Explore our export-ready, certified entry door systems designed for extreme weather resistance, high security, and luxury modern aesthetics.
Deconstructing the technical parameters that dictate manufacturing costs, FOB pricing structures, and life-cycle financial yields for international B2B buyers.
In the global facade market, evaluating an aluminum glass entry door price requires looking beyond raw surface area rates ($/m²). True cost is governed by structural profile wall thickness (T5/T6 alloy state), thermal insulation technology (PA66-GF25 polyamide bar width), glazing architecture (PVB/SGP interlayers), surface finishing processes (PVDF vs. Electrostatic Powder Coating), and hardware load ratings. Understanding these engineering variables prevents costly sub-specification and structural failures.
| Entry Door System Category | Typical Price Range (FOB China) | Structural Profile Spec | Glazing / Core Architecture | Target Architectural Application |
|---|---|---|---|---|
| Standard Thermally Broken Aluminum Door | $280 – $450 / m² | 2.0mm 6063-T5 Profile, 80mm Depth | 5mm+12A+5mm Double Tempered Low-E | Modern Residential Villas, Urban Row Houses |
| Heavy-Duty Glass Pivot Door System | $550 – $980 / m² | 3.0mm Structural Profile, Steel Core | 6mm+1.52PVB+6mm Laminated / Insulating | Luxury Villa Entrances, Hotel Lobbies, Showrooms |
| Sand-Cast Aluminum Armour Security Door | $850 – $1,400 / m² | 8mm-12mm Cast Aluminum Panel + SUS Frame | Multi-Layer Solid Composite + Bulletproof Glass Option | High-Security Estate Gates, Executive Mansions |
| Smart Biometric Stainless Steel & Glass Door | $620 – $1,100 / m² | 1.5mm 304/316 Stainless Steel Shell | Smart Tinting Switchable Glass (PDLC) | Commercial Headquarters, Tech Hub Entrances |
DERCHI utilizes virgin 6063-T5/T6 architectural aluminum billets rather than recycled scrap metal. High-grade aluminum provides superior tensile strength (≥205 MPa) and yield strength (≥180 MPa), preventing door leaf sag over 20+ years of high-frequency operation.
The integration of Technoform PA66-GF25 (25% fiberglass reinforced polyamide) thermal break strips separates interior and exterior profile zones. This barrier stops thermal bridging, dramatically reducing HVAC energy loss.
Precision-engineered German hardware (Dormakaba, Siegenia, Hoppe) accounts for 20-35% of total door unit cost. Heavy-duty floor springs rated for 500kg+ leaves ensure smooth, silent 180° rotation for over 500,000 duty cycles.
How DERCHI’s R&D facility in Foshan is shaping the next decade of structural glass integration, smart accessibility, and sustainable building envelopes.
Architectural demand for entrance leaves exceeding 2,000mm in width and 4,000mm in height creates immense structural challenges regarding wind load deflection and thermal bowing (solar heat expanding exterior skin vs interior skin).
DERCHI’s engineering roadmap solves this via embedded internal tensioning rods and flexible shear-decoupled thermal break joints, maintaining structural straightness within ±1.5mm even under direct 60°C exterior heat differentials.
The modern entrance is transitioning into an active electronic portal. DERCHI’s future-ready door series incorporates concealed power-transfer hinges (E-transfers) that deliver low-voltage power directly through the frame without exposed wiring.
Future iterations offer integrated BIPV (Building-Integrated Photovoltaics) skylight sidelights and electrochromic PDLC privacy glass that tints dynamically based on solar radiation or smartphone commands.
Why sourcing directly from DERCHI’s Foshan manufacturing complex yields a 30-40% total cost advantage compared to European assembly brands without compromising structural quality.
From aluminum extrusion lines and precision anodizing to automated insulating glass assembly and 5-axis CNC machining, DERCHI controls every manufacturing step under one roof in Foshan.
Quality assurance is embedded into production milestones rather than checked at the shipping dock. Every door unit must pass rigorous quality inspections before release.
Custom door configurations engineered to meet demanding regional building codes, extreme climates, and specialized architectural typologies globally.
For coastal developments in Florida, the Caribbean, and Australia’s cyclone regions, entry doors face extreme wind loading and wind-borne debris impact.
DERCHI’s impact-rated glass entry doors utilize SentryGlas® (SGP) ionoplast interlayers combined with heavy-duty reinforced aluminum frames, meeting Florida Building Code (FBC) TAS 201/202/203 and Australian AS2047 N6 standards (water tightness up to 700 Pa, wind pressure up to 4,500 Pa).
Commercial entrances require high cycle endurance, barrier-free accessibility compliant with ADA standards, and rapid integration with access control systems.
