Designed for complex geometries in extreme environments, providing advanced mechanical strength and flexibility for Emirates industrial infrastructure.
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Integrated structural panels with supreme architectural values, optimized for energy-saving industrial facades in high-ambient Middle East climates.
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High-precision unitized core systems optimized for fast installation in commercial and structural construction sectors across Abu Dhabi & Dubai.
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A complete structural and insulation integrated solution guaranteeing near-zero thermal bridging and excellent architectural versatility.
Full SpecificationsThe industrial landscape of the United Arab Emirates (UAE) is undergoing a massive transformation. Driven by national strategies such as the Abu Dhabi Economic Vision 2030 and Dubai’s Industrial Strategy 2030, heavy manufacturing, metallurgy, petrochemicals, and energy industries are expanding rapidly. In regions like the Ruwais Industrial Zone, Jebel Ali Free Zone (JAFZA), and Khalifa Industrial Zone Abu Dhabi (KIZAD), operations run under extreme ambient temperatures that regularly surpass 45°C in the summer. Consequently, thermal management is not merely an operational concern—it is a critical pillar of energy efficiency, work safety, and carbon emission abatement.
Traditional insulating materials like mineral wool, calcium silicate, and ceramic fibers are reaching their limits. Modern processes require thinner barriers, exceptional thermal performance, and lower carbon footprints. This is where Nano Microporous Insulation Panels come into play. By leveraging nano-engineered structures, these panels achieve a thermal conductivity level that is lower than that of still air, providing unmatched performance at temperatures exceeding 1000°C.
In addition, the UAE is committed to achieving net-zero emissions by 2050, making it the first Middle Eastern nation to do so. In this context, reducing thermodynamic energy loss in manufacturing facilities—such as aluminum smelters, glass furnaces, oil pipelines, and ceramic kilns—is the most effective way to secure rapid and massive drops in carbon intensity. Implementing fumed silica microporous technology allows UAE engineers to optimize thermal processes while reclaiming valuable spatial margins.
The exceptional performance of Nano Microporous Thermal Insulation Panels relies on the manipulation of physical principles at the nanometer scale. Specifically, these panels utilize the Knudsen Effect to minimize gas phase heat transfer.
Furthermore, solid-state heat conduction is restricted because the panel is composed of amorphous, nano-structured fumed silica particles. The contact points between these particles are extremely small, creating high-resistance pathways for solid-phase heat flow. Lastly, infrared opacifiers (such as silicon carbide or titanium dioxide) are blended into the matrix to absorb and scatter radiative heat, which dominates heat transfer at temperatures above 500°C. Together, these mechanisms allow Nano Microporous Panels to achieve thermal conductivity values as low as 0.015 W/(m·K) at room temperature, far surpassing any traditional fibrous or cellular insulation materials.
Ultra-thin microporous solutions protecting EV battery packs from thermal runaway in high-temperature UAE driving conditions.
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Specially formulated hydrophobic microporous cores resisting humidity, moisture, and extreme temperature changes.
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Optimized core materials for elevator fireproof doors, furnaces, and chemical reaction kilns in heavy industries.
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Custom cylindrical, curved, or angular vacuum insulation panels designed to match specific industrial engineering drawings.
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Flexible wrap-around mats designed for pipe insulation, high-temperature conduits, and cylindrical reactors.
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Premium encapsulation layers for logistics applications, cold chain compliance, and vaccine transit protection.
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Engineered vacuum panels designed to support cold supply chains, food preservation, and bio-medical storage.
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Extra-large custom-engineered panels for industrial shipping containers, large storage rooms, and heavy structural walls.
Request SolutionZerothermo Technology Co., Ltd., a key subsidiary of the prestigious CBVAC Group, is a national high-tech enterprise at the forefront of vacuum and thermal insulation science. With our corporate headquarters based in the Beijing Economic-Technological Development Area and our primary manufacturing facility situated in Nanchong City, Sichuan Province, we operate one of China's largest and most comprehensive production bases for advanced vacuum technology applications.
Our company leverages the massive manufacturing strengths of China's industrial base: robust material supply chains, specialized engineering expertise, and advanced automation. This allows us to offer UAE procurement managers and global EPC contractors premium-grade thermal materials at competitive costs. Our facility specializes in producing standard and non-standard vacuum insulation boards and microporous panels, ensuring high quality control, rapid turnarounds, and compliance with ASTM and ISO standards.
