Engineered thermal solutions designed to yield maximum energy conservation, minimum space utilization, and proven R-value durability across commercial, industrial, and specialized architectural applications.
Hybrid polyurethane vacuum insulation panels delivering exceptional dimensional stability and low thermal conductivity for critical cold chain container designs.
High-reflectivity metallic aluminum foil faced foam insulation boards for building envelope retrofits and structural roofing systems.
Pre-finished modular exterior cladding combining superior vacuum insulation performance with modern, aesthetic architectural finishes.
High-temperature nano-microporous core panels engineered for industrial furnace isolation, mechanical piping, and fire-barrier structural systems.
Fumed silica core vacuum panels encapsulated with specialized PET protection film to optimize long-term vacuum retention and prevent mechanical wear.
Ultra-low thermal conductivity fiberglass core VIPs, custom-engineered for residential refrigeration envelopes and architectural cladding layers.
Double-glazed vacuum-insulated safety glass offering superior U-values for energy-efficient facades and smart architectural window assemblies.
Highly flexible, thin-profile microporous blankets for water heater vessels to prevent thermal storage losses and reduce standby energy consumption.
In an era defined by aggressive decarbonization mandates and stringent energy performance regulations, the global construction industry faces a critical challenge: achieving superior building envelope R-values while minimizing structural weight and spatial footprints. Conventional insulating materials—such as expanded polystyrene (EPS), extruded polystyrene (XPS), and mineral wool—require significant structural thickness to achieve compliance with modernized code directives like the EU’s Energy Performance of Buildings Directive (EPBD) and ASHRAE 90.1.
Vacuum Insulation Panels (VIPs) represent the pinnacle of material science in thermal barriers, leveraging a partial vacuum core to virtually eliminate gas conduction. This mechanism yields a design thermal conductivity ($\lambda$) as low as 0.0035 W/(m·K) to 0.005 W/(m·K)—up to ten times more efficient than standard polyurethane or mineral wool systems. Incorporating customized VIP panels into building designs allows architects to achieve net-zero building envelopes without compromising floor area space.
By replacing a 200mm conventional fiber facade insulation layer with a 30mm fumed silica vacuum insulation panel, developers can reclaim valuable rentable floor area (typically 3-5% increase in urban projects) while drastically reducing the embodied carbon of structural anchors and foundation systems.
The selection of VIP core chemistry directly dictates the long-term performance, durability, and fire safety of the building insulation assembly. Generally, manufacturers categorize cores into two primary technological families:
| Core Material Type | Typical Thermal Conductivity (Initial) | Typical Thermal Conductivity (25-Yr Aged) | Fire Performance Rating | Typical Construction Application |
|---|---|---|---|---|
| Fumed Silica (Nano-porous) | 0.0040 W/(m·K) | 0.0060 - 0.0070 W/(m·K) | Class A1 / A2 Non-combustible | Architectural Walls, Roofs, Balconies, Floor Slabs |
| Fiberglass Core | 0.0018 W/(m·K) | 0.0080 - 0.0120 W/(m·K) | B1 / B2 Combustible Envelope | Refrigeration, Cold Box Enclosures, Secondary Layers |
| PU Foam Core Hybrid | 0.0070 W/(m·K) | 0.0150 W/(m·K) | Class B2 / B3 | Cold Chain Containers, Mobile Refrigerated units |
From custom-shaped panels to specialized nano-pore structures, we provide bespoke manufacturing parameters matching strict architectural designs.
Bespoke 5mm to 15mm low-clearance VIPs optimized for EV battery compartments to manage thermal runaway risks.
Tailored thickness wraps optimized for high-temperature domestic water heating units to minimize thermal decay.
Fireproof core panels customized for industrial elevator shafts, safety doors, and thermal escape corridors.
Non-standard dimensions including curvilinear profiles and corner structural offsets to prevent thermal bridging.
Flexible nano-mats designed for round storage vessels, industrial piping headers, and localized heat sources.
Advanced PET-laminated silica cores providing excellent structural strength and low outgassing properties.
Fumed silica cores specifically formulated for vaccine packaging and pharma cold-chain distribution modules.
Over-sized vacuum core panels suited for prefabricated external curtain wall assemblies.
Procuring high-performance vacuum insulation panels requires balancing initial capital expenditure (CAPEX) with long-term operational savings. Major procurement teams across North America, Europe, and Asia-Pacific utilize key metrics to validate suppliers. These requirements include:
A key trend in energy retrofitting is the development of *Integrated Façade Systems*. In cities like London, Paris, and Frankfurt, historic preservation laws forbid modifying building exterior dimensions. VIP panels solve this by integrating directly behind thin architectural renders, preserving historical façades while meeting current thermal building codes.
