Explore our precision-manufactured product portfolio designed to satisfy rigorous Russian construction codes (SNiP and SP 50.13330.2012). From ultra-low-temperature cold storage enclosures to heavy-duty floor decking and moisture-resistant insulated envelopes, each system is crafted for enduring stability under severe cyclic freezing.
Eco-friendly high-density polyurethane modular systems engineered for supermarket refrigeration, vegetable distribution terminals, and meat-packing facilities in Russia.
High-tensile ASTM and GOST-compliant composite decking plates acting as permanent formwork and tensile reinforcement for multi-story logistics parks and industrial facilities.
Airtight tongue-and-groove cam-lock assemblies for agro-processing complexes, pharmaceutical vaults, and regional logistics cold hubs demanding thermal control down to -40°C.
Impermeable sub-slab thermal shielding preventing permafrost frost heave and moisture condensation under commercial chillers, blast freezers, and industrial concrete slabs.
Continuously folded 360-degree locked weather-proof roofing sheets with heavy zinc-galvanized coatings (Zn 180-275g/m²) designed to endure heavy snow loads across northern territories.
Non-combustible stone wool structural roofing panels achieving EI 120 fire ratings for oil & gas terminals, heavy refineries, and high-occupancy commercial venues across Eurasia.
Hydrophobic, fire-retardant structural stone wool cores (100–140 kg/m³) tailored for sandwich panel core insertion, acoustic partitions, and industrial boiler room firewalls.
Severe-duty DC12V/24V visual safety signaling equipment designed for industrial logistics equipment, automated cold-storage forklifts, and Arctic construction service vehicles.
Constructing building envelopes within the Russian Federation requires strict adherence to structural norms (SP 20.13330.2016 "Loads and Impacts") and thermal protection codes (SP 50.13330.2012). From the damp freeze-thaw cycles of the Baltic coast to the prolonged sub-zero conditions (-55°C) of Eastern Siberia, PUR (Polyurethane) sandwich panels represent the definitive standard in thermal performance.
Our continuous laminator injects rigid polyol and isocyanate compounds utilizing high-pressure cyclopentane formulation. The result is a closed-cell content exceeding 95% with a core density calibrated between 40 to 42 kg/m³, virtually eliminating water absorption and vapor migration across freezing cycles.
With an initial thermal conductivity rating of λ = 0.020 W/m·K and an aged performance certified at 0.022 W/m·K, PUR wall panels achieve the same thermal resistance (R-value) as a 180mm mineral wool panel with only a 100mm core, dramatically reducing dead loads on steel framing structures.
Russian building envelopes suffer catastrophic heat loss if micro-gaps allow moist interior air to hit the freezing outer face (the condensation "dew point"). Our deep-profile labyrinth Z-Lock tongue-and-groove joint guarantees seamless acoustic and thermal isolation without thermal bridging.
| Panel Type / Core Thickness | Thermal Transmittance (U-Value) | Thermal Resistance (R-Value) | Acoustic Isolation (Rw) | Target Russian Climate Zone | Primary Industrial Application |
|---|---|---|---|---|---|
| PUR Wall Panel - 50 mm | 0.43 W/m²·K | 2.32 m²·K/W | 25 dB | Southern Russia (Krasnodar, Rostov) | Mild Ambient Warehouses, Internal Partitions |
| PUR Wall Panel - 80 mm | 0.27 W/m²·K | 3.70 m²·K/W | 26 dB | Central District (Moscow, Nizhny Novgorod) | Heated Logistics Centers, Manufacturing Plants |
| PUR Wall Panel - 100 mm | 0.22 W/m²·K | 4.55 m²·K/W | 27 dB | North-West & Urals (St. Petersburg, Yekaterinburg) | Industrial Manufacturing & Chillers (+0°C) |
| PUR Wall Panel - 150 mm | 0.14 W/m²·K | 7.14 m²·K/W | 28 dB | Siberia & Far East (Novosibirsk, Krasnoyarsk) | Cold Storage Facilities (-18°C to -25°C) |
| PUR Wall Panel - 200 mm | 0.11 W/m²·K | 9.09 m²·K/W | 29 dB | Arctic & Extreme Sub-Zero (Yamal, Yakutsk) | Blast Freezing Cells (-35°C to -45°C), Arctic Hubs |
From expansive agro-industrial grain and poultry hubs in the Black Soil regions to automated mega-warehouses along the Moscow Ring Road (MKAD) and remote energy clusters across the Arctic Circle, our export-grade PUR panels satisfy diverse regional challenges.
