High-performance flexible nano mats designed to withstand extreme thermal conditions while maintaining structural integrity and minimal thickness.
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Cost-efficient building heat shields leveraging advanced vacuum insulation mechanisms for superior wall thermal envelope setups.
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Next-generation structural insulated glass providing structural reliability paired with exceptional heat transfer resistance.
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Bespoke microporous silica structures engineered for maximum fire protection and thermal containment under high temperatures.
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Flexible thermal wraps configured for hot water systems, minimizing standby heat losses effectively in residential and industrial setups.
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Aesthetic, easy-to-install integrated wall systems combining decoration and top-tier thermal efficiency profiles.
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Fiberglass-core vacuum panels yielding industry-leading low thermal conductivity values for domestic appliances and construction wraps.
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Prefabricated wall solutions featuring structural thermal efficiency with customized external finishes for modern energy-efficient architecture.
View ProductIn the era of dynamic global logistics and strict carbon reduction mandates, the optimization of container thermal insulation stands as a focal point for chemical, transport, and refrigeration industries. Traditional insulating materials—such as expanded polystyrene (EPS) and polyurethane (PU)—no longer satisfy the stringent regulatory metrics and low heat transfer coefficients required by modern operations. The commercial landscape is transitioning rapidly to Vacuum Insulation Panels (VIPs) and Nano-Microporous systems.
These advanced panel materials minimize heat exchange mechanisms, yielding extremely low thermal conductivity values (typically between 0.002 to 0.006 W/m·K). For global enterprises managing complex supply routes, the physical preservation of vaccines, pharmaceuticals, perishable foodstuffs, and temperature-sensitive chemicals necessitates high-barrier materials that hold structural integrity under severe weather, mechanical stress, and humidity fluctuations.
Information Gain Insight: The integration of fumed silica core materials inside high-barrier protective laminate films allows for vacuum longevity that exceeds 10 to 15 years, presenting a sustainable ROI compared to conventional foam insulations that degrade rapidly through gas diffusion.
Thermal regulation in shipping containers (reefers) depends heavily on managing radiation, convection, and conduction. Traditional foams slow down heat pathways but must be relatively thick to achieve high thermal resistance (R-value). This reduces the interior cargo volume of the container. In contrast, VIPs provide equal or superior thermal barriers at a fraction of the thickness (typically 15-20mm instead of 80-100mm of standard insulation material). This spatial saving translates directly into increased payload capacity and reduced transport emissions per unit volume.
Customized high-precision vacuum protection barriers optimized for modern EV battery enclosures. Thickness range: 5-20mm.
Pre-shaped flexible blankets and custom wraps for residential and high-capacity water heater systems. Thickness: 5-50mm.
Elite safety panels ensuring reliable thermal containment and structural protection for elevator shaft fireproof doors.
Precision-machined non-rectangular vacuum panels tailored for complex storage units and structural recesses.
Cylindrical wraps and curved geometries tailored for high-temperature pipelines and exhaust equipment interfaces.
Engineered panels laminated with durable PET protective films to prevent mechanical punctures during transport handling.
Ultra-low thermal conductivity VIPs optimized specifically for deep-freeze transportation (-80°C to -20°C).
Large-format panels designed to accelerate assembly inside dry-cargo vans and temperature-controlled storage warehouses.
Zerothermo Technology Co., Ltd., a subsidiary of the renowned CBVAC Group, is a national high-tech enterprise. Headquartered in the Beijing Economic-Technological Development Area, our state-of-the-art production base is situated in Nanchong City, Sichuan Province. This strategic location hosts one of China’s largest and most technologically advanced industrial complexes for vacuum technology applications.
Our core engineering team possesses extensive expertise in vacuum physics, material science, and thermodynamic engineering. With a strong commitment to quality control and technical innovation, we produce structural vacuum insulation solutions that help global industries achieve carbon neutrality and improve cold-chain reliability.
We manufacture non-standard flanges in special sizes beyond standard ANSI/ASME/DIN parameters, customized to engineering drawings or specific technical requirements.
Our production facilities design and manufacture square, oval, or other specialized geometries, ranging from micro-precision components to oversized diameters exceeding 60 inches.
Advanced CNC machining limits variations to under 0.05mm, ensuring seamless hermetic sealing inside high-vacuum system frameworks.
Every non-standard assembly undergoes helium mass spectrometer leak detection to guarantee long-term vacuum integrity.
Our production facilities comply with international standards. We perform rigorous quality audits at every manufacturing stage, ensuring each panel achieves low heat transfer parameters.
We design and produce tailored configurations, irregular cut-outs, and flexible wraps. Our engineering team assists with modeling, thermal design, and system optimization.
Utilizing automated vacuum chamber production lines, we fulfill large-scale commercial contracts efficiently while maintaining consistent product quality.
We provide thermal insulation solutions for cold chain logistics, helping to maintain strict temperature controls for vaccines and clinical samples.
Our vacuum insulation panels and vacuum insulated glass help reduce thermal bridging, helping modern building envelopes meet energy conservation targets.
We supply flexible nano-microporous blankets that help minimize standby heat losses in industrial ovens, processing pipes, and smelting furnaces.
Our solutions help maintain temperature consistency in refrigerated storage rooms and mobile food distribution containers, protecting product freshness.
Analyzing the role of microporous silica structures in delaying flame penetration and maintaining elevator shaft integrity.
We showcased our latest VIP formats and customizable insulated options for global procurers at this trade event.
A look at how nano-thermal barriers help optimize heating efficiency in processing chambers and chemical reactions.
We provide technical support and customized solutions for vacuum insulation panel projects worldwide. Reach out to discuss your specific thermal performance and sizing requirements.
Ultra-low thermal conductivity VIPs optimized for refrigeration chains and deep freeze storage transport operations.
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Robust reinforced VIP configurations designed to withstand mechanical vibrations inside shipping containers.
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Precision-manufactured structural units designed to integrate modular VIPs directly into cleanroom or building construction.
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High-performance vacuum-insulated cooler boxes designed to safeguard vaccines, biologics, and premium fresh foods.
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Flexible high-temperature thermal barriers designed to insulate pipelines, curved machinery, and exhaust systems.
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Large-format fumed silica vacuum insulation panels, tailored to fit the interior dimensions of reefers and shipping containers.
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Vacuum insulation panels finished with durable PET film to provide extra protection against mechanical wear during assembly.
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Microporous insulation panels engineered to provide thermal containment and help meet fire protection standards in elevator shafts.
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