Precision-engineered high-performance double and triple-glazed windows specifically calibrated for Nordic weather extremes, severe ocean storms, and strict TEK17 thermal efficiency benchmarks.
Engineered for extreme Nordland thermal fluctuations, combining high-tensile internal chambers with triple warm-edge glazing.
Designed specifically for coastal exposure in Western Norway (Bergen/Ålesund) featuring Class 9A water tightness.
Outswing architectural profile built for high wind loads, coastal rain resistance, and heavy snowfall accumulation environments.
Standard-setting white UV-stabilized UPVC profile crafted for Scandinavian residential renovations and housing projects.
Narrow frame sightlines maximize indoor natural light during low-daylight Nordic winters without sacrificing thermal insulation.
Triple-sealed co-extruded gaskets provide maximum airtightness against intense arctic drafts and extreme sub-zero winds.
Asymmetric acoustic double/triple glass configuration engineered for urban developments near transit corridors in Oslo and Trondheim.
Classic aesthetic matched with state-of-the-art fenestration tech. Ideal for premium Norway mountain lodges (Hytter) and historic retrofits.
A comprehensive technical whitepaper analyzing material dynamics, building code integration, and energy performance requirements across Scandinavian sub-zero environments.
Norway's mandatory regulations (TEK17 Section 14-2) impose strict energy limits requiring whole-window thermal transmittance ($U_w$) values below 0.80 - 1.2 W/m²K. Our custom exported UPVC profiles utilize multi-chamber designs paired with low-emissivity (Low-E) soft-coat coatings and 95% Argon filled Insulating Glass Units (IGUs) to comfortably exceed these benchmarks.
Standard PVC degrades and becomes brittle under extreme cold. Our export formulations feature high-impact modification using acrylic polymers and Titanium Dioxide (TiO₂) UV stabilizers. Tested down to -40°C, these profiles maintain high structural elasticity, resisting micro-cracking during freeze-thaw cycles common in continental regions like Røros and Finnmark.
Coastal installations across Bergen, Stavanger, and the Lofoten Archipelago face aggressive salt-spray fog and horizontal wind-driven rain exceeding 1000 Pa. Unlike traditional timber frames that rot or aluminum frames susceptible to galvanic corrosion without specialized treatments, UPVC is entirely non-reactive, non-porous, and impervious to ocean corrosion.
Wind loads along the Norwegian Atlantic coast can reach severe design pressures. Our UPVC fenestration products integrate continuous hot-dipped galvanized steel profile inserts within the central hollow chamber. This structural backbone limits frame deflection under hurricane-force winds (Class C5/B5 according to EN 12210), ensuring uninterrupted perimeter air sealing and smooth mechanical operation of sash hinges during extreme gales.
Comparing structural longevity, thermal isolation performance, and lifetime operational expenses for Norwegian commercial and residential building sectors.
| Performance Indicator | Arctic UPVC Multi-Chamber | Thermal Break Aluminum | Nordic Softwood / Timber |
|---|---|---|---|
| Thermal Transmittance ($U_w$) | 0.72 – 0.85 W/m²K (Superior) | 1.1 – 1.4 W/m²K (Moderate) | 1.0 – 1.3 W/m²K (Good) |
| Salt Fog / Marine Resistance | 100% Corrosion Proof | Requires Anodizing/Marine Coating | Prone to Rot & Surface Decay |
| Maintenance Requirements | Zero Painting / Easy Wipe Down | Occasional Anodized Inspection | Repainting Every 3–5 Years |
| Sub-Zero Impact Strength | Tested to -40°C Impact Class V | High Strength / Cold Bridge Risk | Susceptible to Thermal Cracking |
| 50-Year Total Cost of Ownership | Lowest Lifecycle Cost | High Initial Investment | High Maintenance Overhead |
Custom fenestration solutions engineered for specific regional building architectures and geographic demands.
Locations: Trysil, Geilo, Hemsedal, Lillehammer
High-altitude cabins experience massive temperature differentials ($\Delta T > 50^\circ\text{C}$) between heated indoor living space and sub-zero outdoor mountain air. Our triple warm-edge spacer technology eliminates perimeter condensation, preventing ice damming along lower window beads and protecting wood interior trim.
