Ultra-low thermal conductivity high-temperature panels designed for extreme lift shaft compartmentation and structural fire containment.
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High-density core vacuum panels offering superior thermal resistance values, optimized for shipping containers and industrial insulation walls.
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Heavy-duty transportable cold chain box using fumed silica VIP insulation to maintain critical pharmaceutical temperatures in extreme environments.
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Composite polyurethane foam and vacuum core panels combining mechanical structural strength with excellent thermal barrier protection.
Request Pricelist +Australia's construction and industrial sectors are governed by some of the most rigorous fire safety standards globally. Following major revisions in the National Construction Code (NCC 2022) and the stringent testing procedures under AS/NZS 1530, the demand for non-combustible building materials and advanced thermal barriers has escalated dramatically. Passive Fire Protection (PFP) is no longer a simple box-ticking exercise; it is a fundamental pillar of structural architectural engineering.
In major urban hubs across Sydney, Melbourne, Brisbane, and Perth, the specification of insulation systems for external cladding, lift core cavities, compartmentation walls, and modular assemblies requires absolute certainty. Traditional polymeric insulation products are heavily restricted due to combustibility risks. Architects and specifiers are actively seeking inorganic, high-performance replacements such as Fumed Silica Vacuum Insulation Panels (VIPs) and Nano Microporous Insulation Boards. These technologies provide ultra-low thermal conductivity ($0.004 \text{ W/(m}\cdot\text{K)}$ to $0.020 \text{ W/(m}\cdot\text{K)}$) while maintaining non-combustible status under AS 1530.1 testing, mitigating the risk of structural collapse and fire spread.
Whether designing mechanical services access points or fire door systems for multi-storey residential projects, building envelopes must maintain structural integrity for designated periods—often rated as Fire Resistance Levels (FRL) of 60/60/60 or 120/120/120. Zerothermo’s factory-direct nano-microporous panels offer thin-profile solutions that achieve standard thermal barrier requirements without adding combustible mass to wall cavities, securing sign-off from accredited private certifiers and fire engineers.
Globally, the push for Net-Zero carbon emissions by 2050 is driving a revolution in thermal efficiency. The primary challenge lies in the space-efficiency trade-off: traditional rockwool or fiberglass insulation requires substantial thickness to meet modern R-value targets. This results in the loss of valuable lettable floor space in metropolitan high-rises. In cities like Sydney, where commercial real estate commands premium prices, saving 50mm to 100mm of wall thickness using vacuum insulation panels yields massive financial gains for developers.
Furthermore, the global transition to clean energy has highlighted battery storage and electric vehicles (EV) safety concerns. Australia's localized growth in battery energy storage systems (BESS) and new energy public transport infrastructure demands customized fire containment barriers. New Energy Vehicle (NEV) battery insulation blankets prevent cell-to-cell thermal propagation in battery packs, showcasing the multidisciplinary application of microporous thermal barriers.
By replacing a 120mm mineral wool core with a 20mm Zerothermo VIP, developers regain valuable internal floor area across thousands of square meters. This space optimization directly improves project feasibility while satisfying strict fire safety standards.
From the harsh conditions of Western Australian mining and minerals processing kilns to high-security cold chain shipping lanes between Melbourne and Hobart, thermal insulation must withstand high temperatures, thermal shock, and physical vibration. The convergence of safety, structural footprint minimization, and energy conservation is directing the supply chain toward specialized manufacturers capable of scaling production without quality variance.
Custom sizes (5-15mm thickness) designed for extreme heat resistance and thermal runaway prevention in electric commercial fleets and BESS.
Customized high-efficiency insulation wraps to maintain water temperatures in heavy-duty commercial boiler systems.
Non-combustible core boards for fire containment doors, certified to withstand structural fire loads in major high-rise shafts.
Precision engineered, vacuum sealed panels customized with cutouts, curves, or angles to fit tight industrial components.
Flexible high-temperature insulating blankets designed for curved process piping, furnaces, and engine exhausts.
Standard and custom ultra-low K-value panels utilizing premium fumed silica core matrices for cold chain infrastructure.
High-performance materials like vacuum insulation panels and fumed silica matrices require high-precision equipment, cleanroom environments, and automated quality control to prevent vacuum deterioration over time. Our manufacturing facility in Nanchong City, Sichuan Province (operating as a subsidiary of the national high-tech CBVAC Group), represents one of China's largest and most advanced centers for vacuum technology application products.
By consolidating R&D, core raw material processing, high-vacuum heat sealing, and rigorous testing under one roof, we provide key advantages for Australian and global procurement managers:
Our engineering teams collaborate directly with Tier-1 contractors, facade consultants, and industrial manufacturers to streamline global logistics and ensure on-time delivery across major ports including Brisbane, Sydney, Melbourne, Adelaide, and Fremantle.
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 ANSI/ASME/DIN standards) produced according to customers' technical drawings or parameters.
Square, oval, or complex geometry profiles. Oversize or micro precision components scaled to client specifications.
Ensuring long-term integrity of VIP cores and insulation components using state-of-the-art leak detection equipment.
As a key member of the CBVAC industrial matrix, Zerothermo combines advanced vacuum metallurgy with premium thermal materials processing, offering comprehensive, high-volume production for global supply chains.
330
Advanced Engineers & Staff
1100
Global Partners & Projects
3+
Modern R&D Laboratories
400,000
Annual VIP Output Capacity (㎡)
Tested to international performance criteria, meeting demanding structural and environmental standards.
Swift design, prototyping, and custom engineering processing tailored for complex projects.
Massive factory footprints ensure uninterrupted supply and fast lead times for larger operations.
Reliable delivery routes and logistics support to key global regions, minimizing supply delays.
Comprehensive post-installation technical guidance and warranty policies for continuous reliability.
Providing high-efficiency thermal insulation solutions for envelope systems through innovative products like vacuum insulation panels and vacuum insulated glass, enabling reliable transit of vaccines and temperature-sensitive payload.
Empowering the construction sector to reduce carbon emissions and achieve carbon neutrality through ultra-thin high-R exterior walls and structural compartmentation panel inserts.
Insulating industrial furnaces, power cables, and hot water storage tanks, helping reduce structural fatigue and lowering ambient heat loads.
Flexible wrap insulation providing maximum heat retention for industrial and commercial water storage cylinders.
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Thin profile fire barrier designed for structural thermal management and safety in EV power trains.
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Revolutionary structural glazing solution combining double-glazing thickness with the thermal performance of a solid wall.
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Inorganic heat shield backing panels configured for structural wall applications in modern developments.
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Dual function exterior wall panels offering maximum insulation values alongside custom architectural surface designs.
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Flexible aerogel/microporous silica matrix structures designed for circular boilers, pipes, and heat engines.
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Engineered for cold storage containers and commercial refrigerated truck lining systems to maintain steady low temperatures.
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Structurally reinforced protective backing to prevent core puncture issues during on-site building installation.
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Factory finished structural panels optimized for rapid facade construction and excellent thermal cladding values.
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High density rigid insulation panels engineered for continuous operation in environments exceeding 1000°C.
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Enhanced moisture barrier multi-layer foil wrapping designed to preserve vacuum states in high-humidity zones.
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Integrated prefabricated modular unit assemblies built to minimize thermal bridging across steel framing structures.
Request Volume Quotes +Need pricing data, custom dimensions, or compliance documentation? Submit your drawings and structural specifications. Our engineers will review your details and provide a comprehensive proposal.
