Explore our top B2B thermal barrier solutions designed for modern low-carbon envelopes and architectural retrofit demands.
Ultra-thin thermal envelopes with high-density structural backing, ideal for space-constrained exterior facade integrations.
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Designed for low-temperature containment, combining structural reliability with low thermal conductivity.
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Prefinished architectural aesthetic combined with high-grade cores, delivering rapid installation timelines.
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Heavy-duty radiant barrier coating paired with micro-porous structure for roof and high-exposure envelope insulation.
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Advanced microporous structure offering structural compliance and extreme thermal efficiency under high-temperature loads.
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Highly durable multi-layer barrier films protecting the inner fumed silica vacuum core for decades of performance.
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Offsite construction modules engineered for direct integration into structural curtain wall frames.
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Engineered for maximum thermal barrier performance in compact designs, matching strict safety standards.
View DetailsWithin B2B construction procurement, the term "Cheap Cladding" is undergoing a paradigm shift. Real economic optimization is no longer simply about sourcing cheap, low-grade exterior boards that degrade within a decade. Instead, modern architectural standards demand materials that optimize Total Cost of Ownership (TCO). By utilizing high-efficiency thermal barriers, developers drastically reduce lifetime HVAC consumption, minimize structural wall thickness, and optimize valuable interior floor space.
"Real cost efficiency in modern curtain walls and external systems is achieved through prefabricated integration. Ultra-low thermal conductivity allows a thinner envelope to perform up to 10 times better than thick, traditional fiber insulations."
Conventional external systems rely heavily on thick mineral wool or polyurethane foams, which require deep exterior frames and complex installation configurations. Fumed silica-cored Vacuum Insulation Panels (VIPs) represent the pinnacle of current material science. With an initial thermal conductivity of just 0.004 W/(m·K), they deliver thermal resistance values that are practically impossible to achieve with standard polymers at the same thickness.
The roadmap for high-durability external cladding points toward complete integration. Future developments focus on:
Worldwide initiatives target net-zero carbon operations, prompting regulatory updates for exterior cladding. In commercial settings, thermal bridging around slab edges and structural columns account for up to 30% of envelope heat loss. Zerothermo's vacuum-insulated panels offer customizable structural designs that resolve thermal bridging issues in complex curtain walls without compromising the aesthetic layout of the building facade.
Directly addressing specific industrial applications with certified vacuum engineering and thermal barrier designs.
Custom 5-15mm thickness blankets safeguarding battery compartments from thermal runaway events.
Tailored microporous thermal protection minimizing stand-by energy loss in high-end storage tanks.
Nano microporous core panels offering certified fire-barrier integrity for commercial elevators.
Precision CNC-cut fumed silica vacuum boards customized for non-flat and complex architectural curves.
Flexible round configuration thermal barriers designed for industrial piping and curved vessels.
Reinforced mechanical protection wrapping to prevent onsite puncture hazards during installation.
Optimized logistics panel configurations maintaining critical vaccine and bio-payload temperatures.
Extra-large format fumed silica panel designs optimized for maximum volume containment shipping containers.
Zerothermo Technology Co., Ltd., a subsidiary of the prestigious CBVAC Group, operates as a national high-tech enterprise. Our strategic headquarters is established in the Beijing Economic-Technological Development Area, while our primary manufacturing base is located in Nanchong City, Sichuan Province. This specialized facility represents one of China's largest comprehensive production centers for high-vacuum applications and thermal barrier products.
Integrating industrial vacuum engineering, thin-film gas barrier research, and micro-nanometer pore optimization, we deliver thermal cladding and structural insulation systems globally, supporting international energy transition initiatives.
Custom engineering to drawings
Square, oval & micro components
ASME/DIN standards and custom high-vacuum seals
Leveraging the structural scale and production technology of the CBVAC Group to provide cost-effective VIP core products.
The Sichuan production hub features automated, custom-engineered lines that handle vacuum sealing, core drying, and protective outer lamination under constant quality controls. Automated manufacturing mitigates the risk of gas permeation, ensuring consistent thermal resistance and product uniformity.
Integrating automated manufacturing processes reduces labor overheads, allowing Zerothermo to supply premium B2B fumed-silica materials at competitive global rates.
Every VIP batch undergoes helium mass spectrometer leak detection and thermal conductivity validation, complying with European standard EN 13165 and ASTM requirements.
Propelling next-generation insulation engineering forward with verified B2B operational frameworks.
Adhering to strict international standards for long-term thermal reliability.
