Engineered sandwich panels, acoustic non-combustible partitions, and airtight industrial access systems specified for Austrian industrial parks, distribution logistics, and controlled processing environments.
Stainless steel hinged and automated sliding portal solutions equipped with integrated electric defrost perimeter heaters and airtight sealing perimeter.
Single-slot precision interlocking wall panels engineered for rapid internal partition division in ambient warehousing and chilled processing lines.
Continuous basalt stone wool cored trapezoidal roof panels delivering high load-bearing integrity against heavy Austrian alpine snow accumulation.
Galvalume (Alu-Zinc) substrate architectural roofing tiles with anti-weathering volcanic quartz granulate, engineered for 50-year service life.
Extruded polystyrene (XPS) rigid board engineered for under-screed installation in heavy-load forklift corridors and sub-zero freezer floors.
High-density lamella mineral wool core panels delivering up to 34 dB sound attenuation and non-combustible fire barrier protection up to EI120.
Food-grade stainless steel face panels with high-density polyurethane injected core, engineered for HACCP-compliant facilities and cold distribution.
Ultra-low thermal conductivity wall panels with dual-labyrinth joints, guaranteeing vapour-tight containment in chillers, cold stores, and pharma hubs.
Industrial wall cladding in the Republic of Austria operates under one of the European Union's most stringent building regulatory frameworks. Governed regionally by the state building authorities (Bauordnungen der Bundesländer) and unified through the Austrian Institute of Construction Engineering (Österreichisches Institut für Bautechnik - OIB), modern commercial and industrial developments must meet exacting parameters regarding thermal protection, energy economy, structural longevity, and fire containment. Specifically, OIB-Richtlinie 6 (Energieeinsparung und Wärmeschutz) sets non-negotiable threshold thermal transmittance (U-values) for external building envelopes, compelling general contractors and engineering consultants to deploy advanced polyisocyanurate (PIR) and mineral rock wool sandwich panels that actively suppress thermal bridging.
Austria's diverse topography—ranging from the Continental climate zones of Lower Austria and Vienna to the demanding Alpine frost zones of Tyrol, Salzburg, Carinthia, and Vorarlberg—imposes severe thermo-mechanical stresses on industrial building envelopes. Extreme seasonal temperature deltas (frequently exceeding 55°C between peak summer solar radiation and winter sub-zero troughs) cause significant linear expansion and deflection in single-skin and composite metal panels. Our continuous manufacturing technology utilizes structural hot-dip galvanized steel skins (conforming to EN 10346, minimum S280GD to S350GD grades with zinc coatings of Z275 or zinc-magnesium ZM120/ZM310) bonded to thermoset PIR cores with proprietary multi-component adhesive matrices. This composite integrity completely resists thermal bow effect (Bi-Metall-Effekt), preventing delamination, oil-canning, and acoustic creaking even across multi-span industrial facades in Upper Austria’s industrial heartlands.
"In modern Austrian industrial procurement, specifying envelope elements without factory-certified EN 14509 Declaration of Performance (DoP) and audited Life Cycle Assessments (LCA) creates direct exposure to statutory approval rejections during local Gewerbebehörde facility licensing."
Fire compartmentation in large-footprint logistics centres, automotive manufacturing facilities, and automated high-bay warehouses across Styria and Vienna requires strict adherence to OIB-Richtlinie 2 (Brandschutz). In compliance with EN 13501-1 European classification, our product portfolio provides specifiers with dual structural solutions:
1. Class B-s1, d0 PIR Envelopes: Formulated using high-index polyisocyanurate formulations that form an inert protective carbonaceous char upon direct flame exposure. These panels release minimal smoke emissions (s1) and exhibit zero flaming droplets (d0), making them the industry benchmark for commercial logistics hubs seeking favorable property insurance classifications (such as FM Global or VdS approvals).
2. Class A2-s1, d0 Non-Combustible Rockwool Barriers: Utilizing oriented structural stone mineral wool lamellas oriented perpendicular to the steel facings. Capable of withstanding temperatures exceeding 1,000°C, these panels provide up to 120 minutes of certified fire integrity and insulation (EI 120 according to EN 1364-1), serving as mandatory fire separation partitions (Brandwände) between adjacent production lines, chemical battery storage rooms, and shared property boundaries.
Tailored structural panel configurations deployed across the distinct geographical and operational industrial clusters of Austria.
Automotive tier-1 suppliers and mobility engineering centres in the ACstyria cluster demand high acoustic damping and vibration isolation. Our structural rockwool wall panels provide verified sound reduction indices of up to Rw = 34 dB, dampening severe stamping press noise and engine test-bed harmonics while fulfilling regional environmental noise limits (ÖNORM S 5004).
