fiber-reinforced nylon strips mechanically locked into dual aluminum extrusions. High structural composite strength with dual finish capability — the industry standard for high-performance facades.

Polyamide thermal breakPolyamide Strip
02

PU Pour & Debridge

Liquid polyurethane poured into a thermal cavity, cured, then the aluminum bridge is cut away. Cost-effective solution with single-piece extrusion simplicity — ideal for mid-rise commercial applications.

PU pour and debridge manufacturingPU Pour Process
03

Thermal Separator + Warm-Edge

Low-conductance PVC-U/EPDM isolator in the pressure-plate gutter separates exterior cover from structural mullion. Combined with warm-edge spacer technology to reduce edge-of-glass thermal bridging.

Thermal separator and warm-edge technologyThermal Separator

All thermal break solutions designed to meet or exceed ASHRAE 90.1 and regional energy codes — verified through project-specific thermal modeling.

Architectural Glass Solutions

Performance-driven glazing — the most influential element governing facade energy performance, daylight quality, and acoustic comfort

Glass performance options
Low-E Coating Technology
01

Single Silver Low-E

Balanced thermal insulation with moderate solar control. Best for temperate climates and year-round comfort.

02

Double Silver Low-E

Enhanced solar control with strong thermal insulation. Preferred for hot climates and cooling-load-driven buildings.

03

Triple Silver Low-E

Maximum thermal isolation and solar reflectivity. Engineered for extreme climates, net-zero and passive house design.

Insulated Glass Units (IGU)

FOWALL curtain wall systems support customized double and triple glazing configurations with argon/krypton gas fill and warm-edge spacers — configured to each project's climate zone, building orientation, and performance targets.

  • Double Glazing:Single cavity with air or argon fill for moderate climates
  • Triple Glazing:Dual cavities for maximum thermal resistance in cold climates
  • Safety Glass:Tempered (EN 12150), heat-strengthened (EN 1863), and laminated (PVB/SGP)
  • Decorative:Ceramic frit, digital printing, acid-etched, and body-tinted options
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Insulated Glass Unit

Weather Sealing & Hardware

Multi-layer protection — the facade's first and most critical defense against the elements

Gasket technology

Primary Defense

Gasket & Sealant Systems

EPDM weather seals with ozone and UV resistance. Silicone gaskets for high-movement joints. Structural silicone for glass-to-frame bonding. Butyl sealants as primary air and vapor barrier within IGU edge seals.

Drainage design

Engineered Drainage

Pressure-Equalized Rain Screen

Multi-level sealing strategy with integrated drainage channels at each transom. Controlled weep paths direct water to the exterior — verified per ASTM E1105, AAMA 501.1, and EN 12155.

Hardware components

Precision Connection

Hardware & Anchoring

AISI 304 for standard projects; AISI 316 with 2% Mo for coastal environments. Multi-axis adjustment brackets accommodate inter-story drift, thermal expansion, and building movement.

Quality & Digital Delivery

Visibility at every stage — from BIM coordination to factory monitoring to site installation

BIM and digital engineering01

BIM & Digital Engineering

3D BIM modeling and Revit-based design coordination with clash detection. Shop drawing development and installation sequencing plans for seamless site execution — every connection point modeled before fabrication begins.

Clash DetectionShop DrawingsInstallation Sequencing
Quality assurance and factory monitoring02

Transparent Quality Assurance

Material batch inspection and mill certifications. Factory production monitoring with key-stage visibility. Coating thickness documentation per AAMA 2605 and Qualicoat standards — because performance claims require verifiable proof.

Material TraceabilityFactory MonitoringAAMA 2605 Verified
Project delivery and site tracking03

Project Delivery Transparency

Real-time project visibility from factory fabrication through site installation — providing architects, contractors, and project teams with milestone transparency at every stage of the delivery pipeline.

Fabrication TrackingLogistics UpdatesSite Visibility
Built with Precision. Delivered with Confidence

Built with Precision. Delivered with Confidence

Discuss your project requirements with FOWALL engineering. From material specification to system integration, our team provides sustained professional guidance at every stage.

FAQ

Frequently Asked Questions

  • How does the dry hanging system compare to traditional wet-fixing in terms of durability?
    Why modern facade engineering has abandoned wet-mortar fixing for high-rise projects.
  • What stone types are most recommended for high-performance exterior cladding?
    Material science criteria for selecting stones that endure decades of exposure.
  • Can the stone curtain wall system accommodate thermal expansion and contraction without cracking?
    Engineering logic behind managing thermal cycles in massive stone facades.
  • How does FOWALL ensure the seismic resilience of natural stone curtain walls in high-wind regions?
    A deep dive into the engineering verification for high-rise stone facade safety.