Aluminum Entry Door For Engineering Projects by DERCHI is a factory-customized entry solution for commercial, institutional, and high-rise developments. Engineered with architectural-grade aluminum and polyamide thermal breaks, the system supports large-scale project specifications with verified thermal, wind, and impact performance data.
- Designed for developers, general contractors, and architects managing demanding building entries.
- Supports glass, finish, hardware, and size customization from project drawings.
- Provides consistent performance for high-traffic lobbies, coastal exposures, and industrial access points.
Product Details
For engineering projects, an aluminum entry door must reconcile heavy daily use with structural and thermal demands. DERCHI’s Aluminum Entry Door For Engineering Projects uses 6063-T5/T6 extruded aluminum frames and multi-chamber polyamide thermal struts to create a rigid, thermally broken barrier. EPDM triple-seal gaskets lock out air and water, while multi-point hardware reinforces the locking perimeter for security and consistent alignment.
Unlike off-the-shelf commercial doors, each unit is built from project-specific drawings. Glass packs can combine laminated, Low-E, or tinted layers to meet specified U-factor, SHGC, or impact standards. The assembly is designed to integrate with curtain wall aesthetics and can be tested to ASTM E1886/E1996 for hurricane zones – subject to configuration and test verification.
Product Features
Architectural-Grade Aluminum Structure: 6063-T5/T6 profiles provide high strength-to-weight ratio and corrosion resistance, essential for tall, wide entry openings in commercial engineering projects.
Thermal Break Insulation: Multi-chamber polyamide struts reduce heat transfer, helping meet energy code requirements for conditioned building envelopes without sacrificing frame rigidity.
Triple-Seal Weather Defense: Three continuous EPDM gaskets form a compression seal that resists wind-driven rain, air infiltration, and sound transmission – critical for lobbies and exposed entries.
Project-Oriented Locking Hardware: Multi-point, tamper-resistant locks and options for smart/biometric integration provide tailored security levels for institutional and high-rise applications.
Verified Performance Data: Example W-Z3 pivot model achieves U-factor 0.38, wind resistance 5 kPa, water tightness 700 Pa – but values must be confirmed per selected configuration.
Full Customization Workflow: Door dimensions, glass make-up, finish, hardware, and opening direction are engineered to project drawings, ensuring site-specific fit without field modifications.
Customizable Styles
Glass Configuration: Double tempered, triple, laminated, Low-E, reflective, or tinted glass, with argon-filled insulating units to dial in thermal and solar performance.
Frame Finish & Color: PVDF fluorocarbon, powder coating, anodizing, or wood grain transfer, with color matching to curtain wall or architectural palette.
Dimensional Customization: Width, height, and jamb depth are tailored from project door schedules and structural requirements, accommodating oversized openings.
Opening Mechanism: Select from pivot, swing, hinge, or folding configurations to suit lobby flow, pressure differentials, and egress planning.
Hardware & Smart Integration: Handles, locks, concealed wiring for access control and BMS connection are specified during engineering review.
Hardware Accessories
Multi-Point Locks: Simultaneously engage top, bottom, and side bolts for uniform compression and forced-entry resistance across the full door height.
Four-Side Six-Point Locking: Tamper-resistant technology that distributes locking force along all four edges, reducing leaf distortion in high-wind zones.
Smart Lock Compatibility: Integrate fingerprint, RFID, or keypad access with concealed wiring for secure, monitored entry in commercial and institutional settings.
Heavy-Duty Hinges & Pivots: Engineered for high-cycle operation; capable of supporting large, heavy door leaves without sagging over time.
Automatic Operator Prep: Frame reinforcement and wiring channels accommodate automatic swing or sliding operators for touchless accessibility requirements.
