Brazil Home Textile Market Overview, 2030

The sandwich panel sector in Russia is significantly influenced by the nation’s dependence on insulated systems for storage and industrial structures, where the severe winter conditions necessitate durability and energy efficiency. These panels became popular during the later stages of the Soviet era and the early years after the Soviet Union collapsed as Russia focused on speedy, prefabricated building techniques for storage facilities, manufacturing spaces, and distribution centers. Initial hurdles included the extreme subarctic weather, with panels having difficulties in minimizing heat loss, preventing condensation, and avoiding joint failures in very cold conditions. As time passed, various product types were developed especially polyurethane PU and polyisocyanurate PIR cores which offered better thermal insulation, along with mineral wool cores for fire safety. Such advancements made these panels essential for Russia’s large-scale cold storage sector, agricultural food processing centers, and logistics operations. Technically, sandwich panels are designed with a well-insulated core EPS, PIR, PU, or mineral wool sandwiched between outer layers like steel or aluminum, which helps minimize thermal bridges and withstand temperature changes. Research and development efforts in Russia have emphasized the creation of cold-resistant foams, stronger facings, and enhanced joint systems to guarantee airtight performance and structural stability during prolonged winter periods. A significant achievement in the 2000s was tackling the issues related to transportation and shipping, as panels needed to be produced with high-quality coatings and facings to endure long distances across Russia’s extensive landscape. Local innovations also included the introduction of durable steel-faced versions that could resist moisture and mechanical strain. Primary consumers continue to be industrial storage facilities, cold storage systems, and logistics centers, where effective insulation directly leads to energy savings and lower operating expenses.

According to the research report, ""Russia Sandwich Panels Market Overview, 2030,"" published by Bonafide Research, the Russia Sandwich Panels market is anticipated to grow at more than 6.90% CAGR from 2025 to 2030. Significant recent advancements involve the introduction of cold-rated panel products specifically designed for applications in Arctic and Siberian regions companies such as PanelTech and Ruukki now provide offerings with R-value optimized cores and frost-resistant facings as standard. Such innovations comply with rigorous GOST standards, bolstering the dependability of products under extreme temperature conditions. In the industrial sector, the demand for factory insulation is escalating, especially in manufacturing facilities and distribution hubs. Major suppliers like Severstal and Isopan Russia are offering panels that meet fire safety regulations and possess increased durability, fulfilling the combined needs for thermal insulation and structural strength. Refrigerated logistics continues to be a rapidly expanding area there is a high demand for food-safe panels as companies like X5 Retail and Magnit enhance their cold storage setups. Suppliers have started providing hygiene-compliant PIR and PU panels, which adhere to Russian sanitary regulations, ensuring safe usage within the food industry. The modular construction trend is gaining momentum in isolated industrial locations, particularly in oil and gas camps in Siberia and mining setups in the Far East. Panels created for energy efficiency, featuring vapor-resistant cores and insulated facings, enable quick and effective assembly in harsh conditions, aligning with new Russian energy regulations. Lastly, transport hubs including railway stations and airports are demonstrating stringent performance standards. In these areas, panels designed for weather resilience, incorporating reinforced joints, special corrosion-resistant finishes, and multi-layer facings are becoming commonplace, satisfying the needs for durability against harsh weather and prolonged lifespan.

In the chilly regions of Russia, the sandwich panels by core materials are divided into EPS, mineral wool, PIR, and PU is crucial for assessing their effectiveness, longevity, and energy efficiency. According to GOST 15588 and associated technical guidelines, expanded polystyrene EPS must meet stringent criteria for thermal conductivity and compressive strength to provide suitable insulation in subarctic and continental climates. Although EPS is affordable and light, GOST assessments reveal its vulnerabilities in fire resistance, which restricts its application mainly to non-critical insulation for walls or floors instead of areas with high-risk potential. Mineral wool, governed by GOST 9573 and supplemented by SP 50.13330 Thermal Protection of Buildings, is highly regarded for its fire resistance and sound insulation, making it appropriate for use in industrial and public structures. Nevertheless, standards for cold climates indicate concerns regarding moisture absorption, necessitating the use of protective facings or vapor barriers to ensure optimal performance. Polyisocyanurate PIR panels are increasingly evaluated under GOST 32603 for sandwich panels, offering enhanced fire resistance compared to PU and improved thermal stability in freezing conditions, conforming to SP guidelines for construction in Arctic and Siberian regions. Meanwhile, polyurethane PU continues to be commonly used in cold storage areas and logistics, but GOST requires testing for factors such as closed-cell content, dimensional stability, and thermal conductivity to avoid shrinkage and energy loss during freeze-thaw cycles. Both PIR and PU are required to comply with SP 131.13330 Construction Climatology, which sets performance benchmarks for extreme environmental conditions with temperatures falling below –40 °C. Adhering to these standards ensures that infrastructure across Russia from oil-gas facilities to refrigerated transportation centers meets the necessary criteria for thermal performance, fire safety, and durability.

