Factory-direct structural steel profiles, high thermal performance composite sandwich panels, and cold-formed secondary framing fabricated to withstand the freezing thermal cycles, heavy snow loads, and marine environments of Norway.
Galvalume core with volcanic stone chip coating. Designed to suppress gale-force rain noise, prevent sliding snow-slab hazards, and resist salt spray across western fjords.
Architectural crimp-curved profile sheets in anthracite grey. Ideal for modern industrial hangars, grandstand canopies, and transport hubs demanding high aerodynamic wind-shedding.
Cold-formed structural steel purlins engineered with high yield strength (S350GD/S450GD) and heavy zinc coatings (Z275-Z350) for roof truss integration under heavy Nordic snow loads.
Euroclass A1 non-combustible mineral wool core with perforated inner skin. Meets strict NS-EN 13501-1 fire barrier regulations and dampens heavy machinery noise in logistics centres.
Food-safe organic coatings (FoodSafe PVC/PVDF) bonded to insulated cores. Developed for salmon processing plants, pharmaceutical labs, and commercial refrigeration facilities across Troms and Vestland.
Heavy-duty weather-sealed LED perimeter signal systems. High-visibility warning units used for logistical perimeter management and mobile installation vehicles during harsh Arctic night operations.
Deep-ribbed galvanized trapezoidal composite decking. Provides permanent formwork and tensile reinforcement for multi-story industrial logistics centres and commercial mezzanines.
CNC pre-punched continuous structural wall girts and roof purlins. Tailored for rapid erection with zero on-site hot work, lowering total crane and labour costs across Norwegian job sites.
Operating high-precision continuous panel laminators and roll-forming equipment since 2009, our facility supplies certified insulated sandwich panels, metal deck profiles, and cold-formed framing to Norwegian general contractors (totalentreprenører) and industrial specifiers seeking full supply chain accountability.
Specifying building envelope systems across Norway demands specialized metallurgical and thermodynamic consideration. Projects along the 25,000 km coastline—from Kristiansand and Stavanger to Bergen, Ålesund, and Bodø—are subjected to extreme ISO 12944 atmospheric corrosivity categories (C4 and C5-M). Simultaneously, inland industrial developments in Viken, Innlandet, and Trøndelag encounter deep sub-zero winter temperatures, persistent thermal cycling, and high snow loads governed by Eurocode 1 (NS-EN 1991-1-3).
To satisfy the Norwegian Planning and Building Act (Plan- og bygningsloven) and the technical regulations of TEK17, commercial and industrial buildings must maintain uncompromising energy efficiency, airtightness, and structural resilience. A standard generic cladding panel fails when exposed to the accelerated thermal contractions, driving wind-rain penetration, and saline atmospheric exposure characteristic of the Norwegian Sea.
TEK17 mandates strict U-value thresholds for industrial outer walls (≤ 0.18 W/(m²·K)) and roofs (≤ 0.13 W/(m²·K)). Our PIR and continuous polyisocyanurate formulations deliver thermal conductivities as low as λ = 0.020 W/(m·K). Utilizing double tongue-and-groove side joints with integrated EPDM factory-applied vapor barriers, our panels completely sever thermal bridges, eliminating the condensation problems commonly caused by extreme indoor-to-outdoor temperature gradients.
For industrial structures within 3 km of the open shoreline, standard 25µm polyester coatings degrade quickly due to micro-cracking and salt-fog penetration. We supply cladding coils laminated with high-build Polyurethane-Polyamide (PUR-PA 50µm), PVDF (70/30 Kynar), and Plastisol coatings layered over heavy zinc (Z275/Z350) or Aluzinc (AZ150/AZ185) hot-dip metallic alloy cores. These coatings provide RUV4 UV resistance and achieve over 1,500 hours of continuous neutral salt spray resistance (EN 13523-8).
Norwegian ground snow loads ($s_k$) frequently exceed 3.5 to 6.5 kN/m² in higher-altitude industrial belts. Our corrugated profiles and structural decking are cold-formed from high-tensile structural steel (S320GD through S450GD). Engineered profile depths (from 35mm to 150mm structural decks) maximize section modulus ($W_x$) and moment of inertia ($I_x$), permitting wide purlin spacing without excessive deflection ($L/200$ under serviceability limit states).
