Factory-direct thermal break aluminum bay and bow window systems engineered in Foshan. Custom 30°, 45°, and 90° variable angle mullions built for maximum structural integrity, ultra-low U-values, and extreme wind-load resistance.
Precision Curved Glazing & Thermal-Break Profiles
Supplying architects, real estate developers, and window distributors across North America, Europe, and Australia since 1993.
Projecting fenestration systems require far more than standard window assembly. By projecting outward from the main building envelope, Aluminum Bay and Bow Windows create structural cantilever forces and increased wind load vulnerability. Window Wurx Industry Co., Ltd. solves these challenges through advanced structural mullion engineering, high-density thermal break isolation, and precision weatherproofing systems.
Global architects and commercial builders frequently face three core challenges when specifying projecting windows: structural load bearing without vertical sag, thermal bridging across complex angle joints, and water infiltration under hurricane-force wind pressures. Traditional timber and vinyl (uPVC) bay windows deteriorate rapidly when subjected to wide thermal fluctuations or structural loads, leading to frame warping, seal failure, and compromised glass unit seals.
At Window Wurx Industry Co., Ltd., our Foshan engineering R&D center addresses these friction points by utilizing heavy-wall 6063-T6 extruded aluminum alloy profiles coupled with polyamide PA66-GF25 structural thermal breaks. Whether designing a 3-panel angular bay window (30°, 45°, or 90° configurations) or a multi-panel sweeping bow window (10° to 15° faceted curves), our factory integrates internal steel-reinforced structural mullion couplings that transmit dead loads safely into the surrounding wall framing while maintaining slim sightlines and maximum daylighting.
Our heavy-duty vertical corner posts house internal load-bearing structural steel sleeves and T6 aluminum extrusions, allowing cantilevered bay and bow projections to support heavy triple-glazed units without overhead structural sagging.
Each multi-angle corner joint utilizes dual glass-fiber reinforced polyamide thermal break strips. This completely isolates the exterior aluminum frame from the interior profile, preventing thermal transfer, cold spots, and interior condensation.
Engineered with continuous EPDM gasket sealing and internal pressure-equalized drainage channels, our aluminum bay and bow systems withstand severe wind-driven rain and meet stringent AS2047 and CE testing benchmarks.
Explore our factory-direct product range designed for high-end residential estates, commercial developments, and international fenestration distributors.
Designed for contemporary residential architecture. Features a dramatic 90-degree projection using a center fixed picture sash flanked by high-performance casement or tilt-and-turn side sashes.
A sweeping architectural focal point featuring 4, 5, or 6 faceted sashes connected at gentle 10°–15° increments. Delivers expansive 180-degree panoramic views and optimized natural ventilation.
Engineered for multi-family residential developments and commercial facades subject to high structural load demands and strict energy compliance (Passive House standards).
| Technical Parameter | Wurx-Bay 90° System | Wurx-Bow 180 System | Wurx-Thermal Bay Commercial |
|---|---|---|---|
| Aluminum Profile Specification | 6063-T6 Extrusion (1.8mm - 2.2mm wall) | 6063-T6 Extrusion (1.6mm - 2.0mm wall) | 6063-T6 Structural Profile (2.0mm - 3.0mm wall) |
| Thermal Break Insulation | 24mm PA66-GF25 Polyamide Strip | 20mm PA66-GF25 Polyamide Strip | 34mm Multi-Cavity PA66 Insulated Strip |
| Glazing Capacity | Double (5+12A+5) / Triple (5+12A+5+12A+5) | Double (6+16Ar+6 Low-E) | Triple Laminated Acoustic Insulated Glass |
| Air Infiltration Rate | < 0.5 m³/(m·h) (EN 12207 Class 4) | < 0.5 m³/(m·h) (AS2047 Compliant) | < 0.1 m³/(m·h) (Ultra-Airtight Seal) |
| Water Resistance Rating | 600 Pa (EN 12208 Class E900) | 450 Pa (AS2047 High Water Test) | 900 Pa (Commercial Cyclone Rating) |
| Surface Finish Options | AkzoNobel Powder Coat / Anodized / Woodgrain | Fluorocarbon PVDF Spray Coating | Custom Dual-Tone Exterior/Interior Powder Coating |
As international building codes become stricter and architectural aesthetics shift toward maximal daylighting, real estate developers andfenestration importers must adapt to four pivotal industry transformations.
Modern architecture is replacing bulky vinyl bay frames with minimal aluminum profiles and structural corner glazing.
Procurement demands are leaning heavily toward hidden sashes and structural glass-to-glass silicone corner joints in 90-degree bay windows. Window Wurx Industry Co., Ltd. has developed specialized corner sealant technology and slim framing extrusions that maximize visible glass area by up to 22% compared to conventional framing profiles, satisfying the high aesthetic expectations of premium buyers.
