Thermal Break
Explore our precision-fabricated OEM and ODM aluminium door collections. From heavy-duty thermal break entry doors to hurricane-tested profiles, each unit is manufactured to exacting architectural schedules with custom finishes and multi-point locking mechanisms.
Thermal Break
Heavy-Duty Multi-Fold
Soundproof Crystal
Impact & Hurricane
Ventilation Control
NFRC Certified
Interior Architectural
Luxury Slim Profile
Operating from our smart production facility in Foshan, Guangdong Dejiyoupin Doors and Windows Co., Ltd. (DERCHI) leads the industry with advanced CNC precision extrusion, robotic assembly, and stringent quality control protocols.
DERCHI products are engineered to conform with CE, ISO9001, AS2047 (N6 cyclone rating), NFRC, and UL fire-protection protocols. Our compliance documentation assists international developers and architects in securing local authority permits seamlessly without costly re-testing.
We provide free structural engineering analysis, wind load calculations, and comprehensive 2D/3D CAD shop drawings. Every customized aluminium single door assembly—including hinge load bearing, thermal threshold detailing, and rough opening allowances—is validated before production.
To safeguard high-finish surfaces and heavy structural glass over long marine freight voyages, all assemblies are packaged in heavy-duty fumigated wooden crates with moisture-absorbent desiccants and shock absorbers. We offer FOB China, CIF to worldwide ports, and full container optimization.
An authoritative assessment of metallurgical advancements, thermal efficiency mandates, and procurement governance shaping modern commercial and residential single door fenestration.
Traditional single-skin aluminium doors present severe thermal bridging challenges, accelerating HVAC energy loss and condensation inside modern building envelopes. DERCHI addresses this through precision co-extrusion incorporating multi-cavity Polyamide 66 glass fiber reinforced (PA66 GF25) thermal break strips.
This barrier severs the conductive pathway between the outdoor and indoor profile chambers, lowering the overall fenestration U-factor below 1.6 W/m²·K. Combined with primary architectural alloy 6063-T5 or T6, tensile yield strength increases by 35%, supporting ultra-tall, heavy glass leaves without frame deflection.
Sourcing aluminium single doors for coastal regions—such as Lagos, Mombasa, Miami, or Dubai—demands strict surface treatment controls to prevent filiform and galvanic corrosion. Standard anodizing often degrades under saline maritime humidity and intense UV exposure.
Our OEM manufacturing lines employ advanced PVDF (fluorocarbon) three-coat finishes and high-durability electrostatic powder coatings tested beyond 3,000 hours of continuous neutral salt spray (ASTM B117 compliant). This guarantees zero chalking, color fading, or delamination over a 20-year structural service horizon.
Contemporary architectural specifications favor ultra-slim stiles (as narrow as 20mm-45mm visible profile) that maximize daylight infiltration while maintaining structural rigidity through internal carbon-steel reinforcement sleeves and reinforced corner-cleat crimping.
Procurement schedules increasingly demand motorized, multi-point mortise locks with integrated wiring chases. These facilitate concealed electric strikes, fingerprint scanners, facial recognition cameras, and commercial building management system (BMS) integration.
Urban residential developments mandate sound insulation ratings of STC 35 to 42. Combining insulated dual or triple-pane laminated safety glass with continuous dual EPDM vulcanized gaskets neutralizes high-frequency noise and resists catastrophic storm wind-loads.
Commercial developers are bypassing middlemen, consolidating single entry doors, French balcony doors, bi-fold doors, and curtain walls with a single verified manufacturer. This reduces logistics overhead, guarantees uniform coating colors, and aligns site lead times.
B2B procurement policies now require mill test certificates (MTC), glass tempering certifications (SGCC / CE mark), and video verification of in-factory pre-assembly. This verifies squareness, hardware functionality, and air-tightness before container loading.
International green building codes (LEED, BREEAM) are prioritizing aluminium manufactured with certified recycled billets and low-carbon hydropower smelters, ensuring the complete fenestration package supports overall sustainability quotas.
Direct technical clarification on lead times, structural customization, hardware integration, and import documentation for project managers, general contractors, and distributors.
For customized OEM/ODM aluminium single door schedules, standard lead times range from 25 to 35 working days post CAD drawing approval and finish sign-off. High-volume repeat orders or standardized commercial configurations can be expedited through our flexible cellular manufacturing lines.
Yes. As a full-service ODM partner, we fabricate custom extrusion dies according to your specific architectural drawings. We also perform automated 5-axis CNC routing for specialized concealed multi-point locks, magnetic latches, concealed hinges (such as Simonswerk or Sigenia), and automated drop seals.
All our aluminium single doors feature vulcanized continuous EPDM gasket loops with molded vulcanized corners to eliminate joint separation. Frame assemblies incorporate concealed drainage chambers with reverse air-pressure baffles, rated to resist water penetration up to 600 Pa under test conditions.
We supply a complete B2B documentation package: Certificate of Origin (CO), commercial invoices, packing lists, Mill Test Certificates for alloy compliance, glass safety inspection reports, CE Declaration of Performance, AS2047 audit copies, and pre-shipment quality inspection protocols.
Door leaves and outer sub-frames are encased in protective PE film, reinforced with high-density EVA corner protectors, and sealed in export-grade fumigated plywood skeleton cases. Glass panels utilize anti-shatter film and silicone spacer blocks to absorb dynamic kinetic shock during intermodal transport.