Explore our elite range of vacuum insulation panels, flexible mats, and specialized solutions engineered for architectural envelopes, battery assemblies, and cold chain structures.
High thermal runaway protection and energy containment for advanced NEV systems.
Ultimate flexibility designed to withstand extreme high temperatures with ultra-low thickness.
Microporous core structures offering superior efficiency in high-temperature applications.
Enhanced structural integrity vacuum panels perfect for rigorous construction wall assemblies.
Ready-to-install modular wall systems designed for ultra-low energy and passive buildings.
Innovative glazing technology optimizing U-value without sacrificing natural light entry.
Premium fumed silica core insulation optimizing payload temperature hold times in cold chain systems.
Tailored dimensions to fit transport coolers, shipping containers, and temperature-controlled logistics.
In response to global directives like the EU Energy Performance of Buildings Directive (EPBD) and China’s dual-carbon policies, standard building envelopes are undergoing a technological revolution. Conventional wall insulation foam materials, such as Polyurethane (PU), Extruded Polystyrene (XPS), and Mineral Wool, are approaching their thermodynamic limitations. To secure advanced structural thermal performance without increasing structural footprint, developers and architectural engineers are prioritizing high-tech Vacuum Insulation Panels (VIPs) and Nano Microporous Insulation systems.
These advanced materials display a thermal conductivity (lambda value) as low as 0.004 W/(m·K) to 0.008 W/(m·K)—up to ten times more efficient than typical foam insulations. This means wall thickness requirements can be slashed by up to 80%, expanding rentable floor space while matching strict Net-Zero energy building (NZEB) designs.
Industrial scale logistics, temperature-regulated distribution, and complex high-temperature industrial frameworks present diverse procurement requirements. Buyers must balance initial unit pricing against long-term operational savings. Key evaluation considerations include:
Engineered thermal structures tailored to your specifications, from new energy vehicle systems to commercial architectural layouts.
Product Details: Size: Customized, Thickness: 5-15mm. Engineered to prevent thermal runaway propagation, shielding vital battery module components.
Product Details: Size: Customized, Thickness: 5mm onwards. Maximizes efficiency of domestic and industrial high-temperature water heater installations.
Providing high-efficiency thermal insulation solutions for building elevator fireproof doors through innovative microporous panel cores.
Specifically engineered vacuum insulation panels wrapped in protective PET film, constructed for unconventional geometry application requirements.
Custom round and complex shape specifications designed to resolve heat transfer challenges in extreme pipe and tank installations.
Low thermal conductivity VIPs encapsulated with high-strength PET film to extend service life and improve structural handling attributes.
Provides highly effective thermal insulation barriers, ensuring cold-chain payloads maintain temperatures for critical periods.
Optimized for cooler boxes and shipping containers, delivering reliable insulation profiles even in constrained spaces.
Zerothermo Technology Co., Ltd., a subsidiary of CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area with its production base located in Nanchong City, Sichuan Province. This facility stands as one of China’s largest comprehensive production centers for vacuum technology application products.
Special sizes (beyond the range of ANSI/ASME/DIN and other standards) produced according to drawings.
Square, oval, oversize (over 60 inches), or micro-precision structural flanges designed for custom systems.
Setting the standard in global vacuum and nano thermal insulation technology systems.
Unparalleled quality control standards applied to every fumed silica panel and vacuum component.
Swift development and manufacturing execution based on your exact engineering drawings.
Large manufacturing footprint ensuring continuous product supply without quality compromise.
Global supply logistics optimized for secure and prompt arrival of fragile vacuum components.
Continuous service and collaborative engineering designed to support your development goals.
Integrating advanced vacuum technology to reduce global carbon footprint and achieve net-zero efficiency.
Ensuring extreme temperature stability during critical transport using VIP packaging systems.
Providing high-efficiency thermal insulation solutions for building envelope systems through vacuum panels and insulated glass.
Managing intense thermal systems and processes with nano microporous mats and rigid high-temp panels.
Delivering robust structural wall designs that protect architectural integrity in historic and temporary modular units.
Witnessing real-world applications of our vacuum insulation and structural technologies across complex developments.
Achieving carbon neutrality requires major technological advances. Traditional polymer foams suffer from thermal degradation and release halogenated blowing agents over their lifespans. Our next-generation engineering roadmap targets three core areas:
By optimizing the particle size distribution of fumed silica, we have engineered microporous structures that minimize gas-molecule thermal conduction. Under standard operating pressures, this core configuration sustains an exceptionally stable interior vacuum level, guaranteeing high insulating efficiency for up to 50 years.
To resist physical handling wear and puncture hazards during building construction, we develop high-barrier hybrid films. These multi-layered barrier systems include polymer films laminated with microscopic metallic coatings to block thermal radiation, ensuring structural protection and gas tightness.
Instead of separating insulation installation and finish decoration work on-site, we offer integrated pre-fabricated systems. These modular solutions combine structural framing, vacuum panels, and protective finishes in one unit, simplifying installations, minimizing thermal bridge hazards, and reducing project timelines.
Keep updated with our latest advancements in dual-carbon initiatives and product installations.
2023/Apr/19
Exploring the critical role of microporous panels in boosting fire safety systems and protecting structural envelopes in multi-story architecture.
2023/Apr/17
Presenting our high-efficiency vacuum insulation and glass structures at one of the world's premier industrial trade fairs.
2023/Apr/13
An in-depth look at how nano microporous systems are replacing old insulating configurations in demanding industrial applications.
Providing clear answers to core questions regarding vacuum insulation and advanced thermal barriers.
We offer comprehensive vacuum insulation board solutions tailored to your project. Reach out to our engineering support team for quotes, drawings, and custom specifications.
Compare our diverse range of high-efficiency insulation panels and specialty microporous blankets designed to meet specific engineering goals.
Integrated decorative insulation panels for rapid installation on exterior building elevations.
Designed to prevent thermal loss in residential and commercial boiler installations.
Flexible round insulation solutions engineered for pipeline systems and processing vessels.
Double protection with customized PET film envelopes to shield fumed silica VIPs.
Dual-purpose panels combining high R-value insulation cores with exterior structural cladding finishes.
High performance insulation designed for thermal appliance hulls and wall structures.
Offers low lambda performance values, ensuring high energy efficiency in premium setups.
Engineered to protect elevator entrances from heat exposure during fire events.