The unique operational parameters of the Middle East region require specialized engineering approaches. Here are the core areas where Nano Microporous Panels deliver immediate financial and energy improvements to UAE operators:
Aluminium smelting is a highly energy-intensive process. Integrating thin microporous insulation in the sidewalls and bottoms of reduction cells restricts heat dissipation, reduces cathode energy losses, and maintains the required temperature of the bath. The spatial compactness of nano panels allows smelters to increase electrolyte capacity without changing the overall outer dimensions of the pot.
At the refining and cracking installations in Abu Dhabi, high-temperature pipelines require strict thermal management to prevent energy dissipation and mitigate the risks of Corrosion Under Insulation (CUI). Our hydrophobic microporous insulation panels are designed to resist high humidity and marine salt conditions, protecting structures from chemical wear while insulating up to 1000°C.
With high rise structures across Dubai and Abu Dhabi, fire safety compliance is a critical engineering requirement. Nano Microporous Panels are integrated into fire doors and building cores to provide high-grade fire prevention (Class A1 non-combustible) without adding thickness or weight, ensuring modern high-rise buildings comply with the UAE Fire and Life Safety Code.
Under ambient temperatures that can exceed 45°C, preserving sensitive pharmaceutical goods, biological vaccines, and fresh foods is a logistical challenge. By combining vacuum insulation panels (VIPs) with thermal cooler boxes, cold chain operators in the GCC region can extend holding times, reduce the need for active cooling systems, and optimize cargo efficiency.
Integrating microporous solutions for thermal isolation in cleanrooms and micro-electronic testing bays.
Refinery cracking unit pipe insulation retrofitted with custom nano mats to reduce energy losses.
High-end structural thermal envelope project utilizing vacuum insulation panels for fire protection and energy savings.
Innovative thermal cooler boxes insulated with fumed silica cores to guarantee safe vaccine transit.
Nano Microporous Panels offer thermal conductivity values that are 3 to 4 times lower than traditional ceramic fiber insulation, particularly at high temperatures (600°C–1000°C). This allows engineers to achieve the same insulating performance with 25% to 30% of the thickness, saving valuable space, reducing weight, and lowering the overall energy footprint of industrial furnaces.
Our custom-engineered waterproof formulations incorporate hydrophobic agents into the fumed silica core. This ensures the microporous structure does not absorb atmospheric moisture, preventing thermal degradation and preventing Corrosion Under Insulation (CUI) in humid coastal areas like Dubai, Abu Dhabi, and Sharjah.
Our high-temperature nano microporous panel series operates continuously at temperatures up to 1000°C and can withstand peak temperatures of up to 1100°C. For applications below these temperatures, the structural core maintains excellent thermal stability and compression resistance over long-term thermal cycles.
Yes, our microporous core systems are composed of inorganic fumed silica and opacifiers, which are naturally non-combustible. They achieve Class A1 fire rating compliance, meeting the requirements of the UAE Civil Defense for building fire protection, structural columns, and elevator fire doors.
Absolutely. We offer complete custom services for non-standard requirements. We can machine, cut, and encapsulate panels into round sleeves, elbow bends, and complex 3D shapes. For vacuum-sealed VIPs, custom sizing must be finalized prior to vacuum sealing to preserve the barrier integrity.
Standard custom production runs take between 15 to 25 days depending on the order volume. Shipping is handled directly from major Chinese shipping hubs (Shenzhen/Shanghai) to major UAE entry ports (Jebel Ali, Khalifa Port, or Sharjah Port), with transit times typically ranging between 18 to 25 days.
Our technical engineers are ready to assist you with calculation models, material specifications, and logistics plans tailored to your project’s parameters.
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Structural panels engineered with high compression cores, ideal for demanding load-bearing envelopes in UAE construction.
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Cost-efficient structural heat shields providing thermal barriers for modern green building projects.
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High-temperature panels engineered to limit thermodynamic losses in industrial ovens, reactors, and kilns.
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Optimized fumed silica VIP solutions for the transportation of vaccines, medical components, and perishable assets.
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Large-format panels designed to protect standard containers, refrigeration holds, and bulk storage compartments.
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PET-laminated panels offering high barrier protection and reliable thermal stability over years of service.
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High-performance cooler boxes designed to ensure cold chain compliance during transport in hot climates.
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Flexible high-temperature mats that wrap around pipes and curved sections, minimizing heat leakage.
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Bespoke vacuum panels manufactured to specifications, including holes, notches, and rounded corners.
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High-efficiency fiberglass core panels designed for high-performance home appliances and building applications.
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Reinforced aluminum foil insulation panels providing thermal reflection and energy savings in roofs.
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Polyurethane-encapsulated vacuum panels that combine structural stability with excellent thermal properties.
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