High-throughput fulfillment complexes servicing E-commerce retail centers around Moscow, Saint Petersburg, and Kazan. The secret-fix polyurethane wall panels deliver streamlined modern facades combined with exceptional air-tightness, preserving millions of kilowatt-hours in seasonal heating costs.
Fruit, dairy, meat, and root vegetable cold storage hubs across Voronezh, Krasnodar, Stavropol, and Samara. Panels feature Food-Safe anti-bacterial coatings and non-porous joints that withstand aggressive hot caustic washing cycles, ozone sanitation, and high internal relative humidity without corrosion.
Machinery manufacturing, metallurgical facilities, and chemical workshops in Chelyabinsk, Perm, and Tyumen. High shear strength polyurethane cores absorb heavy indoor crane vibration and continuous dynamic mechanical loads while maintaining continuous structural integrity.
Permanent and demountable base camps, compressor stations, and processing shelters across the Yamal Peninsula, Norilsk, and Sakhalin. Continuous exposure to -55°C temperatures and gale-force blizzards requires 150-200mm PUR cores protected by heavy aluzinc steel skins.
A deep dive into regulatory evolutions, supply-chain restructuring, and technological transformations defining commercial, agro-logistical, and industrial construction across the Russian Federation.
Russia’s agricultural self-sufficiency drive has spurred unprecedented investments into multi-temperature agro-industrial parks (ОРЦ - оптово-распределительные центры). The transition away from traditional brick or concrete insulated with EPS toward high-efficiency PUR sandwich panels reduces operational refrigeration power consumption by up to 38% annually, addressing soaring industrial utility tariffs.
State expert committees (Главгосэкспертиза) enforce increasingly rigorous standards for building heat loss under Heating Degree Days (ГСОП). In regions where ГСОП values exceed 6,000–8,000 °C·day/year, developers can no longer rely on low-density insulation. Precision continuous-line PUR panels with verified lambda values provide guaranteed compliance, eliminating project delivery bottlenecks.
With severe winter freezes curtailing traditional masonry and concrete wet-trades from October through April, general contractors utilize pre-engineered steel structures (БВЗ - быстровозводимые здания) clad with continuous-span sandwich panels. A standard 15,000 m² distribution hub can be fully enclosed in under 45 days, shielding indoor fit-out trades from sub-zero conditions.
Our manufacturing infrastructure combines automated continuous production lines with stringent multi-stage quality control, ensuring consistent panel geometry, zero core voids, and seamless export handling for overseas clients.
Operating ultra-long double-belt curing laminators that generate over 10,000 m² per day. Continuous line thermal stabilization ensures 100% molecular bonding between the polyurethane core and primed steel facings.
We source only prime hot-dip galvanized and Galvalume steel skins with verified zinc coating mass (140–275 g/m²). Available in PVDF, SMP, and food-safe Plastisol finishes resilient against chemical washdowns and atmospheric salinity.
Heavy duty protective packaging incorporating anti-UV co-extruded wrapping films, high-density polystyrene side guards, and reinforced wooden skids engineered for secure multi-modal transit via sea containers, breakbulk, and rail.
Providing full traceability, batch laboratory certificates, fire reaction test data, load span tables, and comprehensive bilingual installation guides to facilitate rapid local authority design reviews.
Our factories adhere to ISO 9001:2015, ISO 14001:2015, and ISO 45001 standards. Products are certified for structural stability, thermal resistance, and fire behavior.
Clear, technically rigorous answers addressing fire ratings, customs clearance, structural deflection calculations, and logistical handling when ordering insulated panels from abroad.
Our engineering export department assists contractors, architects, and procurement heads with comprehensive panel take-offs, load deflection calculations, U-value verification reports, and FOB/CIF shipping schedules.
Contact UsOur sales engineers respond to project questions during working hours (GST+4).