Rapid engineering design and prototyping for complex curtain walls.
Nanchong base handles large B2B supply requests efficiently.
Special packaging and global shipping pipelines prevent onsite punctures.
Comprehensive technical support, design collaboration, and performance monitoring.
Engineered for extreme performance across commercial and cold chain sectors.
Providing high-efficiency thermal insulation solutions for temperature-controlled transport systems, ensuring bio-medical integrity globally.
Empowering net-zero building envelope systems through thin profile vacuum insulation panels, maximizing interior floor footprint.
Microporous backing insulation optimized for containment systems, heat treatment plants, and special high-temperature door configurations.
Integrating pre-fabricated pods and modular cabins with thin insulated walls, allowing offsite transport without added bulk.
Real-world applications showing performance and thermal barrier durability under field conditions.
Integration of customized structural barrier films in semiconductor cleanroom envelopes to stabilize interior microclimates.
Thin-barrier exterior wall optimization project reducing total envelope heating demands by 35% using fumed silica VIP panels.
Modern thermal upgrades on historical building envelopes, optimizing retrofitted wall thickness while meeting energy guidelines.
Custom VIP insulation layer providing continuous temperature maintenance for critical pharmaceutical shipments.
For architects and main contractors sourcing high-performance exterior wall panels, standard off-the-shelf insulation might not meet design criteria. At Zerothermo, we collaborate closely with design engineers to match specifications with project parameters.
Unlike traditional insulation foam that can be trimmed onsite, vacuum insulation panels cannot be cut or drilled. Piercing the high-barrier envelope releases the internal vacuum, reverting the thermal performance back to that of uncompressed fumed silica.
Design Tip: When planning an external wall project, prepare a panel layout map. The perimeter margins and window openings should utilize matching-thickness mineral wool or polyurethane strips to accommodate onsite adjustments.
Our manufacturing processes conform to global compliance standards, assuring seamless customs clearance and structural approval in European, American, and Asia-Pacific regions:
Answers to common B2B questions regarding vacuum panels, external cladding, and structural installation.
While the initial cost per square meter is higher than traditional XPS or glass fiber, VIPs offer a thermal conductivity of 0.004 W/(m·K). This allows you to achieve the same R-value with up to 90% less thickness. The space-saving design increases usable floor area, and the long-term energy savings lower lifecycle operational costs.
No. Cutting or drilling the high-barrier envelope breaks the vacuum seal, raising the thermal conductivity to approximately 0.020 W/(m·K). All panels must be manufactured to specific project dimensions. For gaps or margins, matching traditional insulation strips are utilized.
VIPs are typically integrated within modular insulation cassettes, sandwich panels, or protected behind robust exterior rainscreens. We also provide panels with PET laminated films or reinforced backing plates to protect against handling and installation wear.
Our core fumed silica material is inorganic and naturally non-combustible, achieving a Class A fire rating. This makes them suitable for high-rise buildings and fire-safe envelope configurations.
Under typical building conditions, our panels are engineered to maintain their vacuum and thermal properties for up to 50 years. The fumed silica core has moisture-absorbing agents that capture microscopic gas particles over time.
Stay updated on our technological developments, structural test findings, and trade fair appearances.
Exploring the performance and safety advantages of using microporous insulation to enhance the fire rating of elevator shafts and doors.
Our engineering team presented fumed silica vacuum insulation panels and custom flanges at Canton Fair Booth 10.2K06.
A technical review of nano microporous material developments and their application in extreme high-temperature environments.
We supply end-to-end B2B vacuum insulation solutions, covering architectural envelopes, cold chain logistics, and high-temperature industrial barriers. Get in touch for custom pricing, panel layouts, and engineering consultations.
+8615892792306
Further product lines engineered for heavy-duty industrial integration and temperature containment.
Providing high-efficiency heat protection for lithium battery cells, preventing cell-to-cell thermal propagation.
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Thin and light profile core panels engineered to fit standard commercial elevator door frames, matching fire safety regulations.
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Engineered hybrid cores combining polyurethane durability with the thermal performance of a vacuum panel.
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Cost-effective microporous wrap systems engineered to fit domestic and industrial heat-pump storage tanks.
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Pre-finished exterior panels featuring structural cladding and integrated high-vacuum insulation in a single assembly.
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Designed for long-distance cold-chain logistics, offering protection for temperature-sensitive cargo.
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Flexible heat barrier panels configured to insulate complex geometries and high-temperature piping systems.
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High-efficiency, cost-optimized external wall vacuum barriers for massive commercial housing projects.
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