Locations: Bergen, Ålesund, Haugesund, Kristiansand
Western coastal dwellings face near-constant humidity and horizontal storm rains. Outswing and Tilt-and-Turn UPVC windows equipped with multi-point perimeter locking cams compress weather-stripping evenly, guaranteeing zero moisture ingress under extreme rain pressure (Class E1050).
Locations: Oslo, Trondheim, Drammen, Bærum
Urban density demands maximum acoustic dampening and high natural solar heat gain (g-value) during short winter days. Our extra-narrow profile frames combined with laminated soundproof glass reduce city traffic noise by up to 48 dB while helping lower central building heating energy loads.
Combining over 50 years of direct manufacturing inheritance with precise custom engineering for international export.
Operating since 1973, our state-of-the-art manufacturing facility controls every aspect of production under one roof. From cutting, welding, multi-chamber extrusion, to automated glass unit insertion—we do not rely on third-party sub-assemblers. This direct oversight ensures stringent adherence to dimensional tolerances down to 1/8-inch (3mm) on all standard or non-standard opening schedules.
All exported window units undergo structural load testing, air leakage validation, and thermal imaging checks before export packaging. Fully compliant with European standard EN 14351-1, our products hold complete documentation for seamless customs clearance, TEK17 verification, and municipal building approval throughout Norway.
Whether supplying modular new-build apartment complexes or custom arch-top replacement units for heritage timber buildings, our engineering shop handles trapezoids, arch tops, bow assemblies, and custom grid layouts with short production lead times.
Exporting fenestration to Norwegian ports (Oslo, Brevik, Bergen) requires heavy-duty protection against transit moisture and ocean movement. We utilize reinforced steel-strapped wooden crates with vapor-barrier wrapping, ensuring zero glass breakage or frame warp during sea shipping.
Technical, logistical, and code-compliance answers for contractors, architects, and window importers in Norway.
Yes. TEK17 requires a maximum total heat transmittance ($U_w$) for windows in residential buildings. Our triple-glazed multi-chamber UPVC windows achieve $U_w$ values as low as 0.72 - 0.78 W/m²K, well within the TEK17 requirement of $\le 0.80 - 1.2 \text{ W/m²K}$. Complete CE technical passports and EN test reports are supplied with every export shipment.
Our profiles are manufactured using Arctic-grade high-impact PVC polymer blends enriched with specialized impact modifiers and Titanium Dioxide ($TiO_2$). This prevents the material from becoming brittle at temperatures down to -40°C, absorbing structural stress from freezing ground movements and heavy roof snow loads without frame distortion.
We supply heavy-duty European multi-point locking mechanisms (such as Winkhaus or Maco compatible systems) crafted from high-grade anti-corrosion treated steel. Multiple locking mushroom cams engage securely into frame keeps around the sash perimeter, preventing air infiltration even during extreme coastal pressure storms (EN 12210 Class C5/B5).
Absolutely. Because all units are manufactured to order directly from field schedules or architectural blueprints, we cut and weld to exact 1/8-inch (3mm) dimensions. We regularly manufacture arch-top windows, odd-angle trapezoids for gable ends, and classic French casements with internal grid bars.
For city developments in Oslo, Bergen, or Trondheim, we recommend asymmetrical triple glazing (e.g., 6mm outer toughened glass + 16mm Argon gap + 4mm middle glass + 16mm Argon gap + 6.4mm inner acoustic laminated safety glass). This configuration breaks sound wave harmonics, delivering an acoustic reduction rating up to $R_w + C_{\text{tr}} = 45 - 48\text{ dB}$.
Standard manufacturing time is 2 to 3 weeks depending on project scale. Containerized sea shipping to major Norwegian ports such as Oslo, Larvik, or Bergen typically takes 25 to 35 days. We provide full export documentation including Commercial Invoices, Packing Lists, Certificates of Origin, and Bill of Lading.
Get in touch with our engineering export team today to receive detailed technical datasheets, TEK17 test reports, CAD profile drawings, and direct factory wholesale pricing for your project.