We supply heavy-duty continuous hinges, concealed automatic operators, and low-profile threshold saddles with thermal breaks, ensuring continuous duty cycles without hardware loosening.
In cold regions like Northern Europe, Canada, and North America, condensation and frost bridging inside frame cavities cause timber rot and structural degradation.
DERCHI’s triple-glazed, argon-filled, warm-edge spacer door systems achieve insulation U-values below 0.9 W/(m²·K), preventing condensation even when exterior temperatures drop to -30°C.
A step-by-step methodology for architects, general contractors, and developers seeking smooth direct procurement from China.
Send your architectural schedules or project elevations to our engineering desk. Within 24-48 hours, DERCHI provides comprehensive CAD shop drawings detailing frame anchors, head/sill sections, and glass spec blocks for architect approval.
Improper shipping protection ruins high-end architectural door finishes. DERCHI uses robust packaging: inner anti-scratch PE film wrapping, EPE foam corner guards, sealed 5-layer cartons, and heavy-duty, IPPC-stamped, fumigation-free plywood crates.
Every customized door frame features opening-numbered laser engraving that matches the job-site schedule. We provide physical installation manuals, anchoring torque specifications, and live video support during the initial opening assembly.
Ensuring DERCHI door assemblies pass local building code inspections effortlessly across major target export markets.
| Target Region / Market | Mandatory Standards & Certifications | DERCHI Compliant Technical Solution |
|---|---|---|
| North America (USA / Canada) | NFRC (Thermal), AAMA 101, Florida HVHZ (TAS 201/202/203) | Low-E Warm Edge Triple Glazing, Heavy Structural Sub-frames, SGP Interlayer Impact Glass |
| Australia & New Zealand | AS2047 (Windows & External Doors), AS1170 (Structural), AS1288 (Glazing) | AS2047 N6 Rating Certified Profiles, Cyclonic Deflection Hardware, Deemed-to-Satisfy Sub-sills |
| European Union & UK | CE Marking (EN 14351-1), UKCA, Passive House Standard (Uf ≤ 0.8) | Polyamide PA66-GF25 Multi-Chamber Thermal Breaks, Triple Gasket EPDM Sealing Systems |
| Middle East & Gulf Coast | Thermal Stress Resistance, Sand/Dust Tightness, High UV Stability | Qualicoat Class 2/3 Powder Coating & PVDF Finishes, High-Grade EPDM Gaskets (heat resistant up to 120°C) |
Direct technical and commercial answers from DERCHI’s senior engineering team to help resolve your procurement queries.
The total price depends on profile wall thickness (2.0mm vs 3.0mm+ structural profiles), thermal break configuration (polyamide strip width and foam filling), glass specification (standard tempered vs double laminated Low-E with SGP impact interlayers), surface treatment (standard powder coat vs PVDF or anodized finishes), and chosen hardware systems (domestic vs high-end German floor pivots and biometric locks).
Our standard production lines easily handle single leaves up to 1,600mm wide by 3,200mm high. For grand villa entrances and hotel lobbies, DERCHI custom-engineers reinforced steel-core structural pivot leaves up to 2,000mm in width and 4,000mm in height, utilizing German floor pivots rated for up to 500kg leaf weights.
We use high-grade Technoform PA66-GF25 thermal breaks that isolate exterior profiles from interior frames. In sub-zero regions, we incorporate insulated profile chambers filled with aerogel or polyurethane foam, alongside argon-filled triple-pane Low-E glass units, achieving overall U-values down to 0.95 W/(m²·K).
For custom project samples, sample production takes approximately 12–15 days. Bulk order manufacturing standardly requires 25–35 days after final CAD shop drawing sign-off and deposit receipt. DERCHI supports trade partners with flexible project MOQs, accepting single custom villa doors up to full-container commercial schedules.
Each door panel undergoes a multi-layer protective packaging procedure: 1) Surface protective PE film, 2) Impact-absorbing EPE foam edge protectors, 3) Sealed 5-layer corrugated carton, and 4) Heavy-duty, IPPC-certified, fumigation-free plywood crates. Hardware items are packaged separately in labeled boxes for easy job-site sorting.
Yes. Our in-house facade engineering department supplies complimentary 2D CAD detail drawings, cross-sectional anchor details, architectural elevation blocks, and 3D BIM models (Revit format) to ensure seamless inclusion into architectural schedules prior to contract signing.
Explore our premium range of solid cast aluminum, bulletproof security steel, and minimalist architectural entrance solutions.
Partner directly with Foshan’s premier door engineering base. Send us your project schedules, structural openings, or custom design drawings today.
