Explore our precision-machined casement systems, hurricane-rated sliding elevations, and architectural entry doors, finished in durable realistic wood-grain textures and high-tensile alloy frames.
As a recognized industry benchmark among China's Top 10 fenestration systems, our Foshan-based manufacturing infrastructure bridges high-capacity extrusion lines with master-grade Italian sublimation finishing techniques.
Our structural designs are tested against rigorous international compliance frameworks including Australian AS 2047 N6 cyclonic testing, European CE standards, CSA certification, and UL fire-rating ratings.
We exercise complete vertical quality oversight across precision profile extrusion, thermal break crimping (PA66 GF25), CNC 5-axis miter cutting, multi-layer coating, and pre-shipping trial assemblies.
Dedicated B2B project managers provide shop drawing generation within 24 hours. Our engineers optimize profile sections, wind load deflection, and U-values directly for architectural specifications.
Modern architectural trends favor biophilic elements, seeking the organic warmth of real oak, walnut, and teak. However, solid wood windows suffer in coastal, humid, or high-solar environments due to moisture expansion, fungal decay, and UV discoloration. As leading OEM/ODM manufacturers, our hybrid timber-finish aluminium windows solve these structural vulnerabilities through advanced sublimation and powder-on-powder chemistry.
| Performance Metric | OEM/ODM Aluminium Wood Finish | Traditional Clad-Wood | Solid Natural Timber |
|---|---|---|---|
| Structural Deflection & Wind Load | ✓ Superior (6063-T6 Alloy, tested up to 4500Pa) | Moderate (Composite core relies on adhesive integrity) | Low-to-Medium (Prone to fiber cracking over time) |
| UV & Thermal Degradation | ✓ AAMA 2604/2605 (Fluoropolymer/Decoral tech) | Exterior aluminum protected; interior wood prone to fade | Rapid surface weathering; requires varnishing every 24 mos |
| Moisture, Termite & Rot Resistance | ✓ 100% Inert (Zero rot, corrosion-proof anodized base) | Vulnerable if moisture penetrates internal cladding joints | High vulnerability to swelling, mold, and termites |
| Thermal Insulation (U-Factor) | ✓ U ≤ 1.2 W/m²·K (Multi-cavity PA66 polyamide break) | U ≈ 1.3 - 1.6 W/m²·K | U ≈ 1.4 - 1.8 W/m²·K |
| Architectural Weight & Slim Sightlines | ✓ Ultra-slim (High tensile strength enables thin frames) | Bulky frame profiles to conceal connection clips | Bulky section depth required to maintain structural rigidity |
Our OEM/ODM production lines utilize high-vacuum heat transfer sublimation technology (Decoral system). After an electrostatic base layer of super-durable polyurethane or polyester powder is applied, a specially printed cellulose film containing organic grain dyes is vacuum-wrapped around the multi-cavity extrusion.
Primary Alloy: High-purity 6063-T5 / 6063-T6 Architectural Grade
Wall Thickness: 1.4mm - 2.0mm (Windows) / 2.0mm - 3.0mm (Heavy-Duty Doors)
Thermal Barrier: Technoform PA66 GF25 Polyamide Strips (24mm - 34mm)
Glazing Capacity: Double/Triple IGU up to 42mm (Argon filled, Warm-edge spacers)
Weather Sealing: Continuous EPDM Vulcanized Gaskets with Center Bubble Seal
Hardware Integration: German Siegenia, Roto, Hoppe, or Custom OEM Multi-Point Latches
International real estate developers, facade procurement managers, and quantity surveyors face stricter energy codes and carbon reduction mandates. B2B procurement of wood-finish fenestration is undergoing four distinct evolutions:
Developers are actively mandating verified Environmental Product Declarations (EPDs). Sourcing now requires aluminum billets produced using hydropower or post-consumer scrap to curb embodied carbon.
To reduce onsite labor bottlenecks, global buyers prefer factory-glazed, fully unitized wood-look aluminum window modules that integrate seamlessly with precast or steel-frame superstructures.
Cutting through multiple layers of domestic middlemen, EPC contractors and developers source directly from verified Foshan manufacturers to secure custom extrusion dies and 30-40% cost efficiency.
Luxury residential projects demand exact grain matching across interior casework, acoustic paneling, and exterior window frames, requiring tight delta-E color tolerance control across fabrication lots.
As a company holding over 30 design and appearance patents and continuous thermal performance breakthroughs, DERCHI is leading research into next-generation fenestration mechanics.
By filling multi-chamber aluminum extrusions with nano-aerogel composite foam, window U-values decrease below 0.8 W/m²·K, easily satisfying Passive House Institute (PHI) standards without excessive sash weight.
Pairing realistic wood-finish frames with electronically switchable dynamic glass allows automatic solar heat gain coefficient (SHGC) modulation, diminishing residential air-conditioning consumption by up to 26%.
Future sliding and bifold systems feature fully flush head and jamb tracks, magnetic levitation sliding dampening, and concealed motorized actuators completely hidden within the wood-grained profile envelope.
Direct, technical answers addressing the critical requirements of commercial developers, architects, and procurement directors evaluating wood-finish aluminum window solutions.
Send your architectural door schedules, elevation drawings, or CAD specifications to our engineering team. We deliver complete shop drawings, wind load evaluations, and competitive OEM/ODM factory proposals within 24 hours.