Featured Engineering Solutions
High-performance vacuum insulation boards designed for cold chain shippers, vaccine storage boxes, and refrigeration equipment.
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Encapsulated with protective PET film, achieving extreme low thermal conductivity of < 0.004 W/(m·K) for demanding spaces.
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Precision engineered round, curved, or cut-out fumed silica core insulation structures tailored to proprietary industrial systems.
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Ultra-thin structural thermal barrier solutions optimized for modern green architecture envelope systems and passive house retrofits.
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Flexible nanoporous mats designed to bend around high-temperature piping systems, steam valves, and complex curvature equipment.
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Ultra-efficient thermal jacket blankets designed to minimize standby heat loss in high-end industrial and residential water heaters.
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A-class non-combustible panels ensuring strict fire-rated compliance for lift entries, escape routes, and elevator structural bulkheads.
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Integrated modular cladding panels providing robust insulation barriers for curtain walls and prefabricated energy-efficient structures.
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In modern industrial design, thermal management challenges have intensified. The demand for compact, highly efficient insulation has positioned Microporous Panel 10mm technology as a vital option. These materials operate at the nanoscale, restricting heat transfer mechanisms in ways traditional materials like ceramic fibers or rock wool cannot match. 10mm microporous panels leverage the Knudsen effect to deliver thermal conductivity ratings lower than still air, even at extreme operating temperatures exceeding 1000°C.
Traditional insulation blocks heat by trapping air inside relatively large pockets. However, gas convection and gas conduction still occur inside these pockets. Microporous insulation uses an engineered silica structure where the average pore size is approximately 20 nanometers. This is smaller than the mean free path of an air molecule (which is roughly 68 nanometers at standard atmospheric pressure). Consequently, air molecules are physically restricted from colliding with one another, effectively eliminating gas phase heat transfer. Infra-red radiation is further suppressed through the integration of specialty opacifiers that scatter and reflect heat waves back to the source.
Why is 10mm the key spec for engineering teams worldwide? In industries like aerospace, electric vehicles (EV), and high-precision casting, weight and space constraints are critical. Traditional insulative lining might require 50mm to 100mm of thickness to achieve a target drop from 800°C to safe touch temperatures. A 10mm custom microporous panel delivers equivalent thermal resistance while saving up to 90% of structural volume. This allows design engineers to optimize internal volume, increase payload limits in transport, or add extra protective walls in high-temperature machinery.
Precision Tailored Engineering
Product Details: Customized sizing with thickness range starting from 5mm to 10mm. Engineered specifically for EV thermal runaway containment and battery compartment protection.
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Product Details: Flexible configuration, thickness 5mm up to 10mm. Designed to wrap around storage tanks for high energy-saving ratings in residential or commercial water heaters.
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Engineered for fireproof elevator doors, providing high thermal resistance within ultra-slim door frames to comply with rigid regional fire codes.
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Provides bespoke designs matching 3D profiles, allowing high-performance insulation fitment around pipelines, valves, and complex process chambers.
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Tailored cylindrical or disk insulation mats ideal for high-temperature reactors, chemical pipelines, and specialized metallurgical processes.
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Optimized vacuum-packaged fumed silica core insulation board designed for high-efficiency refrigerators, building walls, and cold rooms.
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High-performance vacuum panels targeted for medical logistics, ensuring temperature stabilization for vaccine shipping and bio-logistics.
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Extra-large formats engineered to speed up installation on site, minimizing structural joints and reducing thermal bridging risks.
View DetailsManufacturing & Efficiency Advantage
When sourcing microporous panels, finding a balance between cost, performance, and volume is key. China’s advanced chemical industrial clusters offer a strong logistics and manufacturing ecosystem. Companies like Zerothermo Technology Co., Ltd. (a subsidiary of the CBVAC Group) operate modern manufacturing bases that combine cost efficiency with strict quality control.
China is home to extensive processing plants for high-purity fumed silica, opacifiers (such as titanium dioxide or silicon carbide), and specialized continuous inorganic fibers. By sourcing raw materials close to the factory, transport costs are reduced, and material consistency is closely monitored. This direct access protects production against global supply chain disruptions.
Advanced Chinese manufacturing facilities utilize automated pressing machines and CNC milling equipment. Automated production ensures uniform densities throughout the core, which prevents localized cold spots or structural weak points. High-precision mechanical cutting keeps thickness tolerances within ±0.5mm, a critical detail for exact structural fits.
Through systematic quality control processes, all products undergo rigorous testing before dispatch. Modern testing rigs verify thermal conductivity under temperature conditions matching real-world scenarios. We measure density consistency, flexural strength, and inspect the integrity of glass fiber wrapping to ensure long-term stability.
ABOUT US
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area with its production base located in Nanchong City, Sichuan Province. This facility stands as one of China's largest comprehensive production centers for vacuum technology application products.
Special sizes produced according to customers' drawings.
Square, oval, oversize/small diameter configurations.
Manufactured outside ANSI/ASME/DIN standards.