Zerothermo Technology Co., Ltd., a subsidiary of the distinguished CBVAC Group, is a national high-tech enterprise at the forefront of vacuum technology application science. Headquartered in the Beijing Economic-Technological Development Area, our state-of-the-art production base is strategically located in Nanchong City, Sichuan Province.
This industrial complex ranks among China’s largest and most comprehensive manufacturing sites for vacuum-based insulative and structural materials, employing advanced robotic vacuum sealing systems, inline quality monitoring, and automated dimensional scanning.
In addition to our world-class thermal insulation products, we manufacture precision components to meet the technical drawings and parameters of industrial engineering clients:
Custom manufactured according to specialized drawings and architectural specifications.
Square, oval, and bespoke geometric designs for specialized industrial applications.
Engineered to withstand high pressure and vacuum loads in complex structural designs.
As regulatory codes shift toward life-cycle emissions assessments, the technology of vacuum insulation panels is evolving rapidly to improve durability and simplify installation. Below are the key milestones in our product roadmap:
Integrating fumed silica with bio-based aerogels to reduce material density while maintaining high performance. This hybrid design delivers Class A fire protection and reduces structural weight by 15%.
Developing barrier foils with embedded sensor layers. These sensors allow contractors to verify vacuum pressures and thermal performance using RFID technology, both during installation and over the building's lifecycle.
Designing barrier films and core silicas that are easily separable at the building's end-of-life, supporting circular construction practices and minimizing demolition waste.
The transition toward high-density building envelopes is accelerating, especially in urban centers with high real estate costs. In cities such as Tokyo, London, and New York, every square meter of usable space has high commercial value. Standard insulation systems consume usable floor area, whereas thin VIP systems achieve compliance while maximizing building space. This provides developers with clear economic benefits that offset the initial material costs.
Why Zerothermo stands as the preferred manufacturing partner for global construction projects.
Our products undergo rigorous mass spectrometer leak testing, ensuring stable, long-term vacuum retention for your projects.
We provide comprehensive design support, delivering custom panel dimensions, edge configurations, and protective outer casings.
Our Sichuan manufacturing facility features automated production lines, meeting large-scale demands with short lead times.
Our secure packaging and integrated supply chain minimize transport risks and ensure on-time delivery to project sites worldwide.
Backed by the CBVAC Group, we offer robust warranty support and technical assistance throughout your project's lifecycle.
Maintaining strict temperature profiles (+2°C to +8°C and -20°C) for vaccines and biological cargo transport.
Achieving Passive House wall R-values with ultra-slim footprints, minimizing space loss on exterior facades.
Delivering advanced thermal protection for high-temperature equipment and energy storage systems.
Providing lightweight, modular structural insulation for premium eco-resort cabins and transient accommodation systems.
High-precision semiconductor test-chamber insulation upgrade using custom-shaped vacuum layouts.
Ultra-low temperature storage facility engineered with advanced vacuum pane technology for high thermal stability.
Educational block facade energy upgrade meeting local low-carbon standards using integrated exterior wall panels.
Mass-produced lightweight fumed silica cooler boxes for intercontinental distribution of temperature-sensitive medical supplies.
Committed to supporting carbon neutrality goals, Zerothermo Technology drives innovation in thermal insulation and sustainable industrial design.
Analyzing how modern high-rise elevator shafts utilize thin-profile microporous core structures to meet structural fire ratings and minimize thermal bridging.
Exhibiting our latest product lines, including vacuum insulated glass and customized fumed silica core insulation panels, at the Canton Fair.
Evaluating performance metrics of silica-based nano-panels under extreme temperatures in industrial furnaces and thermal energy storage systems.
Key technical information for design engineers and procurement specialists.
High-performance insulation materials and specialty panels designed for temperature control, mechanical protection, and energy efficiency.
Fumed silica core vacuum panels engineered to maintain stable temperature zones inside pharmaceutical logistics containers and dry-shipper boxes.
Integrated cladding panels that combine core vacuum insulation with decorative, weather-resistant outer finishes to simplify site installation.
Highly flexible, low-conductivity nano-mats designed for insulating complex industrial piping, valves, and curved equipment surfaces.
Custom-shaped silica core VIPs featuring protective PET outer films, designed for complex architectural shapes and demanding thermal requirements.
High-temperature flexible blankets and circular mats designed for industrial piping, storage vessels, and heating system components.
Large-format fumed silica panels designed for intermodal shipping containers, transport trailers, and temperature-controlled logistics.
High-performance vacuum wall panels designed for modern construction, providing thin-profile thermal shielding and building envelope insulation.
Reinforced vacuum insulation panels with enhanced mechanical protection layers to resist punctures and wear on busy construction sites.
We provide comprehensive thermal insulation solutions tailored to your project requirements. Contact our engineering team for technical support, product quotes, and custom configurations.
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