Engineered for climate resilience, structural rigidity, and modern aesthetic elegance in high-end residential and commercial developments.
A globally trusted B2B OEM/ODM manufacturer backed by 11 years of structural engineering excellence and advanced digital supply-chain integration.
Established in 2017, Foshan Primeval Doors Industry Co., Ltd. operates from a state-of-the-art manufacturing campus spanning over 12,000 m². Anchored by 11 years of deep industry engineering experience and 5 years of dedicated international export trade, our facility achieves an annual export volume exceeding USD 8,500,000.
Our strategic focus covers direct OEM export and private-label custom manufacturing, empowering commercial wholesalers, architectural firms, and building supply importers across primary markets in Australia, New Zealand, and North America. Through lean manufacturing principles and real-time ERP process monitoring, we ensure rapid turnarounds without compromising structural integrity.
Navigating stringent building energy codes, extreme weather events, and structural fenestration trends in B2B project procurement.
Modern international building regulations (including IECC in North America and NCC in Australia) demand unprecedented U-factor ratings and Solar Heat Gain Coefficient (SHGC) performance. Our OEM thermal break technology utilizes reinforced PA66GF25 polyamide barrier strips, preventing thermal bridges across metal frames. This reduces building HVAC loads by up to 35%, aligning with Net-Zero carbon targets.
Coastal and hurricane-prone geographical zones require fenestration systems capable of enduring cycling pressure and heavy windborne debris impact. By pairing T6-tempered structural aluminum extrusions with laminated PVB/SGP interlayers and continuous heavy-duty hinges, our door systems meet rigorous Florida Building Code (NOA/FPA) standards and Australian AS2047 wind pressure thresholds.
Architectural aesthetics have shifted rapidly toward floor-to-ceiling glass installations that maximize natural daylight harvesting. Our OEM slimline series features interlocking sash profiles as narrow as 20mm while maintaining high moment of inertia ($I_x$) values, supporting heavy glass payloads without deflection or frame distortion.
Every profile undergoes rigorous metallurgical quality control, micron-level machining, and complete commissioning prior to final release.
Our 12,000m² production floor is equipped with specialized European-standard digital machinery for consistent execution.
Collaborating with global architects, project developers, and wholesalers to turn architectural concepts into certified reality.
For client brands seeking proprietary market distinction, our 38-engineer R&D division handles the entire lifecycle: initial design sketch → 3D prototype printing → extrusion die tooling fabrication → sample testing → international certification batch production. Last year alone, our R&D group released 75 new entrance door systems to international markets.
Engineered specifically to satisfy strict regional building codes in Australia, North America, and Europe.
Tested for water penetration resistance (up to 450Pa), ultimate strength deflection (up to 3000Pa), and air infiltration compliance under AS2047. Fitted with Grade A safety glass meeting AS1288 mandates for luxury modern coastal villas and residential towers across Sydney, Melbourne, and Auckland.
Compliant with NFRC testing protocols for whole-window U-factor and SHGC values. Featuring hurricane-rated impact designs with Florida Building Code (NOA/FPA) approval for coastal hurricane zones, as well as customized PTAC louvers for high-end hospitality chains (Hilton, Holiday Inn).
Engineered to fulfill European EN 14351-1 fenestration criteria. Equipped with high-performance UV-resistant EPDM weather-stripping and heat-reflective low-emissivity glass packages capable of enduring high solar radiation in desert climates without color degradation or gasket shrinkage.
Pioneering the next generation of intelligent, energy-positive, and ultra-durable architectural entrance systems.
Integrating ultra-thin 0.3mm vacuum gaps into double glazing to achieve center-of-glass U-factors below 0.6 W/m²K, matching thick masonry wall insulation.
Developing Building-Integrated Photovoltaic (BIPV) transom and sidelite glass that generates clean electricity while maintaining high light transmission.
Seamlessly concealing 3D facial recognition modules, biometric fingerprint scanners, and motor-driven multi-point deadbolts inside slim profiles.
Embedding micro-transducers within internal frame cavities to actively counteract low-frequency urban traffic noise by up to 50dB.
Explore our specialized architectural solutions for luxury residences, commercial entranceways, and hospitality projects.
Technical clarifications regarding B2B procurement, OEM branding, certifications, and structural parameters.
Primeval Doors
