Premium Product Catalog
High performance vacuum insulation solutions designed specifically for large shipping and logistics configurations.
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Prefabricated modular integrated walls supporting strict carbon footprint requirements in structural insulation.
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Composite PU-encapsulated vacuum panels optimized for ultimate performance in temperature-sensitive cold chain logistics.
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Custom geometries and shapes configured for high-temperature pipelines, industrial vessels, and complex machinery.
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Advanced foil-laminated foam systems designed for long-term industrial roofing applications and radiation reflection.
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Engineered with PET barrier layers to ensure absolute long-term performance under demanding dynamic atmospheres.
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Combining aesthetic structural finish and top-tier thermal containment into one modular installation system.
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Features structural reinforcing agents suitable for architectural, structural, and heavy equipment systems.
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The global high-temperature insulation board industry is undergoing a critical transition. Driven by structural shifts toward environmental sustainability, manufacturing processes in metal casting, glass production, petrochemical refining, and electric vehicle (EV) battery systems require unprecedented thermal regulation. The incorporation of nano-microporous structures within high-temperature environments addresses the physical limitations of gas-phase heat conduction, effectively suppressing convective heat transfer.
Furthermore, regulatory pressures—such as the European Green Deal, Carbon Border Adjustment Mechanism (CBAM), and China's "dual-carbon" goals—have elevated insulation from a standard cost factor to a core pillar of corporate environmental compliance. High-temperature boards are now required to deliver longer operating life cycles, absolute structural safety under seismic or mechanical shock, and zero outgassing of toxic components at high heat thresholds.
Global industrial purchasing organizations often face a difficult design conflict: choosing between space constraints and high thermal resistance. Typical structural systems such as heavy refractory bricks or thick mineral wool demand excessive volume, which reduces usable interior storage capacity in kilns, shipping containers, and battery packs.
By sourcing advanced fumed silica vacuum insulation panels (VIPs) and nano-microporous insulation boards from certified Chinese manufacturers, engineering teams can reduce their system insulation thickness by up to 80% while retaining the same thermal resistance. This spatial optimization allows logistics operators to increase payload volumes in cold chains, and power grid engineers to integrate highly compact energy storage cabinets without compromising fire safety.
E-E-A-T Verified Authority
Headquartered in the prestigious Beijing Economic-Technological Development Area, Zerothermo Technology has established its high-capacity industrial production base in Nanchong City, Sichuan Province. This strategic facility is recognized as one of China's largest and most comprehensive manufacturing complexes for vacuum technology applications.
By leveraging the core technological developments of the CBVAC Group, Zerothermo combines advanced vacuum science with materials engineering. We utilize automated production lines, computerized temperature profile testing, and rigorous helium leak detection processes to guarantee the long-term reliability of our products.
Our core product lines include customized VIPs, fumed silica thermal shields, and high-temperature nano-microporous boards designed to perform under extreme industrial conditions.
Custom Engineering
We manufacture custom-dimensioned flange units (extending beyond the limits of standard ANSI, ASME, or DIN profiles) based on custom client drawings or defined thermodynamic application criteria.
Specialized fabrication for square, oval, or non-standard profiles. We produce micro-precision systems as well as oversized industrial flanges exceeding 60 inches in diameter.
Direct machining of high-temperature insulation boards to form slots, nested profiles, or specific circular interfaces, eliminating the need for on-site modifications.
Technical Superiority
Our vacuum systems and insulating cores undergo structural analysis under pressure to confirm mechanical performance in industrial systems.
Quick turnaround on custom configurations. Our engineers adapt insulation parameters to match specific industrial specifications.
Large-scale manufacturing facilities in Nanchong City enable us to supply volume demands for regional and global distribution.
Targeted Applications
Protects temperature-sensitive pharmaceuticals and clinical biological specimens using specialized VIP shipping box designs.
Optimizes high-efficiency building envelopes to reduce energy consumption in HVAC systems and meet sustainable building certifications.
Provides robust thermal barrier performance inside furnaces, smelting zones, and mechanical heat shields.
Used in specialized custom outdoor structures and mobile architectural installations requiring high-efficiency insulation panels.
Proven Performance
Supplied customized micro-porous thermal barrier configurations for electronic shielding in high-temperature environments.
Integrated fumed silica VIP insulation layers into high-precision structural thermal enclosures.
Provided sustainable, modular insulation panels for wall structures to improve building thermal performance.
Engineered cold-storage solutions to maintain stable temperature ranges for pharmaceutical storage and logistics.
Newsroom
Reviewing the safety impact and heat resistance of nano-microporous panels used in modern elevator fireproof door systems.
A display of vacuum insulation solutions and high-temperature panels at booth #10.2K06 during the Canton Fair.
How advanced microporous designs minimize heat loss in specialized industrial furnace setups.
Scientific Whitepaper
To understand the performance of Zerothermo's nano-microporous boards, it helps to examine the core components of thermal transfer: solid conduction, radiative transfer, and gaseous convection. Standard fibrous insulators only limit solid conduction and radiative transfer, leaving gaseous convection within the insulation pockets unchecked.
Nano-microporous insulation targets this gas-phase conduction by utilizing pore spaces smaller than the mean free path of air molecules (approx. 70 nanometers under standard atmospheric pressure). By packing fumed silica particles into pore networks smaller than 50 nanometers, gas molecules are prevented from colliding and transferring kinetic energy. This design reduces thermal conductivity below that of still air, even at elevated operating temperatures.
Manufacturing insulation panels that maintain structural integrity and a low thermal profile over long lifetimes requires precise quality control. At Zerothermo's Nanchong City facility, we monitor several critical phases:
1. Core Formulations: We select and mix high-grade fumed silica with inorganic opacifiers and reinforcement fibers to optimize structural density and block infrared radiation.
2. High-Pressure Compaction: The mixture is pressed under computer-controlled conditions to form a uniform core, avoiding structural density variances that could lead to hot spots.
3. Vacuum Seals and Film Protection: For vacuum panels, high-barrier multi-layer laminate envelopes are applied. Each panel undergoes testing to ensure a high level of vacuum retention.
Technical Reference
Get in touch with our applications engineering team to review design specifications, coordinate custom component fabrication, or request a quote for your project.
Industrial Reference Portfolio
Designed for cold-chain containers, this panel limits heat transfer to protect temperature-sensitive materials.
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Optimized with a protective outer layer to extend the service life of core vacuum materials.
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Engineered cold-storage boxes designed to maintain target temperatures during vaccine transportation.
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Combines interior structural lining with high-performance insulation in a single modular component.
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Flexible wrap insulation designed to reduce standby heat loss in residential and industrial storage tanks.
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Flexible microporous mats designed to fit curved structures, piping systems, and complex geometries.
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Specially certified thin insulation panels designed to meet fire safety ratings in lift and elevator doors.
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Designed for industrial processes operating in continuous high-temperature working conditions.
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