Engineered Architectural Window Systems
Explore our certified range of high-performance thermal break aluminium windows engineered for modern residential, commercial, and industrial developments.
- Profile: 6063-T6 Thermal Break
- Waterproof EPDM Weatherseals
- Acoustic Rating: Up to 38 dB
- Laminated Safety Glazing
- High Wind Load Resistance
- Polyamide PA66 Thermal Barrier
- Double Tempered Safety Glass
- Integrated Ventilation Screen
- Multi-Point Anti-Theft Lock
- U-value: Down to 0.8 W/m²K
- Triple Glazed Argon Filled
- Sound Insulation: Rw 45dB
- Qualicoat Powder Coating
- Low-E Thermal Insulation
- Customizable Sash Profile
- Heavy-Duty Concealed Hinge
- High-Density Soundproofing
- Invisible Mesh Screen
- Structural Silicone Glazing
- Acoustic Laminate Glass
- EN 12207 Class 4 Air Tight
- Dual Function Opening
- Micro-Ventilation System
- CE EN 14351-1 Compliant
Enterprise Manufacturing Standards & CE Certification Authority
Operating out of premier industrial metal extrusion and structural fabrication clusters, our manufacturing facility bridges advanced Turkish engineering expertise with international building code compliance.
CE Mark Compliance & EN 14351-1
Every window system leaving our production line undergoes stringent factory production control (FPC) in accordance with CE EN 14351-1 standards. This guarantees certified performance in air permeability, watertightness, structural wind resistance, and thermal insulation across all European Union jurisdictions.
Polyamide PA66-GF25 Thermal Barriers
We utilize precision-engineered Polyamide PA66 reinforced with 25% glass fiber thermal break struts. This technical barrier physically isolates inner and outer profile aluminum shells, eliminating cold bridges and dramatically decreasing HVAC operational loads in extreme climate zones.
Qualicoat & Anodizing Finish Integrity
Surface treatments adhere strictly to Qualicoat Class 2 Architectural Standards and ISO 7599 Anodizing specifications. Tested against coastal salt-spray corrosion (ASTM B117), our architectural powder coatings maintain color fastness and gloss retention over 25+ years of environmental exposure.
System Performance & Laboratory Testing Verification Matrix
| Testing Parameter | Standard & Method | Certified Rating / Performance Level | Architectural Benefit |
|---|---|---|---|
| Air Permeability | EN 12207 / AS 2047 | Class 4 (600 Pa) | Eliminates drafts, drastically lowers energy leakage and condensation risk. |
| Watertightness | EN 12208 | Class E1050 (1050 Pa static pressure) | Prevents water ingress during severe driving-rain conditions and storms. |
| Resistance to Wind Load | EN 12210 | Class C5 (2000 Pa design pressure) | Structural integrity guaranteed for high-rise commercial structures and coastal villas. |
| Acoustic Insulation | EN ISO 10140-2 | Rw (C; Ctr) = 42 dB (-1; -4 dB) | Significant noise reduction for hotel, office, and urban residential developments. |
| Thermal Transmittance (Uf) | EN ISO 10077-2 | 1.0 to 1.6 W/m²K (Frame only) | Supports Passive House & NZeb (Nearly Zero Energy Building) compliance. |
Future Sourcing Trends in International Architectural Fenestration
Strategic insights for procurement directors, main contractors, and real estate developers navigating global regulatory shifts and material evolution.
1. Nearshoring & Supply Chain Resilience
Global procurement teams are shifting away from over-extended Asian shipping routes in favor of strategic Eurasian manufacturing hubs like Turkey. Turkey's proximity to Europe, North Africa, and the Middle East offers shortened transit times (3 to 7 days by road/short-sea to Europe), elimination of exorbitant container freight volatility, and duty-free benefits under ATR trade framework agreements.
2. Low-Carbon Recycled Aluminium & EPD Directives
The European Green Deal and global LEED/BREEAM certifications now mandate strict carbon footprint tracking. Sourcing trends prioritize extrusion billets forged with minimum 75% post-consumer scrap aluminium using green hydroelectric power. Modern manufacturers must provide verifiable Environmental Product Declarations (EPD) detailing embodied carbon metrics per kilogram of extruded profile.
3. Digital Integration & BIM Level 2 Procurement
Leading developers no longer order from static paper catalogs. Modern procurement workflows demand complete Building Information Modeling (BIM) Revit family integration. Facade suppliers are expected to furnish BIM objects embedded with precise structural, thermal, and mechanical metadata for direct drag-and-drop inclusion into architectural master models.
