Istanbul, Türkiye · Aluminium Industry Insights
Aluminium Systems Blog & Expert Guides
Technical insights, specification guidance and B2B export knowledge from the Afes Aluminium team.
Featured Architectural Aluminium Systems
Explore our precision-engineered thermal break windows, doors, and structural sliding systems manufactured to international standards (CE, AS2047, ASTM).
Double Glazing for House Windows, AS2047 AS2088 Two Track Sliding Double Glazed Thermal Break Waterproof Aluminium Windows
Modern Design Thermal Break Soundproof Double Glass Aluminium Openswing windows For Luxury Residential Villa With Screen Window
Modern Aluminium Window Design Energy Efficient Noise Reduction Casement Windows for Home Office
OUNA Aluminium Windows Doors House Exterior Aluminum Sliding Windows Hurricane Impact Proof Double Glazed Thermal Break Windows
French Inward Opening Casement Window Aluminum Alloy Double Glazed European Style Custom Energy Efficient Exterior Window
Aluminum Sliding Windows Double Tempered Glazed Screen Design For Modern Home And Apartment Safety Ventilation With Grill
Premium Design Aluminum Casement Window, CE Marked Soundproof Triple Glazed Thermal Break Window for Passive House Customized
PRETTY HOUSE Custom windows Factory Energy Saving Thermal Break Double Glazed Aluminium Alloy Doors And windows For Home
Why Partner with Us for OEM/ODM Architectural Aluminium
Operating from our engineering hub in Istanbul, Turkey, we deliver tailored extrusions, structural curtain walls, and window systems engineered directly from your architectural drawings.
Custom Extrusion & Die Engineering
We provide bespoke OEM/ODM profile creation using high-purity 6063-T5 and T6 structural alloys. From initial CAD optimization to matrix die casting, our technical team turns unique architectural drafts into buildable aluminum profiles.
Shop Drawing & Specification Audits
Before commercial proposals are finalized, our facade engineers evaluate wind-load calculations, glass weights, thermal envelope requirements (U-values), and destination site interfaces to prevent costly rework on site.
International Certification Standards
Our fenestration systems strictly align with Australian AS2047/AS2088, European CE Markings, QUALICOAT powder coating standards, and NFRC thermal ratings for high-exposure coastal and high-rise developments.
Structural Alloy Metallurgy & Precision Extrusion
The structural durability of architectural fenestration depends heavily on alloy composition. We specify 6063-T5 and 6063-T6 primary aluminum billets, offering yield strength up to 210 MPa. Combined with Polyamide PA66GF25 thermal struts, our profiles provide high mechanical integrity against wind-induced deflection while interrupting conductive heat paths in extreme thermal zones.
Advanced Surface Treatments & Weatherability
To withstand severe marine environments, UV radiation, and urban pollution, our aluminum systems undergo QUALICOAT Class 2 Powder Coating and Anodizing (Class 25, 25-micron oxide film). These treatments ensure color retention, resistance to filiform corrosion, and long-term aesthetic consistency across large structural envelopes.
System Specifications & Performance Benchmarks
Technical comparison of our OEM/ODM architectural aluminum systems for commercial and luxury residential applications.
| System Category | Wall Thickness | Thermal Barrier | Glazing Range | Max Wind Load | Acoustic Rating |
|---|---|---|---|---|---|
| Thermal Break Casement | 1.8mm – 2.0mm | 24mm PA66GF25 | 24mm – 44mm (Double/Triple) | 4,500 Pa | 38 - 45 dB |
| Heavy Lift-Slide System | 2.0mm – 3.0mm | 20mm – 32mm PA66 | 28mm – 50mm Insulated | 3,800 Pa | 35 - 42 dB |
| Hurricane Impact Sliding | 2.2mm – 2.5mm | Reinforced Thermal Strip | 12.76mm Laminated / IGUs | 6,000 Pa | 40 - 48 dB |
| Stick Curtain Wall Systems | 2.5mm – 4.0mm | Iso-Strut Continuous | 28mm – 56mm Structural IGUs | 5,000 Pa | 42 - 50 dB |
Architectural Aluminium Industry Development Trends
Analysis of technology shifts, sustainability standards, and structural engineering innovations driving global facade design.
1. Low-Carbon Alloys & Decarbonization
Global carbon mandates are accelerating the demand for low-carbon primary aluminum and high-percentage recycled billet extrusions. Modern architectural projects increasingly require verified Environmental Product Declarations (EPDs), driving manufacturers to adopt clean-energy smelting and scrap recycling systems that reduce embodied carbon without compromising tensile strength.
2. Ultra-Slim Sightlines & Concealed Frames
Contemporary minimalist architecture demands maximum daylight penetration and expansive glass areas. This trend has spurred engineering innovations in slim interlocks (down to 20mm visible sightlines), structural silicone glazing, invisible outer frames, and hidden drainage tracks that maintain structural load-bearing capacity under heavy wind forces.
3. Passive House Thermal Performance
Stricter energy codes require fenestration systems to achieve overall U-values (Uw) below 0.8 W/m²K. Achieving these thresholds requires deeper polyamide thermal breaks (up to 39mm), multi-chamber insulation inserts, aerogel-filled profile cores, and triple or vacuum-insulated glazing (VIG) units to reduce thermal bridging.
