Engineered for maximum thermal isolation and environmental performance, meeting the strict criteria of Australia’s modern structural codes.
Advanced high-vacuum architectural glass designed for low U-values in temperate coastal developments.
Flexible thermal insulation panels suited for specialized architectural and engineering application limits.
Heavy-duty roof thermal insulation barrier board designed to reduce solar heat gain in Sydney summer peaks.
High-density thermal wrap for maximizing energy retention in domestic and industrial water systems.
Tailored configurations engineered precisely to architectural blueprints and heavy industrial configurations.
Product Details: Size: Customized, Thickness: 5-20mm. Engineered specifically for EV thermal management systems.
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Product Details: Size: Customized, Thickness: 5-50mm. Designed for optimal heat containment.
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Our elevator fireproof door high-temperature nano microporous panel systems ensure thermal barrier integrity.
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Advanced vacuum insulation panels tailored to special shapes for structural cavities and facade retrofits.
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Flexible thermal insulation wrapping tailored to custom pipelines and complex industrial geometries.
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High-density fumed silica VIPs core designed for maximum space saving in premium Sydney envelopes.
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High efficiency cold preservation panels suitable for pharmaceutical, food shipping, and local transport.
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Oversized vacuum insulation panels for high-rise facade modules and large temperature containers.
Inquire Now ➔How pioneering material sciences are addressing the thermal performance mandates of the National Construction Code (NCC 2022).
Sydney's building sector is going through a rapid transition. In recent years, the implementation of NCC 2022 (National Construction Code Section J) and tougher BASIX requirements have set stringent thermal performance targets for new buildings and structural upgrades. Developers are now pushed to design building envelopes that offer superior thermal isolation to reduce heating and cooling loads in Climate Zone 5 (Sydney coastal zone) and Zone 6 (Sydney inland/western regions).
Standard double-glazed units (IGUs) are reaching their physical limitations, often requiring excessive frame depths and massive weight increases to hit low U-value targets. Vacuum Insulated Glass (VIG) is the breakthrough technological response to this challenge. VIG relies on a microscopic vacuum gap (0.1mm to 0.2mm) to completely eliminate thermal convection and conduction paths within the unit. The resulting thermal insulation achieves U-values down to 0.4 W/m²K—on par with thick cavity brick walls—in a profile no thicker than a single pane of standard safety glass.
With Sydney experiencing harsher summers and cooler winters due to climate anomalies, structural designers are specifying VIG to achieve high SHGC control and low U-values without compromising the visual clarity or structural aesthetics of high-rise commercial glazing.
Operating under the prestigious CBVAC Group, Zerothermo Technology Co., Ltd. leverage a world-class production hub in Sichuan Province to export next-generation insulation products directly to the Sydney metropolitan area and the wider Australian continent. The economic and technical benefits of our supply chain integration include:
Our VIG configurations employ high-strength tempered safety glass combined with micro-spacer matrices designed to resist high wind shear and sudden wind load changes typical in Sydney’s harbor-front projects. The integration of advanced getters ensures the vacuum integrity remains stable for a lifetime of over 25 years. This durability factor is key for long-term commercial retrofits where replacing high-facade panels is cost-prohibitive.
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 standard ANSI/ASME/DIN ranges are manufactured to exact customer architectural drawings.
Square, oval, or custom-curved vacuum-insulated structural flanges suited for heavy duty pipeline systems.
Fully compliant with regional structural designs. Customized sizing options tailored for Sydney retrofitting.
Why Zerothermo is specified as the preferred vacuum thermal insulation manufacturer worldwide.
Our VIG and VIP technology provides thermal bridging insulation solutions for high-rise buildings, helping developers lower carbon output and meet ambitious sustainability metrics.
Preserving cargo integrity with fumed silica VIP insulation boxes designed for vaccine storage and transport.
Integrating ultra-thin Vacuum Insulated Glass within slim facade profiles for premium design projects.
Deploying advanced nano-microporous thermal barriers in industrial kilns, piping, and machinery.
Enabling custom acoustic and thermal properties in modular structures, resorts, and high-spec builds.
Explore some of our major thermal insulation installations and high-tech supply projects.
Committed to supporting global environmental targets, Zerothermo Technology drives material improvements across the sector.
Critical specifications and installation guidelines regarding Vacuum Insulated Glass and related thermal barriers.
Standard IGUs rely on air or argon gas filling inside a thick cavity (typically 12mm to 16mm). While this reduces heat transfer, gas still permits conduction and convection. VIG extracts the air to create a vacuum (less than 10^-2 Pa) in a tiny 0.1-0.2mm gap. Convection and conduction cannot occur in a vacuum. This drops the U-value down to 0.4 W/m²K, outperforming triple-pane glass in a slim, lightweight layout.
Yes. Our tempered Vacuum Insulated Glass is engineered to meet all structural requirements of AS 1288 (Glass in Buildings - Selection and Installation) and AS/NZS 2208 (Safety Glazing Materials in Buildings). Because we utilize high-strength tempered safety glass, our panels offer the necessary impact resistance and wind pressure ratings for high-rise commercial structures throughout the Sydney region.
Our VIG panels utilize an array of high-grade micro-spacers positioned between the two glass panes. These spacers ensure the vacuum cavity remains constant under severe external wind pressures. This structure makes our glass exceptionally stable, easily handling the wind shear conditions of waterfront Sydney properties.
With high-durability edge seals and internal getter materials that absorb any microscopic molecules over time, our VIG units are rated for a service lifespan exceeding 25 years, retaining their thermal performance throughout the entire operational life of the facade.
Whether you require technical drawings, specific U-value modeling, or direct factory pricing for a project in Sydney or globally, our expert engineers are here to support your team.
Explore our full manufacturing catalog of fumed silica core VIPs, insulated metal boards, and customizable thermal barriers for building envelopes and transport applications.
High efficiency vacuum insulation panel cooling box designed for sensitive medical and vaccine transportation.
Exterior facade wall panels matching architectural aesthetics while maintaining high insulation values.
Structural prefabricated wall units integrated with high density core material for rapid commercial installations.
Enhanced durability thermal panels built with reinforced frames to handle site handling stresses.
Advanced high thermal isolation blankets optimized for electric vehicles to prevent thermal runaway propagation.
Structural thin core panels designed for integration within high-rise elevator shaft fire safety barriers.
High performance wall insulation panel designed to reduce wall thickness while maintaining superior R-values.
Fiberglass core material panels suited for refrigerator, freezer, and specific architectural cold zones.
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