Explore our primary structural, architectural, and transport insulation solutions manufactured to strict international quality standards.
Advanced pre-built energy-efficient structural units designed for rapid envelope installation.
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Extreme thermal resistance engineered for special industrial and building applications.
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Hybrid PU vacuum insulation cores optimized for high-performance cold chain applications.
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High structural integrity VIP systems for heavy load-bearing residential roof and wall layouts.
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Custom round and flexible microporous thermal blankets for curved structures.
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Next-generation glazing providing superior energy conservation and sound isolation.
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Individually tailored geometries protected by specialized PET composite barrier films.
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Tailored protection layers ensuring optimal thermal management for lithium cells.
Get QuotesAs global energy regulations tighten under decarbonization initiatives, building developers, architects, and structural designers are increasingly shifting toward advanced insulation systems. In residential construction, conventional solutions like glass mineral wool, expanded polystyrene (EPS), and standard polyurethane (PU) foam are hitting physical limits. Achieving low U-value targets required by modern certifications like Passive House (Passivhaus) or net-zero energy building codes often demands thick insulation layers, which reduces usable interior volume and complicates structural roof design. Zerothermo Technology addresses these bottlenecks by manufacturing vacuum-insulated panels (VIPs) and nano-microporous thermal materials that achieve comparable or superior insulation performance at a fraction of the thickness.
International procurement departments are looking to consolidate suppliers by identifying partners capable of delivering customized, pre-engineered solutions that fit complex roof geometries. Procurement demands typically center on:
Global developers require verification of long-term thermal conductivity values. Unlike traditional materials, VIPs maintain a core thermal conductivity (lambda value) as low as 0.0015 to 0.004 W/(m·K), ensuring high R-values over decades of operation.
Custom residential roofing requires a variety of rectangular, triangular, and shaped panels to mitigate thermal bridging. Standard on-site modification of VIP panels is impossible because cutting breaches the vacuum envelope, making pre-engineered, factory-tailored panel systems essential.
Materials must meet stringent local building codes. In the European Union and North America, non-combustibility and eco-friendly composition (like non-hazardous fumed silica cores) are key prerequisites for residential project approvals.
Understanding the mechanical and thermal differences between conventional materials and Zerothermo's vacuum and nano-microporous structures helps structural engineers select the correct materials for their specific application:
| Insulation Type | Thermal Conductivity (W/m·K) | Required Thickness (for U=0.15 W/m²K) | Primary Mechanical Limitations | Fire Classification (EN 13501) |
|---|---|---|---|---|
| Zerothermo Fumed Silica VIP | 0.0015 - 0.0040 | ~10 - 25 mm | Cannot be cut or drilled on site | Class A1 / A2 (Core material) |
| Polyurethane Foam (PU/PIR) | 0.022 - 0.028 | ~150 - 180 mm | Thermal aging, release of blowing agents | Class B-s2, d0 to Class E |
| Expanded Polystyrene (EPS) | 0.032 - 0.040 | ~200 - 260 mm | Highly flammable, large physical volume | Class E |
| Glass/Rock Mineral Wool | 0.035 - 0.045 | ~230 - 300 mm | Moisture susceptibility, heavy load load-bearing limitations | Class A1 |
Zerothermo Technology's R&D efforts center on improving barrier film longevity and automating high-vacuum core extraction. Key engineering priorities include:
From new energy vehicles to high-temperature industrial barriers, we configure our vacuum insulation to meet unique industrial envelopes and structural constraints.
Thicknesses from 5-15mm custom tailored to provide thermal runaway protection in space-constrained battery trays.
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Microporous blanket wraps customized to prevent thermal loss in pressurized storage tanks and heaters.
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Integrating fire-resistant nano-microporous board layers to meet global structural safety certifications.
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Proprietary non-rectangular geometric configurations for modern curved architectural structures.
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Flexible heat shields and insulation wraps configured for piping and cylindrical assemblies.
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Fumed silica insulation structures engineered to minimize thermal conductivity at scale.
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High-efficiency passive cooling panels engineered for vaccine transshipment boxes and reefers.
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Large dimension vacuum insulated panels designed to simplify installation in industrial container shells.
View MoreA subsidiary of CBVAC Group, Zerothermo Technology is a national high-tech enterprise. Our company headquarters is in the Beijing Economic-Technological Development Area, and our main manufacturing facility is in Nanchong City, Sichuan Province. This specialized center is one of China’s largest production bases for vacuum technology application products.
Leveraging CBVAC's extensive industrial vacuum expertise, we manufacture high-performance thermal insulation products. Our team manages the entire fabrication process, from raw fumed silica formulation and high-pressure vacuum extraction to composite barrier sealing and quality assurance testing.
We leverage our parent group's specialized precision vacuum engineering systems to develop advanced flanges, seals, and connecting assemblies for high-vacuum installations:
We manufacture custom sizes outside the typical ANSI, ASME, and DIN parameters based on client blueprints or specific technical requests.
We construct square, oval, and other custom geometries, including extra-large (over 60 inches) and micro-precision flange configurations.
Designed to maintain high seal integrity under extreme pressure differentials and demanding industrial thermal conditions.
Our production volumes, patents, and system validations support large-scale commercial and residential construction projects worldwide.
We combine advanced vacuum physics with automated production to deliver reliable quality, efficient customization, and dependable logistics support.
Our vacuum insulation technology reduces carbon footprints and helps meet modern efficiency standards across major global industries.
Ensures precise temperature control for transporting active vaccines and critical biologics using vacuum insulation panels.
Enables space-saving roof and facade assemblies that help developers meet Passive House energy targets.
Provides thermal barriers for industrial kilns, elevator fire doors, and high-heat storage installations.
Provides structural envelope systems for remote cabins and modular structures, ensuring quiet, low-energy HVAC operation.
See how our vacuum panel systems perform in key residential, institutional, and medical logistics applications.
Read our latest research updates, product developments, and upcoming industry trade fair schedules.
Get answers to common technical, manufacturing, and shipping questions about vacuum insulation systems.
Request a custom quote, technical assessment, or product sample. Our technical sales team is ready to assist you.
We provide full project assistance, including dimensional layout review, thermal calculation checks, and door-to-door global shipping. Reach out to our team using the contact details below:
Select from our range of structural insulation materials and modular panels designed for industrial and residential applications.
Utilizes fumed silica vacuum insulation panels for high-performance vaccine and cold food storage.
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Fumed silica VIP cores designed for long-distance transport insulation and temperature-sensitive freight.
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High-efficiency nano-microporous blankets designed to wrap around water heater tanks to reduce standby heat loss.
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Integrated vacuum insulation and decorative wall panels designed for direct building facade installation.
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High-performance thermal barriers engineered to prevent heat transfer through structural elevator doors during a fire.
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Large-format fumed silica panels designed to fit standard cargo reefers and intermodal transport containers.
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Combines interior structural insulation with an exterior pre-finished decorative surface layer.
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Foil-faced thermal roof insulation rolls designed to block radiant heat transfer in residential construction.
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