Engineered for extreme temperature differential resistance (-40°C to +35°C), rapid assembly, and structural longevity in Moscow’s demanding climatic conditions.
Eco-friendly pre-insulated modular sanitation units engineered with hydrophobic Polyurethane core panels for high-traffic municipal and project site installation.
Heavy-duty structural steel frame multi-story apartment complexes integrated with Rockwool fireproof sandwich wall panels for high thermal retention.
Quick-deploy expandable container kits utilizing double-sealed edge PU sandwich panels, tripling site footprint in under 4 hours.
Large-span industrial storage facility optimized for Moscow snow loads, fitted with PIR roof sandwich panels preventing thermal bridging.
Versatile structural units suitable for remote field offices, emergency clinics, and commercial housing with customized insulation thickness.
High-precision pre-cut steel framework complete with modular wall and roof insulated sandwich panels for fast industrial assembly.
High-end residential light gauge steel framing system equipped with high-density mineral wool panels for superior sound and thermal insulation.
Cost-effective luxury container homes engineered with anti-corrosive galvanized steel profiles and custom architectural composite panel cladding.
Navigating the complex building codes of the Russian Federation—specifically SNiP 23-02-2003 (Thermal Protection of Buildings) and GOST 32603-2012 (Metal Sandwich Panels with Mineral Wool Insulation)—requires an advanced engineering approach. As a premier Chinese manufacturer exporting directly to the Moscow Ring Road (MKAD) industrial zones, New Moscow expansion hubs, and broader Moscow Oblast logistics parks, our structural sandwich panels are engineered specifically to eliminate thermal bridging, withstand extreme snow loads, and maintain structural fire integrity under sub-zero continental climate pressures.
| Insulation Core Type | Density Range | Thermal Conductivity (λ) | Fire Resistance Rating | Moscow Application Suitability |
|---|---|---|---|---|
| PIR / PUR (Polyisocyanurate) | 40 - 42 kg/m³ | 0.020 - 0.022 W/m·K | G1 - B-s2, d0 (Flame Retardant) | Cold Storage (-30°C), E-commerce Logistics Warehouses |
| High-Density Rockwool (Basalt) | 100 - 140 kg/m³ | 0.038 - 0.040 W/m·K | Class A / NG (Non-Combustible) | Industrial Plants, Multi-Family Residential, Commercial Malls |
| EPS (Expanded Polystyrene) | 15 - 25 kg/m³ | 0.034 - 0.036 W/m·K | G3 / Self-extinguishing grade | Temporary Field Offices, Site Accommodation Camps |
Our continuous automated production line delivers micrometric joint precision, superior moisture barrier integrity, and high load-bearing steel sheet coatings.
Featuring a double-tongue-and-groove joint profile with factory-applied silicone gaskets. Prevents condensation formation and frost accumulation even when facing winter ambient temperatures of -40°C in Moscow Oblast.
Engineered to handle Central Russian Snow Region III requirements (up to 180 kg/m² design snow loads). Deep-ribbed roof panel profiles provide maximum bending moments and high structural spanning capability.
Our structural Rockwool cores utilize non-combustible basalt fibres with a melting threshold exceeding 1,000°C, delivering up to EI 120 fire endurance ratings required for public access facilities and multi-family residential complexes.
From rapid-erection cold chain hubs along the A107/A108 Central Ring Road (CKAD) to modular worker housing in urban re-development zones, Chinese sandwich panels provide the optimal balance of speed, cost, and thermal performance.
Moscow municipal construction authorities are enforcing tighter U-value requirements for exterior walls. Upgrading from legacy expanded materials to continuous Polyisocyanurate (PIR) cores allows developers to achieve required thermal insulation with 30% thinner panel profiles.
Traditional wet construction (concrete pouring, masonry work) suffers severe slowdowns during Moscow’s long winter months. Dry modular assembly using prefabricated steel frame and sandwich panels enables year-round construction schedules without requiring costly heating tents.
With Moscow serving as the primary freight redistribution node for Central Russia, warehouse construction continues to boom. High-density Rockwool and PIR sandwich panels are the material of choice for international and regional logistics operators seeking fast ROI.
Unlike trading intermediaries, we control the full manufacturing cycle: from structural steel roll-forming to automated polyurethane high-pressure foaming and continuous basalt wool lamination.
Operating continuously since 1998, our export division manages specialized packaging, anti-corrosive transit wrapping, and container loading geometries optimized for both maritime shipping (via St. Petersburg / Novorossiysk) and direct overland rail transport through Manzhouli/Zabaikalsk to Moscow freight terminals.
Clear engineering and commercial answers regarding customs, GOST standards, logistics lead times, and thermal specifications.
According to SNiP thermal calculations for Moscow (requiring a wall thermal resistance R-value around 3.15 m²·°C/W), we recommend a PIR panel thickness of 120mm to 150mm, or a Rockwool panel thickness of 150mm to 200mm. For interior partition walls or warm warehouse applications, 80mm to 100mm is typically sufficient.
Yes. We provide complete technical data packages required by Russian engineering auditors, including factory test reports compliant with GOST 32603-2012 (Mineral Wool Panels) and GOST 21562-76, along with Fire Safety Certificates (GOST 30244-94) and Hygiene/Sanitary Certificates for internal food-grade cladding.
Our panels incorporate a precision Z-Lock or Cam-Lock joint geometry lined with factory-installed butyl sealing tape and air-tight neoprene gaskets. The interlocking core design guarantees continuous thermal resistance across the wall envelope without thermal bridging.
Production lead time is typically 14 to 21 days depending on volume. Direct rail freight via Zabaikalsk/Manzhouli to Moscow (Vorsino / Silikatnaya stations) takes approximately 18 to 25 days. Containerized sea freight to Vladivostok followed by Trans-Siberian rail takes about 25 to 30 days total transit time.
If your primary goal is thermal insulation efficiency and lightweight structural loads (e.g., cold storage or logistics hubs), PIR is superior due to its ultra-low lambda value (0.020 W/m·K). If local Russian fire safety inspectors demand non-combustible Class A ratings (e.g., shopping centers, residential multi-family, public schools), Rockwool is mandatory.
Absolukely. We offer High Durability Polyester (HDP) and Polyvinylidene Fluoride (PVDF) steel face coatings rated for C3/C4 atmospheric corrosivity environments. These coatings prevent UV degradation, resist acidic precipitation, and tolerate thermal expansion during rapid seasonal temperature swings.
Consult with our structural sandwich panel engineering team today. Get detailed U-value calculations, GOST documentation support, and direct factory pricing for your Moscow project.