High-performance vacuum insulation panels with polyurethane foam cores ideal for cold chain storage boxes and coolers.
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Cost-efficient tempered vacuum insulated glass designed for superior structural resilience and low thermal transmittance.
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Tailored flexible nano insulation blankets designed for extreme thermal management and customizable layout demands.
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Advanced exterior envelope VIP solutions designed to provide ultimate thermal resistance with minimal wall thickness.
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Specialized custom-shaped fumed silica vacuum insulation panels wrapped in protective PET film for high-performance usage.
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Bulk containers optimized vacuum insulation panels designed to sustain cold chain integrity over extended transits.
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Aesthetic-grade decorative cladding integrated with modular thermal insulation cores for rapid deployment.
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Top-grade thermal protection system using flexible microporous structures for high-heat environments.
Contact ExpertsAs global carbon emission mandates tighten, the international construction and refrigeration sectors are shifting away from traditional double and triple glazing units towards high-performance Vacuum Insulated Glass (VIG). CE certification stands as the absolute structural benchmark, ensuring that VIG platforms imported into the European Economic Area (EEA) satisfy crucial security, acoustic, mechanical strength, and U-value parameters.
Modern VIG relies on a hermetic vacuum space between two glass layers, supported by microscopic spacers. Unlike standard Insulated Glass Units (IGU) containing argon or krypton gas, the near-total extraction of air (down to internal pressure levels below 10-2 Pa) virtually eliminates conductive and convective heat transfer. Combined with Low-E coatings to block radiative transfer, CE certified VIG achieves thermal transmittance profiles comparable to solid walls, establishing itself as the core driver for next-generation Net-Zero Buildings, Passive Houses, and ultra-high efficiency cold chain systems.
| Glass Architecture / Type | Average Thickness (mm) | U-Value (W/m²·K) | Acoustic Insulation (dB) | Expected Life Cycle (Years) |
|---|---|---|---|---|
| Traditional Double Glazing (Ar) | 24 - 28 mm | 1.1 - 1.4 | ~32 dB | 15 - 20 Years |
| Standard Triple Glazing (Ar) | 36 - 44 mm | 0.6 - 0.8 | ~35 dB | 20 - 25 Years |
| CE Certified Vacuum Insulated Glass | 8 - 12 mm | 0.4 - 0.5 | 39 - 43 dB | 30 - 50 Years |
Globally, industrial applications are expanding. Beyond green architecture, VIG is transforming the industrial display case sector, marine structural frameworks, and specialized temperature-regulated laboratory equipment. By partnering with a vertically integrated, high-capacity CE certified manufacturer, procurement teams secure supply-chain reliability, long-term vacuum integrity, and mechanical safety certifications.
The primary engineering challenge of Vacuum Insulated Glass is edge sealing. Because VIG maintains a massive pressure differential relative to the atmosphere, the perimeter seal must remain completely hermetic for decades without cracking. Leading factories use low-temperature solder glass or metal-to-glass edge bonding techniques, optimizing the seal line to prevent micro-fractures under extreme wind loads and localized thermal stresses.
Fully tempering the glass pane before seal extrusion ensures the VIG withstands flexural and thermal stresses without losing its tempered state during processing.
Deploying sub-millimeter high-strength alloy or ceramic spacers in precise grids to resist atmospheric crushing while minimizing thermal bridging.
Placing reactive metal alloy getters inside the cavity to continuously absorb moisture and trace gases released by the glass surface over decades of service.
R&D focused on ultra-precise laser fusion techniques to create a native glass-to-glass structural bond, eliminating the need for metallic binders.
Zerothermo Technology Co., Ltd., a subsidiary of the renowned CBVAC Group, is a leading national high-tech enterprise. Headquartered in the Beijing Economic-Technological Development Area, our state-of-the-art production base is strategically located in Nanchong City, Sichuan Province.
This advanced facility is one of China’s largest and most comprehensive production hubs for vacuum technology application products. We integrate R&D, structural design, automated glass tempering, vacuum deposition, and stringent quality testing to deliver world-class thermal insulation systems.
Specialized sizes beyond ANSI/ASME/DIN standards, custom designed from parameters.
Square, oval, and micro-precision flanges exceeding 60-inch diameters for advanced machinery.
Every glass batch undergo multiple quality checks, conforming to ISO 9001 and strict CE certifications to guarantee long-term vacuum life.
Our specialized engineering team delivers customized sizes, shape cutouts, and custom spacer patterns tailored for challenging architectural designs.
With massive production bases, we handle mega-scale industrial orders efficiently while maintaining precise tolerances.
Secure logistics packaging, custom shock-absorbing shipping frames, and full compliance handling for seamless international delivery.
We offer comprehensive technical consultation, performance modeling, and long-term warranties to support engineers and architects worldwide.
Custom thermal barrier wraps (5-15mm) designed to prevent thermal runaway propagation in high-capacity EV batteries.
Micro-engineered flexible insulation wraps optimized to maximize heat retention in high-temperature boilers and water heaters.
Advanced microporous thermal barriers providing high-performance fire resistance for modern elevator shaft doors.
Custom-cut vacuum insulation panels using fumed silica cores to fit unique geometries without compromising vacuum performance.
Precision-cut rounded nano-microporous blankets designed for circular conduits, flanges, and piping structures.
High-grade core thermal insulation systems featuring incredibly low thermal conductivity ratings.
Designed specifically for long-distance transport, preserving medicine, vaccines, and high-value food items.
Extra-large dimension vacuum insulation panels engineered for large container ship applications and heavy building facades.
Ultra-reliable insulation systems designed for temperature-sensitive shipping. Minimizes payload volume while maintaining critical temperatures for medical storage.
Empowering low-energy building designs with ultra-thin profiles, enabling dramatic U-value reductions and optimal acoustic control for urban developments.
Industrial-grade protection designed to minimize radiative heat loss, helping energy-intensive industries improve operational efficiency and safety.
Custom building envelopes and transparent insulation panels for eco-resorts and smart tourism hubs, aligning comfort with sustainability goals.
Integrated VIP walls for precise cleanroom thermal management and dust mitigation.
Industrial furnace insulation retrofitting using high-temperature nano mats, cutting energy consumption.
VIG glazing integration across school libraries, reducing HVAC loads and providing acoustic quietness.
Deploying high-density VIP cooler linings to preserve critical vaccine shipments without mechanical chilling.
How microporous core structures resist severe fire tests, keeping structural shafts insulated from intense thermal radiation.
Showcasing the latest CE certified VIG structures and vacuum insulation panels to global procurement teams.
Highlighting advancements in aerospace insulation panels that function under extreme conditions.
Contact our engineering team to discuss customized dimension specifications, mechanical loads, or certification requirements for your next project.
Pre-engineered wall assemblies integrated with high-efficiency VIP insulation cores, reducing construction installation time.
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Fumed silica core vacuum insulation panel wrapped in highly durable PET protection film, optimized for building envelopes.
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Highly flexible thermal wrapping systems designed for hot water cylinders, preventing standby heat loss.
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Dedicated high-security cold chain container designed to maintain consistent internal temperatures for medical payloads.
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Automotive-grade custom insulation blankets providing flame containment and thermal protection between EV battery cells.
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Ultra-low thermal conductivity VIPs optimized for cold transport containers, cooling boxes, and deep freeze distribution.
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Advanced rigid microporous insulation panels designed to operate under sustained high temperatures in heavy industrial equipment.
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Highly reflective aluminum-faced thermal foam barrier rolls, offering efficient solar heat rejection for roofing systems.
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