From aquaculture processing facilities on the western coast to heavy logistics parks outside Oslo, our cladding systems are purpose-designed for critical Scandinavian operational conditions.
Processing plants in Vestland and Møre og Romsdal encounter persistent high humidity, chemical wash-downs, and aggressive marine air. Our panels with interior food-safe PVC/PET films prevent fungal growth and survive daily caustic sanitization routines without surface delamination.
Supply hubs at Mongstad, Dusavik, and CCB Ågotnes face direct gale-force wind-uplift pressures and salt-fog saturation. We specify heavy-gauge trapezoidal outer skins anchored with bimetallic A4 (AISI 316) marine fasteners, engineered to resist gust pressures up to 2.4 kPa.
Large-scale distribution facilities around Gardermoen, Vestby, and Moss require stable indoor environments down to -28°C. Our 150mm–200mm thick continuous PIR panels deliver superior airtightness (n50 < 0.5 h⁻¹), minimizing refrigeration power draw during peak grid tariffs.
Emerging battery facilities, data centers, and hydrogen projects in Mo i Rana, Arendal, and Narvik require strictly non-combustible building envelopes. Our A1/A2-s1,d0 Rockwool sandwich panels ensure EI60 to EI240 fire compartment separation to protect critical equipment.
The construction landscape in Norway is undergoing a structural shift driven by national decarbonization goals. Totalentreprenører (general contractors) are no longer selecting cladding purely on initial material unit cost. Procurement decisions are now heavily steered by lifecycle carbon assessments, transparent Environmental Product Declarations (EPDs), and building certification schemes.
Norwegian building regulations increasingly require project carbon accounting (Klimagassregnskap) according to NS 3720. Our manufacturing line uses high-recycled-content hot-rolled substrate coils and ozone-neutral blowing agents (GWP < 1, ODP = 0). This provides documented low embodied carbon per square meter to help projects meet strict BREEAM-NOR v6.0 "Excellent" and "Outstanding" thresholds.
Norwegian municipalities are encouraging reversible construction assemblies. Our cold-formed purlin systems, hidden-fix architectural wall panels, and demountable floor decks are manufactured with standardized modular hole punchings, allowing clean end-of-life deconstruction, sorting, and 100% metallurgical recycling without structural destruction.
With high peak power costs in southern Norway (NO2 price area), industrial building owners are actively transforming massive warehouse roofs into solar power generators. Our high-profile trapezoidal roof systems and load-bearing structural decks are pre-engineered with higher moment capacities, easily supporting ballasted or clamped PV array loads up to 0.25 kN/m² without structural overstress.
Evaluate our exterior coating technologies and core insulation materials to balance corrosive exposure life expectancy against target project thermal requirements.
| Coating System | Nominal Thickness | Corrosion Class (ISO 12944) | UV Resistance (EN 10169) | Recommended Norwegian Environment |
|---|---|---|---|---|
| Standard Polyester (PE) | 25 µm | C2 - C3 | RUV2 - RUV3 | Inland warehouses, low-condensation dry storage (Innlandet, Hedmark) |
| High-Durable Polyester (HDP) | 35 µm | C3 - C4 | RUV4 | Semi-coastal light industrial, rural agriculture (Viken, Trøndelag) |
| Polyurethane-Polyamide (PUR-PA) | 50 µm | C4 - C5-M | RUV4 (Extreme) | Harsh marine coastlines, aquaculture plants, coastal ports (Bergen, Stavanger) |
| Polyvinylidene Fluoride (PVDF) | 27 - 35 µm | C4 | RUV4 (Superior Gloss) | Urban architectural facades, airports, high UV alpine structures (Oslo, Tromsø) |
| FoodSafe Plastisol / PVC Film | 120 - 150 µm | C5-I / C5-M | RUV3 | Internal fish gutting rooms, high-chemical cold storage, dairy plants |
| Core Type | Thermal Conductivity (λ) | Density Range | Euroclass Reaction to Fire | Structural Acoustic Damping |
|---|---|---|---|---|
| Polyisocyanurate (PIR) | 0.020 - 0.022 W/(m·K) | 38 - 42 kg/m³ | B-s1, d0 | Rw ≈ 25 - 27 dB (Lightweight thermal envelope) |
| High-Density Rockwool | 0.038 - 0.042 W/(m·K) | 100 - 120 kg/m³ | A1 / A2-s1, d0 (Non-combustible) | Rw ≈ 32 - 36 dB (Acoustic perforation option) |
| Expanded Polystyrene (EPS) | 0.033 - 0.037 W/(m·K) | 15 - 20 kg/m³ | E / D-s3, d0 | Rw ≈ 23 - 25 dB (Economical partition walls) |
Working directly with an established international manufacturer gives Norwegian engineering firms and purchasing directors significant technical and commercial advantages. We integrate complete envelope production under one roof, eliminating sub-supplier margin stacking and profiling incompatibility.
