Precision-Engineered Polycarbonate, Metal, & Sandwich Envelope Solutions Certified to EN 14782 & EN 1090 Compliance
Engineered to handle severe Carpathian Basin microclimates, our high-tensile corrugated panels, insulated sandwich profiles, and UV-stabilized trapezoidal systems deliver peak wind-uplift tolerance, zero-leak lap sealing, and certified fire resistance.
Browse our field-tested profiles developed for agricultural hubs, automotive logistics corridors, and residential modernization throughout Hungary.
Selecting the optimal sheet depends directly on clear span width, purlin pitch, static snow loads, and local thermal insulation standards (TNM Decree 7/2006).
| Profile / Material Category | Yield Strength & Core | Standard Thickness | Protective Coating | Fire Classification (EN 13501-1) | Primary Industrial Use-Case |
|---|---|---|---|---|---|
| T-35 / T-45 Cold-Formed Steel | S280GD to S350GD | 0.50 mm – 0.75 mm | Zn 275g / Aluzinc 150g + 25µm PE | Class A1 (Non-Combustible) | Industrial halls, agricultural grain sheds, warehouses |
| Rock Wool Insulated Panel | 100–120 kg/m³ Mineral Fiber | 50 mm – 150 mm (Core) | PVDF / HPS200 Ultra Finish | Class A2-s1, d0 / REI 120 | Fire-compartmented factories, chemical manufacturing |
| PIR / PU Core Sandwich Panel | Polyisocyanurate Rigid Foam | 40 mm – 120 mm (Core) | Polyester 25µm silicone-modified | B-s1, d0 (Self-extinguishing) | Cold storage logistics, HVAC-controlled packaging |
| Trapezoidal Polycarbonate | 100% Virgin Sabic/Bayer Resin | 1.0 mm – 6.0 mm Profiled | Co-extruded Double-sided UV 50µm | Class B-s1, d0 | Roof daylighting strips, warehouse skylight integration |
| Multi-layer UPVC T1360 | Engineered Thermo-Polymer | 2.0 mm – 3.0 mm | Gel-coated Anti-Aging ASA Skin | Class B / Self-Extinguishing | Fertilizer production, animal husbandry, electroplating |
Across Pest County, the Southern Great Plain (Alföld), and Transdanubia, structural profiles must endure continental thermal swings ranging from -20°C in winter to +38°C in summer.
Hungary's explosive growth in electromobility hubs (Debrecen, Győr, Göd, and Iváncsa) requires vast clear-span roofs with certified non-combustibility and exceptional acoustic damping. Our structural trapezoidal steel profiles paired with high-density rock wool cores fulfill strict National Fire Protection Regulations (OTSZ) and deliver verified load-bearing performance under immense HVAC weights.
Key Requirement: OTSZ REI 90 / REI 120Fertilizer storage units, grain silos, and intensive livestock sheds in the Great Hungarian Plain suffer accelerated corrosion due to biogenic ammonia vapors and high humidity. Standard galvanized sheets corrode rapidly; our 2.5mm UPVC trapezoidal profiles and thick PVDF coated Galvalume sheets prevent rust, resisting chemical wear without costly periodic recoating.
Key Requirement: Ammonia / Chemical ResistanceStrategically positioned around the M0 orbital motorway, M1 Western corridor, and M5 logistics hubs, modern distribution centers require rapid installation and solar panel retrofitting. Our high-crest trapezoidal sheets (T-35/T-45/T-50) offer the mechanical rigidity required to support heavy photovoltaic arrays without compromising thermal bridges or sheet watertightness.
Key Requirement: Point-Load Solar FasteningHow revised EU energy performance directives, severe weather occurrences, and building modernization subsidies impact trapezoidal specification.
Hungarian building codes have tightened thermal transmittance thresholds for heated industrial envelopes (roof U-value ≤ 0.17 W/m²K). Designers are transitioning from uninsulated single-skin corrugated sheets to thick PIR and mineral wool trapezoidal sandwich systems to prevent heating cost penalties.
Driven by regional energy independence targets, commercial developers now mandate that all new trapezoidal roofs feature static load capacities for solar modules. High-profile trapezoidal ribs allow specialized non-penetrating clamping brackets, preserving long-term warranty integrity.
Central Europe is seeing more frequent high-velocity storms and large hail events. Specifiers are actively pivoting away from thin 0.40mm sheets toward certified structural 0.50–0.75mm steels and co-extruded polycarbonate skylights with HW3/HW4 hail-resistance ratings.
Drawing on an established international legacy since 2009, we engineer complete building envelopes tailored directly to industrial procurement managers and general contractors.
Precision multi-stage continuous roll-forming lines ensure consistent crest angles, strict tolerances, and exact cut-to-length customization, minimizing jobsite scrap and cutting installation timelines.
We source prime zinc-coated and galvalume steel coils with verified metallurgy, delivering minimum 275 g/m² zinc mass and premium anti-UV exterior paint systems that withstand aggressive weather.
Contractors avoid multi-vendor coordination errors. We engineer and bundle trapezoidal panels, profile-matching translucent skylights, cold-formed C/Z purlins, and bespoke flashing systems in one consolidated shipment.
From statics calculations to fastener wind-uplift layout plans, our in-house engineering desk assists site teams with installation schematics and complete EN 1090 performance documentation.
Direct technical answers addressing standards, customs, coatings, and load bearing requirements for contractors across Hungary.
Yes. Our rock wool insulated trapezoidal panels are classified as Euroclass A2-s1, d0 or A1, meeting the strict non-combustibility thresholds mandated by the National Directorate General for Disaster Management (OKF) under OTSZ for industrial facilities, escape routes, and fire-compartmented zones.
According to Eurocode 1 (MSZ EN 1991-1-3) national application documents for Hungary, snow loads range between 0.80 kN/m² and 1.5 kN/m² depending on elevation (e.g., Mátra or Bükk regions). For standard purlin spacings of 1.5m to 2.0m, we typically recommend a minimum steel sheet thickness of 0.50mm to 0.75mm (S280GD/S350GD) to safely avoid excessive deflection.
Yes. We manufacture precision trapezoidal polycarbonate profiles that exactly replicate the rib geometry of our steel and sandwich sheets. This allows seamless lap integration without oversized closure strips, preventing ponding water leaks while providing 85% light transmission and UV resistance.
For standard dry warehousing, a 25µm Polyester coating over 275 g/m² zinc is sufficient. However, for livestock facilities, grain dry-storage, and fertilizer sheds in the Great Plain, we recommend 50µm Polyurethane (Pural), PVDF, or specialized multi-layer UPVC panels to counter acidic condensation and ammonia gas.
Sheets can be rolled to custom lengths up to 13.6 meters to fit standard European mega-trailers. Bundles are protected with waterproof plastic wrap, wooden dunnage, and corner protectors to ensure scratch-free arrival at job sites in Budapest, Debrecen, Kecskemét, or Miskolc.
Yes. We offer fully integrated building envelopes. Ridge caps, drip edges, barge boards, eaves trims, and self-drilling bi-metal EPDM screws can be manufactured from the same coil batch to assure identical color consistency, coating warranty, and thermal performance.