The multimodal freight gateways surrounding Schwechat, Enns, and St. Pölten operate fast-turnaround e-commerce and pharmaceutical fulfilment hubs. We supply continuous PIR wall panels in lengths up to 16.5 metres for expedited crane installation, optimizing building airtightness below n50 ≤ 0.6 h-1 to achieve Passivhaus-standard cold-chain energy efficiency.
Metal refining, machinery manufacturing, and dairy/meat processing facilities across Upper Austria require resilient, chemical-resistant envelope linings. We provide factory-applied food-safe PVC Plastisol (200 µm) and PVDF coatings resistant to aggressive wash-downs, high-pressure steam, and organic acids, preventing microbial harbor points under HACCP guidelines.
The Austrian industrial construction sector is experiencing a structural pivot towards Klimaneutralität 2040 (Austria’s national carbon neutrality target, set ten years ahead of the broader EU deadline). This legislative drive has made life-cycle carbon calculations and roof-mounted photovoltaic integration core considerations in building envelope procurement.
With several Austrian federal states mandating commercial rooftop solar generation for new developments, structural wall and roof panels must withstand additional dead loads and wind suction forces without suffering fatigue delamination. Our trapezoidal rockwool and high-density PIR composite panels are engineered with high yield steel outer skins (0.60 mm - 0.75 mm) and integrated fastener-reinforcement channels, allowing direct non-penetrating clamping of PV mounting arrays in accordance with ÖNORM EN 1991-1-4 wind load dynamics.
In mountainous zones such as Salzburg, Tyrol, and Carinthia, characteristic ground snow loads (sk) can exceed 4.5 kN/m² to 8.0 kN/m² during heavy winters. Standard imported panels regularly suffer core shear failure under such intensive compressive stresses. Our continuous-line manufacturing integrates high-density mineral wool cores (100–120 kg/m³) and specialized high-compression polyurethane formulations (140 kPa compressive stress at 10% deformation), ensuring robust span-to-load characteristics that prevent catastrophic structural sagging or fastener pull-through.
| Panel Specification | Core Type | Thermal Cond. (λ) | EN 13501-1 Fire Class | Typical Austrian Application |
|---|---|---|---|---|
| PIR Industrial Wall (100mm) | PIR Polyisocyanurate | 0.022 W/m·K | B-s1, d0 | Logistics centers, automotive plants (U = 0.22 W/m²K) |
| PIR Cold Storage Wall (150mm) | High-Index PIR | 0.022 W/m·K | B-s1, d0 | Deep freezer distribution, pharmaceutical storage (-25°C) |
| Firewall Structural (120mm) | Basalt Rock Wool | 0.040 W/m·K | A2-s1, d0 (EI 90) | Boundary fire walls, battery storage, transformer rooms |
| Heavy Duty Firewall (150mm) | Structural Mineral Fiber | 0.038 W/m·K | A2-s1, d0 (EI 120) | Hazardous production facilities, ÖNORM fire compartments |
| Chilled Partition Wall (80mm) | Rigid Polyurethane | 0.024 W/m·K | B-s2, d0 | Internal food processing, cleanrooms, packaging halls |
| Under-Screed Floor Board (100mm) | Extruded XPS Foam | 0.034 W/m·K | Euroclass E | High-bay floor slabs, frost-heave protection (400 kPa) |
Combining heavy-industrial manufacturing scale with strict European compliance protocols, delivering reliable overseas project logistics directly to Austrian job sites.
Every exported production run is factory-tested under harmonized EN 14509 standards, supplied with comprehensive CE marking, Factory Production Control (FPC) audit documentation, and certified Declarations of Performance.
From ultra-low lambda PIR for Passivhaus industrial envelopes to non-combustible A2-s1, d0 rockwool for certified fire partitions, we manufacture all core configurations on continuous automated double-belt laminating lines.
Our industrial production lines output up to 10,000 m² daily, ensuring large-scale contract deliveries without delays, helping general contractors prevent costly penalties on tight construction milestones.
Experienced in intermodal maritime and European road transport routes. Export shipments are bundled in reinforced maritime export packaging with multi-layer protective PE films, arriving undamaged at Austrian project sites.
A look inside our high-speed continuous foaming and rock wool insertion facilities, showcasing precision engineering and rigorous quality inspection.
Direct answers addressing technical approvals, Eurocode structural compliance, and logistical arrangements for importing industrial sandwich panels into Austria.
Connect directly with our senior building envelope engineers. We provide project-specific U-value thermal analyses, Eurocode static span assessments, architectural flashing drawings, and competitive export quotations tailored for Austrian tenders.
Our sales engineers respond to project questions during working hours (GST+4).