Engineered with multi-cavity polyamide thermal breaks, triple Low-E argon glazing, and sub-zero rated motorized actuators tailored to Russia's climate zone standards.
The Greater Moscow metropolitan area—including the rapid expansion across New Moscow (Novaya Moskva) and major urban revitalization programs within the Central Administrative Okrug—represents one of Europe’s most demanding architectural landscapes. Commercial developments, high-density residential complexes, and luxury suburban villa estates along the Rublyovo-Uspenskoye and Novorizhskoye highways require advanced fenestration solutions that combine architectural elegance with severe-weather endurance.
As a global primary manufacturer and direct exporter, Ningbo Novax Building Materials Co., Ltd. delivers specialized architectural aluminum skylights engineered specifically to navigate Moscow's severe climate challenges. Under Russian national building norms, including SP 50.13330.2012 (Thermal Protection of Buildings) and SP 20.13330.2016 (Loads and Actions), standard daylighting structures often succumb to thermal bridging, interstitial condensation, and structural frame deformation under heavy snow accumulation.
Our specialized export portfolio bridges this engineering gap. By deploying multi-chambered polyamide thermal breaks (PA66GF25), structural silicone secondary sealants, and triple-pane insulated glass units (IGUs) with argon gas filling, Novax skylights maintain an exceptional overall thermal transmittance index ($U_w \le 0.78 \text{ W/m}^2\cdot\text{K}$), guaranteeing indoor thermal comfort during sub-zero Moscow winters reaching -30°C.
Architects and structural engineers in Moscow face unique challenges: heavy snow drift load, freeze-thaw thermal expansion cycles, and strict energy efficiency codes. Here is how Novax technology overcomes them.
Our extrusion profiles incorporate 34mm reinforced Polyamide (PA66GF25) thermal insulation strips. This multi-chamber configuration eliminates cold bridges across the frame, preventing internal frost formation even during long freezing periods in Moscow's climate zone.
Utilizing Low-E tempered safety glass combined with warm-edge composite spacers (Swisspacer / Technoform) and 90%+ Argon gas fill. This architecture maximizes daylight transmission while preventing thermal radiation loss and reducing heating loads.
Optional transparent conductive electro-thermal glass coating systems automatically melt accumulated snow and ice (up to 2.4 kPa load rating). Ensures continuous daylight access and prevents dangerous roof ice damming during winter thawing cycles.
Electric chain and linear actuators fitted with low-temperature lubrication systems and IP65 waterproof housing. Fully operational at -40°C, integrating seamlessly with Russian Smart Home protocols (KNX, Modbus, Wi-Fi) and automatic wind/rain/snow sensors.
Synthetic EPDM rubber gaskets engineered for elastic stability down to -50°C. Multi-stage pressure equalization drainage channels ensure complete water tightness under heavy driving rain and melting ice water pressure.
Structural 6063-T6 aluminum profile frames finished with high-durability Qualicoat Class 2 powder coating or fluorocarbon (PVDF) painting. Superior resistance against industrial atmospheric pollutants, UV degradation, and winter road salt aerosols.
Explore our export-ready range of motorized, manual, fixed, roof-hatch, and frameless skylight systems engineered for residential and commercial deployments across Moscow and the Russian Federation.
Registered in 2017, Ningbo Novax Building Materials Co., Ltd. operates from an expansive production footprint of 40,000 square meters. Rooted in 9 years of specialized architectural fenestration industry experience and 6 years of international trade operations, our enterprise achieves an annual export volume exceeding $30 million USD.
Our strategic export footprint covers North America, the Caribbean, South America, and key Eurasian markets including Russia and the Commonwealth of Independent States (CIS). We specialize in serving commercial project developers, facade engineering contractors, structural hardware importers, and residential development groups.
Quality assurance is executed by a dedicated team of 60 QC specialists conducting rigorous structural load testing, hydrostatic pressure resistance validation, and severe storm/snow impact resistance checks. Supported by robust supply chain partnerships with over 1,100 qualified raw material vendors, Novax offers unprecedented customization—ranging from heavy-duty thermal break extrusions and fluorocarbon surface treatments to integrated IoT micro-actuator sensors. Driven by 72 R&D engineers, we successfully launched 85 innovative skylight and architectural window models in the past year alone.
















From custom structural CAD engineering to streamlined Eurasian Economic Union (EAEU) customs logistics, Novax ensures end-to-end reliability for Russian importers and developers.
We provide direct sea-rail multimodal transportation solutions linking Ningbo Port with major Moscow freight logistics nodes (such as Vorsino, Silikatnaya, and Belorussky freight terminals). Secure containerized packaging ensures damage-free transit across long inland rail routes.
Novax products can be supplied with complete technical documentation, including CAD shop drawings, calculation reports aligned with Russian SNiP guidelines, and full assistance for EAC (Eurasian Conformity) declaration and GOST testing compliance.
Whether supplying standard sizes for villa roof windows or engineered custom daylighting domes for Moscow commercial shopping malls, our 72 R&D engineers adapt profile thickness, glass build-ups, and hardware finishes to match exact project specifications.
Novax is pioneering sustainable, ultra-insulated, and AI-enabled skylight architectures for the next decade of northern climate construction.
Integrating semi-transparent monocrystalline solar cells within the outer laminated glass layer of fixed and openable skylights. Enables commercial developments in Moscow to generate clean solar energy during summer while retaining extreme thermal insulation in winter.
Incorporating nano-porous aerogel blankets within the aluminum profile cavities. This innovation drops overall thermal transmittance to $U_w < 0.60 \text{ W/m}^2\cdot\text{K}$, establishing new benchmarks for passive house designs in sub-zero regions.
Integrating IoT sensor clusters that interface with local weather radar data. Skylights automatically adjust sunshades, activate edge heating elements before snowfall begins, and manage indoor air exchange based on CO2 and humidity tracking.
Utilizing titanium dioxide (TiO2) photocatalytic and hydrophobic outer glass coatings. UV light breaks down organic dirt, allowing snow melt and rain to wash away residue, maintaining maximum glass clarity with minimal physical maintenance.
Expert insights regarding technical compliance, thermal performance, snow load engineering, and international shipping to Russia.
Gain a competitive edge with high-performance, factory-direct thermal break aluminum skylights engineered for extreme sub-zero reliability. Contact our engineering team today for technical consultation, structural calculations, and competitive B2B wholesale pricing.
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