Lift-and-Slide Hardware
Explore our CE-marked, NFRC-compliant high-performance fenestration hardware and aluminum profile assemblies custom-manufactured for global luxury residential and commercial developments.
Delivering high-precision architectural hardware, customized profile extrusions, and certified facade systems directly from Turkey’s premier manufacturing cluster to global construction sites.
All window hardware, hinges, friction stays, and profile systems adhere strictly to EN 12020-2 dimensional tolerances. Tested under EN 1026 for air permeability, EN 1027 for watertightness, and EN 12211 for structural wind resistance up to 2.4 kPa.
We do not operate as simple catalog brokers. Our facade engineering team reviews your BIM models, DWG elevations, and local wind load requirements to recommend custom multi-point gearboxes, thermal break polyamide widths, and reinforced roller assemblies.
Direct supply partnerships with tier-1 extrusion mills and global hardware leaders such as ROTO, STAC, ASAS, Saray, and Cuhadaroglu. We select hardware based on mechanical engineering mandates rather than stock clearance motives.
Technical benchmarks across fenestration hardware categories to assist architects, facade engineers, and volume importers in selecting exact hardware pairings.
| Hardware System Type | Primary Material & Finish | Load Capacity (per Sash) | Tested Lifecycle (EN 13126) | Acoustic & Thermal Synergy | Typical Architectural Application |
|---|---|---|---|---|---|
| Lift-and-Slide Carriage Rollers | Stainless Steel 316 / Polyamide Wheels | Up to 400 kg | 25,000 Cycles (Class 4) | Integrates with 52mm Triple Glazing | Luxury Villa Panoramas, Hotel Balconies |
| Concealed Tilt-and-Turn Hinges | Extruded Aluminum / Zinc Alloy (PVD) | Up to 160 kg | 15,000 Cycles (Class 3) | Uw 0.9 W/m²K Passive House Specs | High-Rise Residential & Commercial Towers |
| Multi-Point Mortise Gearboxes | High-Grade Steel (Zink-Nickel Coated) | RC2 / RC3 Burglar Proof | 50,000 Cycles (Class 5) | EPDM Triple Gasket Compression | Security-Critical Doors & Casements |
| Heavy-Duty Bi-Fold Hinge Carriers | Anodized Aluminum / Stainless Steel Axis | Up to 120 kg / Leaf | 20,000 Cycles (Class 4) | Weather-Tight Perimeter Compression | Commercial Restaurant Terraces & Patios |
| Motorized Skylight Drive Actuators | Cast Aluminum Alloy Housing (IP65) | 1,000 N Push/Pull Force | 10,000 Cycles Continuous | Thermal Break Roof Hatch Sealing | Stairwell Roof Access & Atrium Ventilation |
| Slim Minimalist Flush Handles | Solid Brass / Space Aluminum (CNC) | N/A (Ergonomic Pull) | 100,000 Actuations | Compatible with 20mm Sightline Frame | Minimalist Architectural Glass Partitions |
Why off-the-shelf window accessories fail in high-wind, high-thermal differential environments—and how custom OEM engineering mitigates long-term structural fatigue.
Modern fenestration demands smooth force transfer over large sash dimensions. OEM multi-point locking gearboxes convert handle rotation into axial slide motion along drive rods, forcing steel mushroom cams into frame-mounted keeps. This produces uniform perimeter compression, reducing air infiltration to Class 4 standards under EN 1026 testing.
Window frames cannot deliver high energy efficiency (Uw < 1.2 W/m²K) using monolithic aluminum. Structural polyamide (PA66 GF25) strips join inner and outer extruded aluminum profiles. OEM hardware mounting plates are designed to anchor into non-conductive chambers without piercing the thermal barrier or compromising shear strength under high wind pressures.
Coastal developments expose hardware to marine salt spray. Our custom OEM components utilize SUS316 stainless steel fasteners, zinc alloy die-cast parts with electroplated alkaline zinc-nickel coatings, and Grade 5 anodized aluminum. This engineering combination resists over 1,000 hours of continuous ISO 9227 salt spray testing without red rust formation.
Key market shifts redefining how global architects, facade engineers, and real estate developers specify fenestration hardware for high-efficiency buildings.