Basic Parameters
Performance Item | Available Information | Buyer Notes |
|---|---|---|
Thermal Insulation | U-Factor 0.38 (W-Z3 pivot example) | Request U-value specific to your glass and frame configuration; energy modeling may be needed. |
Wind Pressure Resistance | 5 kPa (W-Z3 pivot example) | Confirm design pressure per local building code and provide exposure details for project validation. |
Water Tightness | 700 Pa (W-Z3 pivot example) | Check rating against project-specific water penetration test standards; higher ratings may be achievable with custom sealing. |
Air Tightness | 1.2 m³/(m·h) (W-Z3 pivot example) | Air leakage class can be confirmed by test reports for the installed configuration. |
Sound Insulation | 35 dB (W-Z3 pivot example) | If higher STC ratings are required, specify acoustic laminated glass and request lab test data. |
Product Specifications
Product Type | Aluminum Entry Door For Engineering Projects |
Brand | DERCHI (Dejiyoupin) |
Frame Material | 6063-T5/T6 extruded aluminum |
Thermal Break | Multi-chamber polyamide struts |
Profile Thickness (example) | W-Z3 frame 2.5 mm, leaf 3.0 mm; P103 2.0 mm |
Glass Options | Double tempered, triple, laminated, Low-E, reflective, tinted; argon-filled |
Glass Configuration (example) | W-Z3: 8 mm+21A+8 mm; P103: 5 mm+27A+5 mm |
Opening Style | Pivot, swing, hinge, folding (project-specific) |
Size Range | Custom from door schedule; P103 sash width 350–1100 mm, height 800–2800 mm |
Surface Finish | PVDF, powder coat, anodizing, wood grain |
Hardware | Multi-point, HOPO double handle, smart lock prep |
Customization | Based on project drawings and specification sheet |
Certification Capabilities | CE, NFRC, AS2047, CSA, ENERGY STAR, Miami-Dade NOA (per configuration) |
Lead Time Example | W-Z3 25–35 days after drawing approval and deposit; other series confirm |
Warranty | 5 years (W-Z3); 10 years (P103) – subject to contract terms |
Advantages
Factory-Direct Engineering Support: Technical teams review drawings and specifications to propose optimized profiles, glass, and hardware – reducing design coordination time.
Multi-Series Project Solutions: Pivot, swing, hinge, and folding doors available from one supplier, simplifying procurement for mixed-opening building envelopes.
Verified Performance Testing: Doors can be tested to ASTM E1886/E1996 and achieve Miami-Dade NOA when specified; request test documentation for your configuration.
Global Export Experience: Products have been supplied to over 100 countries with trade terms FOB, CIF, or DDP, along with installation guidance and after-sales support.
Comprehensive Customization Workflow: From color matching (PVDF/powder) to concealed smart hardware prep, each door is built to the project’s unique finish and access control requirements.
Application Scenarios
Apartment: In multi-family developments, these doors provide a durable, thermally broken entry that reduces energy loss at main lobbies and common corridors while accommodating high traffic.
Home Office: For live-work units, a pivot or swing aluminum entry door offers a professional street presence with the option of smart locking and narrow sightlines.
Hotel: Hotel lobbies and entrance vestibules benefit from wide-span pivot configurations, noise-reducing triple seals, and finishes that coordinate with luxury interior design schemes.
Office Building: High-rise commercial towers can specify large, multi-point locked entry systems that meet wind load requirements and integrate with curtain wall mullion aesthetics.
Outdoor: When used in exposed outdoor entryways, sealing and drainage must be confirmed for the chosen configuration; request water tightness and corrosion resistance data appropriate to the climate.
Residential Building: In condo and apartment towers, the door’s thermal break construction and optional Low-E glass support energy code compliance while ensuring a quiet interior environment.
Exterior: For fully exterior applications, buyers should verify wind load capacity and surface finish durability (PVDF recommended) and confirm that the selected hardware is rated for exterior use.
Villa: Custom oversized entry doors with wood-grain transfer or anodized aluminum give villa entrances a refined look; impact-rated glass may be required for coastal locations.
Inquiry Guidance
To request a quote, please share your project location, required size, quantity, preferred frame color, glass type, hardware requirements, and drawings or reference photos if available.
FAQ
What is an Aluminum Entry Door For Engineering Projects?
A factory-custom aluminum door system engineered for commercial and institutional projects, using thermal break frames, multi-point locks, and verified performance data.
How do I get a quote for an aluminum entry door engineering project?
Provide drawings, door schedule, and spec requirements. DERCHI will propose a configuration and give a project-based quotation with FOB, CIF, or DDP terms.
Can the door be customized in size, finish, and hardware?
Yes, dimensions, frame finish (PVDF, powder, anodized, wood grain), glass pack, opening style, and hardware are all tailored from project documents.
What performance testing is available for these project doors?
Example W-Z3 achieves U-factor 0.38, wind 5 kPa, water 700 Pa, sound 35 dB. Actual values depend on configuration; request test reports for your selection.
What certifications and warranty apply?
Certificates like CE, NFRC, AS2047, and Miami-Dade NOA are achievable. Warranty ranges 5–10 years depending on model; exact terms specified in contract.
