Premier Thermal Materials
Explore our advanced catalog engineered to reduce thermal losses in heavy industrial process envelopes.
High-temperature flexible mats engineered for complex curvatures in Antwerp refining columns and pipeline networks.
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Advanced exterior cladding panels providing optimal heat containment and structured decorative aesthetics.
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High-performance prefabricated wall elements built for low-energy industrial structures and cleanrooms.
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Structural elements combining high-efficiency core vacuum insulation with architectural protective cladding panels.
View Details →Decarbonizing Belgian Industry
Belgium's major industrial hubs—ranging from the massive chemical cluster in the Port of Antwerp-Bruges to the steel plants of Ghent and the glass manufacture in Wallonia—are facing unprecedented regulatory pressures to comply with the European Green Deal and regional emission target directives. Reducing greenhouse gases starts with minimizing energy loss in high-temperature applications.
Traditional insulation materials like mineral wool or calcium silicate require thick layers that demand valuable physical space in industrial setups. Nano microporous panels offer an alternative with extremely low thermal conductivity, allowing companies in Liège and Charleroi to retrofit their furnace linings, pipelines, and reaction vessels with thinner profiles, increasing inner volume while significantly reducing fuel consumption.
Core Thermal Science
How sub-micron structures restrict thermal energy transfer across high-temperature interfaces.
By engineered control of pore diameters down to approximately 20 nanometers, the mean free path of air molecules is restricted. This effectively eliminates gaseous thermal convection within the silica core matrix, even at operating temperatures approaching 1000°C.
Composed of point-contact fumed silica nanoparticles, the solid thermal conduction pathway is restricted. Heat traveling through the solid skeleton encounters high thermal resistance, maintaining structural integrity without thermal transfer.
By blending specific opacifiers (such as silicon carbide or titanium dioxide) into the nano silica matrix, high-temperature infrared radiation is scattered and reflected, preventing radiative heat transfer at extreme temperatures.
Tailored Engineering
We provide specialized OEM & ODM thermal insulation profiles customized for complex industrial requirements.
Ultra-thin microporous safety barriers designed for thermal runaway containment in EV battery packs.
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Hydrophobic nano insulation layers designed for high-humidity steel mills and marine engine rooms.
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Fire-rated microporous panels offering thin profile barriers for commercial and industrial structures.
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Custom cylindrical, bent, and dimensional geometries tailored to seal complex pipes and junctions.
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Round configurations designed to line circular high-temperature vessels and furnaces.
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Optimized envelope materials designed for vacuum cold chain containers and storage vessels.
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High-efficiency temperature control systems designed for pharmaceutical shipping containers.
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Large dimension panels engineered for industrial cold storage rooms and logistics hubs.
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Sino-European Collaboration
As global energy prices fluctuate, Belgian manufacturing operations require high performance coupled with cost-efficient raw material procurement. Our large-scale, automated production facilities in China allow us to provide significant cost benefits without compromising on quality control.
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.
We specialize in researching, designing, and manufacturing high-temperature nano microporous boards and vacuum insulation systems. Our products are exported to industrial end-users across Europe, the Americas, and Southeast Asia.
Custom dimensions built to precise engineering standards for complex heat insulation shells.
Square, oval, and complex shapes customized to fit industrial chambers and pipes.
Engineered panels covering up to 60-inch diameters for metallurgical processes.
Industrial Scenarios
How we apply microporous thermal technology across key Belgian industries.
Used as back-up insulation in steel ladles, tundishes, and annealing furnaces. Implementing thin microporous panels increases molten metal storage volume while lowering furnace wall surface temperatures.
Applied to cracking heaters, reform furnaces, and transfer pipelines. Our high-temperature panels maintain process control stability and limit energy radiation losses to the environment.
Protects furnace brickwork against thermal shock and wear. The high resistance of microporous cores ensures uniform temperature profiles, improving output quality and reducing scrap rates.