4. Strict Mandatory System-Level Testing
Regulatory authorities are moving away from component-only glass or profile test certificates. Future sourcing mandates integrated system-level performance certification where profile, EPDM gaskets, thermal breaks, corner joints, and glass units are tested as an assembled unit under real-world dynamic wind-and-water pressure chambers.
Technology & Engineering Innovation in Aluminium Windows
How cutting-edge metallurgy, hardware engineering, and glazing integration are redefining the modern building envelope.
Ultra-Slim Sightlines with Structural Glass Integration
Architectural demand is overwhelmingly shifting toward minimal visible aluminum frame profiles. By bonding double and triple glazed insulating glass units directly to the sash using structural silicone adhesive (SSG), structural stiffness is transferred to the glass itself, enabling ultra-slim interlocks (as narrow as 18mm visible face width) while supporting floor-to-ceiling glass dimensions.
Vacuum Insulated Glass (VIG) & Aerogel Barriers
Next-generation fenestration combines standard thermal breaks with vacuum insulated glass (VIG) technology. An evacuated vacuum cavity between glass sheets eliminates gas conduction entirely, allowing a double glazed unit of just 10mm total thickness to outperform a bulky 44mm triple glazed unit, achieving system U-values under 0.6 W/m²K.
Smart Building Integration & Concealed Motorization
Modern CE-certified casement and lift-and-slide windows are increasingly manufactured with fully concealed motorized actuators and multi-point automated locking mechanisms. Connected to Building Management Systems (BMS) or smart home hubs (KNX/Zigbee), windows automatically adjust micro-ventilation settings based on real-time interior CO2 levels, rainfall sensors, and diurnal temperature fluctuations.
Procurement & Engineering FAQ
Expert answers addressing critical questions asked by international B2B buyers, project engineers, and procurement managers.
How do I verify the authenticity of CE Certification for imported windows?
CE compliance requires the supplier to issue a official Declaration of Performance (DoP) under Regulation (EU) No 305/2011. The DoP must detail the notified testing laboratory body number, factory production control identification, and exact tested performance classes according to EN 14351-1. Authentic suppliers will readily provide verifiable test lab report documentation alongside the product marking.
What profile alloy and temper standard should be specified for structural window frames?
For architectural fenestration, the global gold standard is 6063-T6 or 6005A-T6 aluminium alloy. 6063 offers superior surface finish quality for powder coating and anodizing, while T6 heat treatment provides optimum yield strength (minimum 170 MPa) and shear stress resistance required to carry heavy triple-glazed loads and withstand dynamic wind pressure.
How does Polyamide thermal break performance compare to cheaper Pour & Debridge (P&D) resin systems?
Polyamide PA66-GF25 mechanical strip insertion is vastly superior to Pour & Debridge polyurethane resin for architectural applications. Polyamide strips match the thermal expansion coefficient of aluminium, preventing structural separation over decades of severe temperature cycles. Furthermore, Polyamide allows dual-color finishes (different exterior and interior frame colors) and supports far higher structural load ratings.
What packing protection is used to prevent ocean freight damage and corrosion?
Professional export packaging involves a multi-layer protective protocol: individual profiles wrapped in protective low-tack protective film, corner rubber shock bumpers, inner vacuum shrink wrap with desiccant packs to absorb moisture, and exterior fully enclosed fumigated plywood or steel crates designed for forklift handling and zero container movement during transit.
Can you supply custom profile extrusions tailored to proprietary architectural drawings?
Yes. In addition to our standardized system series, our engineering department offers full bespoke extrusion services. We assist clients from CAD/BIM profile design, finite element stress analysis (FEA), matrix die manufacturing, to prototype sample extrusion and full laboratory performance certification within an accelerated 4 to 6 week lead time.
What hardware and multi-point locking brands are integrated into your window assemblies?
We partner with premier European hardware manufacturers including Siegenia, Hoppe, G-U, Roto, and Savio. Standard configurations include anti-burglary mushroom head cams, heavy-duty stainless steel friction stays rated up to 180kg per sash, and micro-ventilation tilt options for enhanced interior air exchange.
How are U-value thermal requirements calculated across different glass-and-frame combinations?
Total window thermal transmittance (Uw) is calculated using the weighted equation according to EN ISO 10077-1: Uw = (Ag*Ug + Af*Uf + Ig*Ψg) / (Ag + Af). Where Ag/Af are glass/frame surface areas, Ug/Uf are thermal transmittances, and Ψg represents linear thermal bridging at the glass edge spacer. Our technical team generates complete thermal simulation reports for project approval prior to fabrication.
Ready to Specify CE-Certified Aluminium Windows for Your Project?
Submit your elevation drawings, window schedules, and target performance specs for an immediate technical review, engineering quotation, and sample dispatch from our export team.