Energy efficiency mandates across Europe, North America, and Oceania are eliminating non-thermal break windows.
Large alcove projections like bow windows can act as major thermal bridges if improperly engineered. Future-proof procurement requires multi-cavity thermal break profiles paired with warm-edge spacers, Low-E glass coatings, and noble gas infills (Argon/Krypton). Window Wurx ensures all bay and bow window assemblies meet target energy coefficients to streamline compliance for LEED and Passive House projects.
Rising ocean freight costs necessitate smarter packaging designs for large 3D architectural fenestration.
Fully assembled bay and bow windows occupy vast volumetric space in sea containers. The industry trend is moving rapidly toward factory-tested modular Knock-Down (KD) bay assemblies. Window Wurx pre-fits and numbers every mullion joint and frame segment in our Foshan workshop prior to disassembling and flat-packing into fumigation-free wooden crates, reducing freight costs by up to 40% while preserving rapid site assembly.
Precision-mitered aluminum mullions, multi-point lock security, and high thermal efficiency for global developments.
Our engineering specialists collaborate directly with architects, general contractors, real estate developers, and window importers worldwide to turn technical drawings into high-performance structural reality.
Our direct manufacturer dealer program offers uncompromised technical backing, direct wholesale pricing from Foshan, and comprehensive project shop-drawing assistance.
Our structured 4-stage engineering and manufacturing protocol ensures total precision and zero on-site misfits for complex bay and bow window projects.
We review your structural floor plans, opening elevation schedules, and local wind load criteria to formulate engineered bay/bow frame proposals.
Our technical team generates detailed 2D/3D CAD shop drawings showing exact mullion coupling angles, glass thickness, hardware, and flashing details.
Machining on 3 automated CNC lines across our 20,000 m² workshop. Rigorous quality control checks for corner seal alignment and operational smooth performance.
Units are fully protected with film wrapping, corner caps, and packed into fumigation-free wooden crates for safe containerized global transit.
Expert answers addressing structural integrity, international code compliance, shipping economics, and custom fenestration capabilities.
Window Wurx Industry Co., Ltd. utilizes structural 6063-T6 aluminum corner mullions reinforced with internal steel sleeves and multi-point EPDM gasket seals. Our 30°, 45°, and 90° variable corner coupling posts feature dual PA66-GF25 thermal breaks, ensuring seamless structural transfer of upper-wall and cantilever loads while preventing water ingress under severe storm conditions.
To maximize container space and guarantee zero transit damage, we offer both fully assembled welded-corner units and modular Knock-Down (KD) systems. Every unit is wrapped in multi-layer protective film, fitted with corner impact blocks, and secured inside heavy-duty fumigation-free wooden crates compliant with international shipping regulations.
Our window profiles undergo rigorous third-party testing for structural deflection, ultimate limit state (ULS) wind pressure, air infiltration, and water penetration resistance. We provide certified test documentation for Australian standard AS2047 and European standard CE EN 14351-1 to facilitate smooth building consent and code approval.
Yes. Our thermally broken aluminum profiles support dual-color powder coating or anodizing, allowing distinct exterior architectural colors and interior finishes. Glazing choices range from double-glazed Low-E argon-filled IGUs to acoustic laminated glass and triple-pane solar control assemblies tailored to tropical or arctic climates.
Once architectural CAD/BIM shop drawings are approved, production takes approximately 25 to 35 business days. Our 20,000 square meter factory in Foshan operates 3 automated production lines, giving us the capacity to maintain reliable delivery schedules for large commercial projects and wholesale orders.
By eliminating intermediaries, Window Wurx Industry Co., Ltd. delivers direct factory pricing alongside dedicated engineering support. We provide complete structural calculation reports, installation guidelines, and direct custom profile fabrication, reducing total project budget requirements by up to 25-35% without sacrificing quality.
Over 30 years of manufacturing excellence in Foshan, China — providing uncompromised structural quality, direct pricing, and dedicated engineering backing.
Established in 1993, Window Wurx has spent over three decades refining thermal break aluminum profiles, hardware integration, and export logistics for demanding international markets.
Our expansive production base in Foshan houses 3 automated production lines and 150+ skilled workers, maintaining a steady 30% year-on-year growth and scalable supply capacity for major real estate developments.
Each unit is individually wrapped in protective foam, shielded with heavy corner guards, and sealed inside fumigation-free wooden cases reinforced for high-sea transit stability.
Submit your CAD drawings or architectural schedules to [email protected] for a rapid technical assessment, structural feasibility report, and transparent factory-direct quotation within 24 hours.