Versatile Application Areas
Providing solutions across diverse sectors from cold-chain distribution to high-temperature thermal barriers.
Reliable vacuum insulation panel systems designed for biomedical and vaccine transportation.
Providing high-efficiency thermal insulation solutions for building envelope systems, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.
Delivering high-efficiency refractory backup insulation to petrochemical, cement, and metallurgical kilns.
Integrating vacuum insulated glazing and core panels into eco-friendly temporary and modular mobile homes.
Proven Success
Explore real-world industrial installations optimizing process thermal efficiency.
Upgraded backup insulation profiles for ethylene cracking chambers, reducing gas fuel usage by 6.8%.
Replaced old calcium silicate linings with 25mm microporous boards, increasing ladle capacity by 9%.
Retrofitted thermal insulation on container furnace side walls to lower heat loss and extend refractory lifespan.
Constructed customized fumed silica vacuum insulation shippers for pharmaceutical distribution across EU.
Core Competencies
Delivering end-to-end technical performance, scaled manufacturing, and logistics support.
Every batch undergoes laser thermal checks to guarantee a thermal conductivity rating of ≤ 0.020 W/(m·K) at 600°C.
Our engineering team delivers full thermal insulation schematics and rapid mechanical mock-ups within 5 business days.
Operating out of one of China's largest facilities to fulfill high-volume orders for major industrial infrastructure builds.
Coordinated shipping to critical Belgian freight hubs, ensuring smooth customs processing and prompt port clearance.
Offering ongoing site audits, temperature measurement runs, and post-installation technical evaluations.
Data Verification
Comparing properties of our high-temperature microporous panels against common alternative options.
| Thermal Properties | Ceramic Fiber Board | Calcium Silicate Board | Zerothermo Nano Microporous Panel |
|---|---|---|---|
| Thermal Conductivity (at 800°C) | ~0.12 - 0.16 W/m·K | ~0.14 - 0.18 W/m·K | ≤ 0.032 W/m·K |
| Max Service Temperature | 1260°C | 1000°C | 950°C - 1050°C |
| Nominal Density | 280 - 320 kg/m³ | 240 - 280 kg/m³ | 320 - 450 kg/m³ |
| Required Insulation Thickness | 100 mm (Baseline) | 110 mm | 25 - 35 mm (Saves ~70% space) |
| Compressive Strength | Low (~0.2 MPa) | Medium (~0.5 MPa) | High (≥ 1.0 MPa) |
Complete Catalog
Explore our full line of vacuum and microporous solutions to find the right fit for your application.
Structural cores designed to maintain excellent thermal barrier properties under elevated loads.
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High-efficiency thermal wall core materials optimized for structural heat shield installations.
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Configurable microporous cores built to perform reliably in extreme temperature environments.
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Thermal barrier panels designed for temperature-sensitive shipping and storage containers.
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Large-format vacuum insulation panels tailored to protect active and passive shipping containers.
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Laminated protective barrier film systems optimized for long-term vacuum retention.
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Rugged transit containers equipped with high-efficiency fumed silica vacuum insulation.
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Flexible thermal insulation mats tailored for application around curved industrial vessels.
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Specialty geometries designed to insulate valves, pumps, and complex process junctions.
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Ultralow thermal conductivity core panels designed for refrigeration and thermal envelope systems.
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Radiant barrier foil systems laminated over high-density thermal foam cores.
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Polyurethane composite VIPs designed for cold chain transport boxes and logistics refrigeration.
View Details →Frequently Asked Questions
Clear answers to common questions about nano microporous panels in high-temperature applications.
Connect with Us
Reach out to our technical engineering team for custom drawings, quotation requests, and thermal performance calculations.
Whether you need to upgrade a steel ladle backup lining in Ghent or design an insulated enclosure for a refinery pipeline in Antwerp, our technical team is ready to assist you.
+86 158 9279 2306