The architectural push for invisible frame profiles is driving demand for concealed chain actuators and motorized locking points. Hidden drive mechanisms built directly into the sash profile allow automated building management system (BMS) integration without visible wall-mounted hardware.
Luxury villa design favors frameless glass aesthetics with interlock sightlines down to 20 mm. Hardware engineering is shifting toward sub-floor heavy-duty stainless steel track systems and concealed top rollers capable of supporting triple-glazed panels over 400 kg.
Global decarbonization mandates require windows to reach Uw values below 0.8 W/m²K. Hardware design now incorporates non-conductive thermal break isolators, aerogel-filled frame cavities, and multi-layered EPDM weatherstripping to eliminate thermal bridging through metal hinges.
Procurement teams are moving away from multi-tier regional distributors toward direct factory partnerships in manufacturing hubs like Turkey. Direct sourcing reduces hardware procurement costs by 20–35% while granting full customization over extrusion dies and PVD handle finishes.
How our Turkish manufacturing and export infrastructure ensures smooth project execution for international buyers.
Our engineering team analyzes architectural drawings, window schedules, opening mechanisms, glass thickness, and structural wind pressures. We prepare detailed hardware bill of quantities (BOQ) and profile cross-sections within 72 hours.
For custom hardware specifications, we fabricate precision extrusion dies and die-casting molds. Prototypes undergo rigorous load-bearing, cycling, and salt-spray testing before mass production approval.
During manufacturing, continuous quality control verifies powder coating thickness (Qualicoat standard), hinge axle tolerances, and gasket elasticity. Batch samples are test-fitted onto master profile jigs.
Finished windows and hardware sets are wrapped in protective film, fitted with corner guards, and packed into fumigated ISPM-15 wooden crates. Every crate is coded per floor schedule for seamless site installation.
Clear answers to critical technical and logistical questions asked by international buyers, facade contractors, and project developers.
Depending on profile depth, polyamide thermal break width (24mm to 34mm), and glazing specification, our complete window assemblies achieve overall U-values (Uw) ranging from 1.8 W/m²K down to 0.9 W/m²K with triple glazing and warm-edge spacers. Hardware components are engineered specifically to avoid creating thermal bridges through the insulated frame profiles.
Rather than enforcing rigid piece counts on standard hardware, we work primarily on a project consolidation basis. A consolidated container load—combining windows, hardware accessories, handles, and sliding tracks for a villa project or building floor—is the most cost-efficient entry point. For custom tooling and extrusion profiles, die creation minimums apply (typically 500 kg to 1,000 kg per profile shape).
To prepare an precise engineering proposal and bill of quantities (BOQ), we require architectural window and door schedules in CAD (.DWG) or PDF format, glass performance specifications (double/triple glazed, Low-E, laminated), opening direction preferences, and destination site environmental details (design wind load in kPa or wind zone speed).
All aluminum profiles and hardware components are individual wrapped with protective polyethylene film, fitted with impact-resistant corner caps, and securely loaded into solid, fumigated wooden crates compliant with ISPM-15 international shipping standards. Glass units are packed in heavy-duty A-frame crates with silica gel desiccants to prevent moisture condensation during sea transit.
Yes. Profiles and hardware assemblies supplied through our manufacturing networks are produced under CE markings and conform to EN 12020-2 dimensional tolerances. Test dossiers include laboratory reports for Air Permeability (EN 1026), Watertightness (EN 1027), Wind Load Resistance (EN 12211), and NFRC thermal performance ratings.
Absolutely. We offer complete architectural finish customization including Qualicoat-certified electrostatic powder coating in any standard RAL or NCS color reference (minimum 60 µm coating depth), anodized finishes (silver, bronze, black, champagne), physical vapor deposition (PVD) luxury metallic coatings, and sublimation wood-grain finishes.
Hardware destined for coastal or high-humidity regions undergoes specialized surface treatment. Hardware chassis parts are electroplated with zinc-nickel alloy coatings, and exposed stainless steel parts utilize AISI 316 grade. These components pass up to 1,000 hours of Neutral Salt Spray (NSS) testing per ISO 9227 without showing base metal corrosion.
Send us your project drawings, elevations, or hardware specifications. Our senior engineering team will provide a comprehensive system proposal, performance evaluation, and direct export quotation within 72 hours.