Based on fiberglass core material, optimal for refrigerator, freezer, and construction envelope systems.
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High thermal resistance glass solutions for green architectural windows and industrial structural setups.
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Engineered for low-temperature cold chain logistics and medical packaging environments.
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Custom heat shield layers designed specifically for New Energy Vehicle battery cell protection.
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Composite structures for cooler boxes and shipping containers, maximizing storage capacity and thermal control.
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With fumed silica vacuum insulation panel core, offering prolonged thermal protection for clinical storage.
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Roll-form metal-faced foam thermal insulation sheets for roofs, structural envelopes, and HVAC ventilation systems.
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Aesthetic and functional decorative thermal boards for prefabricated high-efficiency construction facades.
Get QuotesExecutive Summary: Modern heavy industry, electric vehicle infrastructure, and advanced building systems require heat barriers that perform beyond the physical limits of traditional mineral wool or calcium silicate. Nano-microporous insulation boards operate via the "Knudsen Effect" where pore spaces are engineered to be smaller than the mean free path of gas molecules (approx. 70nm), essentially neutralizing convective and conductive heat transfer paths.
As corporate net-zero requirements accelerate, procurement professionals are analyzing thermal performance through the lens of Lifetime Cost of Ownership (TCO). High-temperature applications in petrochemical cracking units, heavy industrial kilns, and glass production furnaces require thermal materials that retain geometry and insulation value over cycles exceeding 1000°C.
Global logistics demand for vaccine distribution and cold-chain infrastructure has further complicated the supply requirements. Fumed silica-based vacuum insulation panels (VIPs) are replacing traditional polyurethane structures due to their higher R-value per inch, enabling up to 30% more interior payload volume while keeping strict temperature profiles for longer durations.
| Insulation Type | Thermal Conductivity (W/m·K) at 400°C | Thickness Required for Equivalent Barrier | Service Life Expectations |
|---|---|---|---|
| Ceramic Fiber Board | 0.09 - 0.12 | 100 mm | Moderate (prone to degradation) |
| Calcium Silicate | 0.08 - 0.10 | 85 mm | Long (but bulky & heavy) |
| Nano-Microporous Board | 0.02 - 0.026 | 25 mm | Ultra-Long (chemically stable) |
Whether configuring battery insulation for high-output lithium packs or insulating elevator fireproof doors, structural designers must balance thickness, weight, and mechanical strength. Our factory formulations allow custom high-temperature nano microporous panel manufacturing matching exact geometric configurations.
Our research division continues to push thermal limits. The development timeline involves transitioning from standard fumed silica configurations to advanced composite structures integrated with hybrid aerogels. By utilizing high-density opacifiers, we block infrared radiation paths even at temperatures scaling up to 1050°C. Further, our focus includes eco-friendly binders to ensure complete thermal degradation safety with zero organic outgassing during operations.
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 beyond standard parameters are produced according to customized engineering plans or specific technical metrics.
Square, oval, and other custom geometry requirements from oversized parameters to high-precision micro setups.
Rigorous internal QA procedures ensure all vacuum insulation products meet or exceed safety regulations, structural life minimums, and strict energy ratings.
We match physical configurations and performance criteria to custom machinery needs, maintaining short development times from prototype to final scale.
Our advanced industrial footprint delivers massive manufacturing capacity, preventing delays for tier-1 global infrastructure tasks.
Optimized sea, rail, and air logistics partners ensure fast shipments across regions, along with reliable customs clearances.
We support your engineering operations with reliable technical service, lifetime tracking data, and dedicated local contact options.
Ensures critical stability for vaccines and sensitive biologics, utilizing advanced VIP systems inside transport packaging.
Achieves passive energy standards via thin-profile external wall panels, maximizing space inside premium urban developments.
Optimizes heat output, reduces insulation thicknesses, and lowers energy overheads across metallurgical processes.
Provides high thermal barriers for prefabricated transport structures, glamping shells, and unique modular constructions.
Size: Custom configurations
Thickness: 5mm - 15mm
Optimized protection against cell thermal runaway.
Thickness: 5mm - 20mm
Maintains water temperatures longer, dramatically reducing electricity usage.
Meets strict international commercial building safety codes, delivering thin-profile protection.
Designed with protective PET films for non-linear structures and custom industrial pipe layouts.
Supplied high-density silica microporous backing insulation for primary machinery setups.
Decreased furnace energy consumption by 22% using integrated thermal backing board configurations.
Integrated green exterior wall insulation to meet regional low-energy institutional standards.
Equipped specialized medical logistics fleets with fumed silica cold boxes for secure delivery runs.
2023/Apr/19
Evaluating fire safety compliance shifts and how thin nano panels play a crucial role in code alignment.
2023/Apr/17
Connecting with international buyers looking to update high-performance insulation supply lines.
2023/Apr/13
A technical look at how fumed silica and custom core materials are transforming industrial energy efficiency.
Our fumed silica based microporous insulation boards maintain an ultra-low thermal conductivity of approximately 0.020 W/m·K at room temperature, and only rise to about 0.028 W/m·K at 600°C. This performance is roughly 4 times better than traditional ceramic fiber blankets or calcium silicate boards, allowing space-saving designs in complex industrial setups.
In electric vehicles, they are utilized as thermal runaway barriers. Their thin profiles allow placement between cells or modules. In the event of battery failure, the boards block temperature propagation, containing the heat and giving passengers time to exit. Our custom battery blankets are modified for mechanical vibration resistance and ease of integration.
Microporous insulation is designed for heat protection; however, dry-state application is recommended. While they withstand high temperatures up to 1050°C, direct liquid water contact can compromise the nano-pore structure. To address this, we offer hydrophobic treatments or aluminum foil/PET wrap solutions to protect the cores from moisture and wear.
We are a division of the CBVAC Group, operating one of the largest vacuum product manufacturing centers in China. Our processes follow ISO 9001, ISO 14001, and ISO 45001 standards. Every batch is tested for density, dimensional consistency, and thermal performance using advanced analyzer equipment before leaving the factory.
Specialized high-temperature nano microporous panel inserts optimized for commercial fireproof doors.
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Bespoke dimensional insulation panels configured for specialized laboratory chambers and furnace designs.
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Fumed silica core vacuum panels with custom profiles, suited for curved industrial piping and containers.
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Integrated vacuum thermal wall structures designed for modular buildings and cleanrooms.
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Fumed silica board wrapped in high-barrier PET film, providing reliable service life under stable temperatures.
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Custom large format panel options designed specifically to build shipping containers.
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Flexible nano microporous blanket layouts suited for storage tanks and municipal piping systems.
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Engineered structural VIP solutions with enhanced load capacities, ideal for heavy industrial floor builds.
Factory PricesGet in touch for customized board sizes, detailed technical specs, or target logistics pricing. Our engineering team responds within 24 business hours.