In Russia’s sandwich panels, by facing materials is divided into aluminum, cement board, and steel coatings for sandwich panels are measured against strict GOST and SP standards for fire safety and load capacity, ensuring durability in harsh weather and structural conditions. Aluminum coatings, which adhere to GOST 4784 and fire resistance standards listed in GOST 30247.0/1, are appreciated for being light, resistant to corrosion, and having a tidy appearance. Nevertheless, because aluminum has a low melting temperature, regulations limit its application in high-risk fire areas unless it is combined with mineral wool or fire-rated PIR cores. Load-bearing assessments under SP 20.13330 Loads and Actions verify that aluminum-faced panels are appropriate for non-structural cladding, roofing in logistical centers, and cold storage where a lighter load is beneficial. Cement board coatings, evaluated under GOST 8747 and fire resistance groups, are outstanding in non-combustibility, fulfilling the Class NG non-flammable standards specified by Russian regulations. They are extensively utilized in clean rooms, cold storage facilities, and public structures due to their ability to resist fire and moisture. The SP seismic regulations also highlight cement boards as advantageous in earthquake-prone areas of the Caucasus and Far East due to their sturdy stability. Steel coatings, evaluated under GOST 19904 and GOST R 53307 for sandwich panels, are prevalent in Russia’s industrial and energy sectors because they provide excellent load-bearing capabilities. Compliance with fire safety regulations under SP 2.13130 Fire Protection Systems mandates coatings or the inclusion of mineral wool cores to maintain resistance to flame spread. The compressive and tensile strength of steel makes it essential for roofing, load-bearing walls, and large-span warehouses in Arctic regions where snow loads can be heavy. Throughout these coatings, Russian standards stress integrated performance fire safety, structural integrity, and adaptability to climate.

In Russia, the sandwich panels by application is divided into clean rooms, cold storage, floors, roofs, and walls is strictly regulated by SNiP Строительные Нормы и Правила along with local standards that reflect the country’s extreme climate variations. For clean rooms, SNiP standards for sanitary and thermal safety require that materials emit minimal particles, have consistent thermal conductivity, and resist moisture. Sandwich panels with mineral wool or PIR cores, faced with coated steel or aluminum, are common, meeting the hygiene standards needed in the pharmaceutical and electronics industries. In cold storage, SNiP 23-02 Thermal Protection of Buildings as well as regional Arctic guidelines demand very low thermal conductivity materials like PU or PIR to stop frost bridging and condensation. These materials also meet strict energy efficiency requirements, particularly in food logistics centers stretching from Moscow to Siberia. For floor insulation, reviewed under SNiP 2.03.13 Floors, it is essential that the materials bear heavy static and dynamic weights while reducing thermal loss to permafrost or extremely cold soils. In this area, high-density EPS or PIR panels are popular, often used alongside moisture barriers to prevent damage from freeze-thaw cycles. Regarding roofs, SNiP II-26 Roofs specifies that insulation must endure snow loads, wind uplift, and temperature changes, leading to a preference for mineral wool and PIR panels with steel facings in industrial and warehouse constructions. Lastly, walls fall under SNiP 23-101 Thermal Performance and local regulations for seismic or Arctic regions. Insulated wall panels offer both structural stability and high R-values, especially significant in logistics, housing, and energy-related buildings. Ensuring compliance across all areas supports fire safety and energy efficiency while addressing local challenges such as high humidity in the Far East, seismic threats in the Caucasus, and severe cold in Siberia.

In Russia, sandwich panels by end user sector is divided into commercial, industrial, and residential building highlight how the markets for insulation and sandwich panels are changing due to both market needs and import substitution policies that began in 2014 and were reinforced after 2022. In the commercial sector, the quick growth of retail spaces, logistics hubs, and cold storage units is increasing the need for insulated panels that provide high fire resistance and sanitary surfaces, meeting GOST and SNiP standards. Both international retailers and local businesses are now favoring mineral wool and PIR cores for their safety and energy efficiency, but companies such as PanelTech and Severstal Construction have taken the lead in supply as imports from Europe have decreased. In the industrial sector, the focus on energy independence and regional manufacturing zones fuels demand. Here, sandwich panels featuring steel surfaces and strong load-bearing ability are vital for warehouses, oil-gas facilities, and infrastructure in Arctic areas. Import substitution has led to advancements in domestic R&D for PU/PIR foams and galvanized finishes, which were once dependent on European imports, with government-supported initiatives encouraging local production of raw materials. In the residential sector, the expansion is associated with low-cost housing and prefabricated modular systems, especially in Siberia and the Far East, where rapid construction of insulated homes is crucial. Energy efficiency requirements are promoting the use of EPS and PIR-based wall and roof systems, although design finishes and compliance with seismic standards introduce challenges. Import substitution has resulted in a higher use of Russian-produced decorative finishes and adhesives, decreasing reliance on Western technologies. The dynamics within sectors indicate that commercial construction is advancing innovations in hygiene and fire safety, industrial construction is focusing on structural solutions suitable for Arctic conditions, and residential construction is utilizing prefabrication for speed and energy efficiency.


Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Sandwich Panels Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Core Materials
• Expanded Polystyrene
• Mineral Wool
• Polyisocyanurate
• Polyurethane

By Facing Materials
• Aluminum
• Cement Board
• Steel

By Applications
• Clean Rooms
• Cold Storage
• Floors
• Roof
• Walls

By End Use Sectors
• Commercial
• Industrial
• Residential

Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Home Textile Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

Product Type
• Bed Linen & Bed Spread
• Bath & toilet Linen
• Kitchen Linen
• Upholstery
• Floor

By End User
• Residential
• Commercial

By Distribution Channel
• Super/Hypermarkets
• Specialty Stores
• Online
• Other Channels  Show more