Engineered thermal insulation components customized to withstand extreme high-low temperature differentials typical of Russian industrial environments.
High-temperature flexible nano mats ideal for complex pipeline layouts and turbine insulation in cold Siberian regions.
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Structural decorative insulated cladding suited for extreme climate shifts, offering exceptional thermal containment and finish.
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Pre-assembled structural panels incorporating high-performance core material for rapid industrial construction.
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Advanced composite system combining exterior facade structural protection with microporous thermal barriers.
Learn More →The Russian industrial infrastructure is undergoing a significant transformation. Key sectors such as metallurgy (concentrated in regions like Chelyabinsk, Magnitogorsk, and the Urals), petrochemical processing (along the Volga region and Tyumen), and oil refining are actively modernizing their thermal management assets. Operating in these geographic zones presents unique challenges. Production plants must function efficiently in ambient temperatures that swing from -40°C in winter to +35°C in summer, demanding high-performance thermal insulation that is stable, durable, and highly efficient.
Conventional insulation materials, such as rock wool and ceramic fibers, are increasingly falling short of modern energy efficiency mandates and carbon reduction targets. Nano microporous panels represent a paradigm shift in refractory technology. By utilizing fumed silica matrices with cell diameters smaller than the mean free path of air molecules (approx. 70nm), these panels restrict gaseous heat transfer. Consequently, they achieve thermal conductivities as low as 0.018 W/(m·K) at elevated temperatures—effectively four times more efficient than traditional materials of the same thickness.
In heavy industries, furnace lining volumes determine energy consumption and overall production output. By integrating ultra-thin nano microporous panels behind primary refractories (such as fireclay or high-alumina bricks), furnace operators can reduce the overall thickness of furnace linings. This modification increases the internal melt capacity of ladle cars, tundishes, and kilns while keeping the external casing temperature low enough to protect machinery and personnel. In Siberia's severe climates, minimizing furnace downtime and energy waste is a critical factor for maintaining operational profitability.
Procurement departments in global metallurgical engineering, cement kilns, and glass manufacturing look beyond unit price to evaluate the Total Cost of Ownership (TCO) and long-term thermal performance. In the high-temperature sector, thermal insulation is treated as a strategic investment. The choice of core material directly affects lifetime energy losses, refractory degradation cycles, and safety conditions. Below is a comparative overview of nano microporous insulation boards versus conventional alternatives across critical engineering criteria.
| Insulation Material Type | Thermal Conductivity (at 600°C) | Typical Thickness Required | Service Life Cycle | Eco/Safety Rating |
|---|---|---|---|---|
| Zerothermo Fumed Silica Microporous Panel | 0.022 W/(m·K) | 25 - 50 mm | 10+ Years (Stable) | Non-toxic, bio-soluble, eco-safe |
| Calcium Silicate Board | 0.120 W/(m·K) | 100 - 150 mm | 3 - 5 Years (Degrades) | Contains dust particles |
| Ceramic Fiber Board | 0.150 W/(m·K) | 120 - 180 mm | 2 - 4 Years (Shrinkage) | Classified hazard fiber in some regions |
| High-Density Firebrick | 1.200 W/(m·K) | 300+ mm | Varies based on thermal cycles | Heavy carbon footprint |
Tailored dimensions, custom structural shapes, and protective backings engineered to meet specific technical requirements for global industrial applications.
Product Details: Size: Customized, Thickness: 5mm+. Engineered to prevent thermal runaway and protect battery compartments.
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Product Details: Size: Customized, Thickness: 5mm+. Specially coated with hydrophobic membranes for humid conditions.
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Elevator fireproof door high temperature nano panel offering slim structural thickness and reliable thermal protection.
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Custom engineered vacuum insulation panels with cut-outs and compound curves for complex geometries.
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Round flexible nano mats designed to insulate pipeline flanges, valves, and cylindrical vessel parts.
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Vacuum insulation panel wrapped in highly gas-tight PET film, maximizing thermal barrier efficiency.
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Fumed silica core panel engineered to maintain sub-zero temperatures inside cold chain containers.
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Extra-large structural panels designed to reduce joint thermal bridging in large-scale coolers.
Request Custom Quote →Zerothermo Technology Co., Ltd. - A Subsidiary of CBVAC Group
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area. Our manufacturing center is located in Nanchong City, Sichuan Province. This facility stands as one of China’s largest and most advanced production centers for vacuum insulation and high-performance microporous refractory materials.
We combine advanced vacuum physics research with automated manufacturing lines to deliver consistent, high-quality products. Our team supports thermal engineers globally with custom projects, product certifications, and logistics coordination. We focus on energy conservation, industrial safety, and long-term reliability.
Why leading global and Russian engineering firms partner with Zerothermo Technology.
Entering the Russian Federation industrial sector requires compliance with local standards and technical regulations. At Zerothermo, we prioritize regulatory alignment to facilitate smooth project execution and customs clearance.
Given the geographical spread of Russian heavy industries, reliable freight routes are essential. We offer multiple shipping solutions to transport insulation materials to Russian industrial centers:
High-efficiency thermal management solutions designed for key industrial sectors.
Providing high-efficiency thermal insulation solutions for temperature-controlled transport systems, ensuring vaccines and medicines remain stable.
Enhancing energy efficiency in buildings with vacuum insulation panels, reducing carbon emissions and supporting sustainability goals.
Optimizing furnace linings, ladles, and steam pipelines with microporous panels to reduce heat loss and improve thermal containment.
Supplying insulation systems for theme parks, modular chalets, and specialized thermal enclosures in extreme cold climates.
Proving reliability in demanding operating conditions worldwide.
Thermal management is shifting toward thinner insulation profiles, lower carbon footprints, and smart monitoring. Zerothermo Technology's R&D department is pursuing several key development paths to align with these trends:
Explore our full line of vacuum and microporous insulation panels designed for building, cold chain, and high-temperature industrial installations.
Mechanically reinforced panels designed to withstand higher structural pressure in industrial floors and walls.
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Cost-efficient structural wall panels for building insulation, offering high thermal resistance in a slim profile.
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High-temperature panels customizable in dimensions, density, and encapsulation for furnace lining backing.
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Fumed silica core vacuum panels designed for refrigerated containers and cold storage vaults.
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Large-format panels configured to minimize joint thermal leaks in containerized shipping systems.
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PET-laminated vacuum insulation panels that reduce convective and radiative heat transfer.
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High-performance vacuum-insulated shipping containers designed for vaccines and temperature-sensitive goods.
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Flexible high-temperature mats that conform to curved machinery, pipes, and spherical vessels.
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Vacuum panels pre-cut into custom shapes to fit specialized equipment and complex designs.
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Fiberglass-core vacuum panels optimized for space efficiency in commercial refrigeration and freezer units.
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Reflective foil-faced foam rolls designed to block radiant heat and insulate roofs in industrial structures.
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Composite panels combining polyurethane foam with a vacuum insulation core for cold chain boxes.
Details →Technical details and support information for engineering and procurement professionals.
Submit your design requirements, and our engineering team will provide a customized thermal calculation and quotation.
Contact our support team to request samples, arrange a video factory inspection, or discuss technical specifications.
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