Our Technology
Unparalleled industrial standards validated via multiple national high-tech certificates.
Experienced team providing rapid analysis, prototyping, and swift industrial execution.
State-of-the-art facilities ensuring delivery for large-scale orders with uncompromised quality.
Strategic export location offering safe packaging and reliable global supply routes.
Comprehensive support from early design phases to long-term lifecycle monitoring.
Global Engineering Scenarios
Different regions and industries present unique thermal insulation demands. Understanding these specific requirements allows us to optimize the mechanical design and protective encapsulation of our custom 10mm microporous panels to suit diverse industrial applications.
In furnace structures and aerospace heat shields, microporous panels serve as back-up insulation behind refractory bricks. They prevent high-temperature damage to structural steel plates, helping extend the operational lifespan of expensive plant equipment.
With the expansion of the EV market, preventing thermal runaway propagates between battery cells is critical. 10mm microporous barriers isolate cell groups within structural frames, providing essential thermal protection during high-temperature events.
For modern high-rise facades and energy-efficient building envelopes, space-saving panel systems are vital. Integrating microporous cores into exterior wall systems helps meet strict energy codes without sacrificing internal floor space.
solution
Providing high-efficiency thermal insulation solutions for building envelope systems through innovative products such as vacuum insulation panels and vacuum insulated glass, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.
Providing high-efficiency thermal insulation solutions for building envelope systems through innovative products such as vacuum insulation panels and vacuum insulated glass, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.02
Providing high-efficiency thermal insulation solutions for building envelope systems through innovative products such as vacuum insulation panels and vacuum insulated glass, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.03
Providing high-efficiency thermal insulation solutions for building envelope systems through innovative products such as vacuum insulation panels and vacuum insulated glass, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.03
Case
Precision vacuum insulation panels integrated within next-generation semiconductor thermal stabilization chambers.
Providing high-grade thermal boundary layers to control excessive energy dissipation inside computing enclosures.
Architectural envelope upgrade project incorporating vacuum insulation panels to achieve local energy savings targets.
Cold storage performance optimization project verifying multi-day temperature stability for critical pharmaceuticals.
News and Information
Committed to supporting China's "dual-carbon" goals, Zerothermo Technology drives high-quality development of new quality productivity while promoting sustainable industrial advancement.
Explaining the performance advantages of nano microporous panels in maintaining mechanical integrity during building fire emergencies.
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Showcasing our fumed silica insulation cores, VIP technologies, and custom vacuum glass applications at the Canton Fair.
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Analysis of key shifts in global metallurgy, transport, and defense industries utilizing 10mm nanostructured insulative systems.
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At a mean temperature of 200°C, the thermal conductivity (λ-value) of our fumed silica microporous panel is approximately 0.020 W/(m·K). Even under extreme heat exposures of 800°C, the thermal conductivity remains around 0.038 W/(m·K). This represents a significant performance improvement compared to traditional ceramic fiber insulation or mineral wool materials.
Generally, dry-pressed microporous core panels wrapped in protective cloth are not recommended for direct cutting or drilling on site, as this can breach the outer barrier and release dust. For complex geometries, we design and press custom 3D layouts, round disks, or pre-engineered shapes at our factory according to customer drawings.
Our standard high-temperature nano microporous formulations support a maximum classification temperature of 1050°C. For continuous operation, we recommend keeping exposure levels within 950°C to 1000°C. This maintains long-term structural integrity and prevents core shrinkage.
While both utilize a fumed silica base, VIPs are sealed inside a high-barrier envelope and core-evacuated of air (reaching thermal conductivities below 0.004 W/m·K). Microporous boards operate at normal atmospheric pressures, depending on the nanoscale structure to suppress gas conduction. They are designed for high-temperature furnace lining, whereas VIPs are optimized for cold chain and building facades.
To protect the core material against mechanical wear and moisture, we offer enclosing wraps such as E-glass woven fiber fabrics, heat-sealable polymer barrier films (PET/Alu), high-temperature stainless steel foil coverings, or adhesive-backed sheets to facilitate installation.
Complete Product Portfolio
Bespoke circular thermal insulation jackets for industrial piping configurations and process vessels.
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Engineered barrier envelopes designed for extended transit phases of medical supplies and vaccines.
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High-performance vacuum glass units offering high transparency alongside robust thermal envelope parameters.
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2-in-1 cladding solutions combining external building finishes with high-efficiency insulating cores.
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Engineered for direct thermal insulation inside specialized metallurgy kilns, laboratory ovens, and fuel cells.
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Suitable for commercial cooling, walk-in freezers, and space-sensitive construction partitions.
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Large-format panels designed to streamline cold-chain shipping container linings and reduce thermal bridging.
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Reflective insulation boards designed for residential roofs, agricultural barns, and industrial warehouses.
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We offer a one-stop vacuum insulation board solution. Contact us for a solution.
Our technical engineering team is ready to assist with sizing specifications, thermal calculations, and custom quotes.