Future Procurement Trends in Global Fenestration Supply
How international contractors, developers, and distributors are optimizing their sourcing strategies for architectural aluminum.
Shift to Co-Engineered Systems
B2B buyers are moving away from purchasing standardized profiles toward collaborative OEM/ODM partnerships. Modern procurement prioritizes suppliers who provide full technical support, shop drawings, profile modifications, and customized extrusion dies tailored to project-specific wind loads and thermal envelopes.
Integrated Envelope Packages
To avoid color mismatches and installation delays on site, developers increasingly source complete opening packages—combining casements, sliding doors, entrance pivots, and curtain walls from a single manufacturing source with consolidated quality control and single-batch powder coating.
Supply Chain Traceability
Risk management in global procurement now focuses on material traceability. Importers require verified certificates of origin, mill test reports for alloy chemical composition, independent lab air/water pressure test results, and standardized container packaging sorted by floor levels for efficient site delivery.
Frequently Asked Procurement Questions
Essential answers for importers, facade engineers, developers, and trade buyers seeking OEM/ODM architectural aluminum solutions.
Q1: What structural aluminum alloys are used, and how are they certified for high-load projects?
We primarily utilize primary 6063-T5 and 6063-T6 architectural aluminum alloy billets. T6 temper profiles undergo artificial aging to achieve higher tensile strength (minimum 205 MPa) and yield strength (minimum 170 MPa), making them ideal for high-rise unitized curtain walls and large-span sliding doors. Mill test certificates (MTC) detailing chemical composition and mechanical performance are supplied with every production batch.
Q2: How do your thermal break systems perform in harsh climatic conditions?
Our thermal break systems feature structural Polyamide PA66GF25 (25% fiberglass reinforced) struts. These strips create an insulated barrier between outer and inner aluminum profiles, preventing thermal bridging. When paired with low-E double or triple glazing units, system U-values reach down to 0.8 - 1.4 W/m²K, satisfying stringent European Passive House and Australian NFRC energy codes for hot desert or severe winter climates.
Q3: Can custom extrusion dies be created for OEM/ODM project requirements?
Yes. We specialize in custom OEM/ODM extrusions. When provided with CAD drawings or architectural cross-sections, our engineering team optimizes profile geometry, wall thicknesses, and internal web reinforcement before machining custom extrusion matrices. Sample prototypes are extruded and dimensionally verified via optical comparators prior to full mass production.
Q4: What surface finishes are available to prevent coastal corrosion?
For high-salinity coastal applications, we offer QUALICOAT Class 2 multi-coat PVDF (Polyvinylidene Fluoride) fluorocarbon coatings and Class 25 Anodized finishes (minimum 25-micron thickness). These treatments provide superior resistance to salt spray, humidity, chalking, and UV degradation, supported by up to 20 to 25-year structural finish warranties.
Q5: How are international fenestration standards (AS2047, CE, ASTM) verified?
Our window and curtain wall systems are tested in accredited third-party laboratories to evaluate air infiltration (ASTM E283 / AS4420.2), water penetration resistance under static pressure (ASTM E331 / AS4420.3), and ultimate structural strength (ASTM E330 / AS4420.6 up to 4,500 - 6,000 Pa). Official test reports are provided during project submittals.
Q6: What is the typical lead time from shop drawing approval to export shipment?
Lead times vary by customization level. For standard system profiles with stock RAL finishes, production requires 20 to 25 days. For custom OEM extrusions requiring new die fabrication, die tooling takes 10 to 14 days, followed by 25 days for extrusion, surface finishing, glazing assembly, and export packaging.
Q7: How are complete window and door shipments packed to prevent transport damage?
Export packaging uses a multi-tier protective system: protective blue film on aluminum surfaces, corner foam bumpers, bubble wrap, and fumigated steel-reinforced plywood crates. Windows are packed vertically and secured within ocean shipping containers to prevent movement during transit.
Q8: What hardware systems and multi-point locks are integrated into your profiles?
We integrate hardware options based on project requirements, including top-tier European systems (Siegenia, Hoppe, Sobinco, G-U) as well as certified high-durability custom hardware. Multi-point locking mechanisms, heavy-duty stainless steel friction stays, and concealed hinges are standard on our high-performance casements and sliding doors.
Q9: What documentation is provided to streamline customs clearance for B2B importers?
We supply full export documentation packages, including Commercial Invoices, Detailed Packing Lists sorted by crate and floor level, Bill of Lading (B/L), Certificates of Origin (Form A, EUR.1, or COO), Mill Test Certificates for aluminum alloys, and Factory Quality Inspection Certificates.
Q10: What trade Incoterms and payment structures do you support?
We accommodate standard B2B trade terms, including EXW, FOB (Istanbul / Turkish Ports), CFR, and CIF. Payment structures typically follow industry standards: 30% T/T deposit upon shop drawing sign-off and production authorization, with the 70% balance payable against presentation of original Bill of Lading and inspection reports prior to container release.
Ready to Engineer Your Architectural Aluminium Package?
Submit your architectural elevation drawings, window schedules, or custom profile specifications for an immediate technical evaluation and competitive commercial proposal from our export engineering team in Istanbul.