We do not just supply panels. We supply full, matched systems including cold-formed Z & C purlins, high-span composite floor decking, translucent polycarbonate skylights matching metal profiles, custom flashings up to 6.4 meters, EPDM thermal breaks, and structural bimetal fasteners. All items are delivered under coordinated bundle tags matching site erection drawings.
Minimize on-site end-lapping on long roof pitches. Our high-speed continuous foaming lines cut sandwich panels and corrugated sheets to exact millimeter tolerances up to 18 meters long, significantly lowering installation times and removing vulnerable horizontal lap joints exposed to driving snow and freeze-thaw cycles.
Shipping large-format cladding requires robust packaging. Our export shipments are wrapped with high-micron protective films, reinforced corner protectors, heavy-duty timber skids, and moisture-absorbing silica packets. Cargo moves via direct sea freight shipping containers and break-bulk charter directly into major Norwegian hub ports: Oslo, Kristiansand, Stavanger, Bergen, Ålesund, and Trondheim.
Technical answers for structural engineers, project managers, and purchasing officers evaluating our industrial cladding and sandwich panel packages.
Yes. All factory-produced insulated sandwich panels hold harmonized European Standard CE marking per EN 14509:2013 (self-supporting double skin metal faced insulating panels). Our structural cold-formed purlins and floor decking strictly adhere to EN 1090-1 / EN 1090-2 (Execution of steel structures), complete with Factory Production Control (FPC) audit documentation and 3.1 Material Test Reports (EN 10204).
For walls requiring a U-value of ≤ 0.18 W/(m²·K), our 120mm continuous PIR core provides a verified U-value of 0.165 W/(m²·K). For industrial roof assemblies where TEK17 mandates ≤ 0.13 W/(m²·K), we supply 150mm and 160mm PIR roof systems that achieve 0.125 W/(m²·K). Rockwool sandwich panels are available in thicknesses up to 200mm to reconcile high thermal requirements with fire compartmentalization.
For installations within 3–5 kilometers of the shoreline (such as salmon harvest stations, offshore shore bases, and dry docks), we recommend a 50µm Polyurethane-Polyamide (PUR-PA) or PVDF coating over a minimum Z275 zinc substrate or AZ150 Aluzinc. Standard 25µm polyester coatings are restricted to indoor dry storage or inland non-saline zones (ISO 12944 C2–C3 environments).
Yes. Our in-house engineering team provides load-span calculation tables and structural modeling according to Eurocode 3 (NS-EN 1993-1-3) and Eurocode 1 (NS-EN 1991-1-3). We verify allowable deflections under combined dead loads, wind uplift, and localized snow drift accumulations—especially for parapet junctions and roof valleys.
Materials are loaded into 40ft Open-Top or 40ft High Cube containers equipped with reinforced strapping and weather-tight vapor barrier packaging. Containerized shipments arrive at main Norwegian ports (Oslo, Stavanger, Bergen, Trondheim) with scheduled ocean sailings. Direct break-bulk charters can be arranged for large projects requiring fast-track delivery.
Yes. We manufacture matching perimeter flashings, ridge caps, drip trims, curved eaves, internal corner closures, and custom-folded profiles up to 6.4 meters in identical steel gauge, color, and coating formulation (e.g., RAL 7016, RAL 9006, RAL 9010) as your primary wall and roof panels, ensuring color harmony and uniform aging across the entire building envelope.
Connect directly with our building envelope engineering desk. Send us your project elevations, required insulation core, U-value targets, and site location in Norway to receive a comprehensive structural proposal, load-span verification, and factory-direct quotation.