Our flagship insulation boards feature ultra-low thermal conductivity, exceptional mechanical strength, and fire-resistant performance optimized for extreme operational conditions.
Engineered for pharmaceutical, vaccine, and cold-chain shipping structures requiring long-duration temperature stability.
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Designed for vaccine, medical, and food transport with customized thermal preservation durations.
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A dual-functional wall panel blending aesthetic facade decoration with superior thermal containment properties.
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Ultra-efficient thermal insulation boards tailored specifically for heavy industrial kilns and high-heat process systems.
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Integrates structural fire resistance with nano-pore configurations to block heat transfer inside elevator shafts.
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Modern architectural modular wall units designed for prompt installation and maximum energy envelope conservation.
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Wrap-around thermal blankets featuring micro-pore core properties for extreme domestic and industrial water tank insulation.
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Strengthened barrier layer core structures preventing mechanical damage and ensuring continuous high-vacuum longevity.
Explore Product DetailsModern industrial processing systems, cold-chain logistics operations, and architectural infrastructure face critical carbon footprint reduction directives globally. Standard isolation materials like PU foam, glass wool, or mineral rockwool are reaching their theoretical physical limits in performance thickness. Designers are pivoting toward nano-pore and vacuum technologies to secure high R-values while minimizing wall and insulation profiles.
Fumed silica core vacuum insulation panels (VIPs) offer thermal conductivity values as low as 0.002 to 0.004 W/(m·K). This represents a ten-fold improvement over traditional polymeric foams. By suppressing gas-phase heat conduction through high vacuums and structural nano-porosity, engineers can reduce space consumption by up to 90% while achieving identical thermal resistance ratings.
The extreme performance of fumed silica insulation panels rests on the Knudsen effect. When the internal pore structure diameter of the material matrix is smaller than the mean free path of gas molecules (approximately 70nm under atmospheric pressure), air molecules cannot collide to transfer kinetic energy. High-temperature nano-microporous panels maintain thermal conductivity as low as 0.016 W/(m·K) even at temperatures up to 1000°C without requiring dynamic vacuums.
For vacuum-sealed units, the low-density fumed silica core provides structural support against atmospheric pressure (approx. 10 tons/m²). This enables VIPs to resist compression and preserve structural stability over decades, creating a reliable foundation for aerospace, architecture, and new energy vehicle insulation systems.
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) are produced according to customers' drawings or technical parameters.
Square, oval or other special shaped flanges. Oversize/small diameter: such as diameter over 60 inches or micro precision flanges.
We deliver unique geometric shapes and specialized physical dimensions manufactured per customer requests to suit specialized structural contexts.
We design, simulate, and manufacture custom geometry insulation systems tailored to complex physical geometries and challenging temperature ranges.
Customized Thickness: 5-15mm. Provides high thermal runaway barriers and crash protections.
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Customized Thickness: 5-30mm. Wraps storage tanks to prevent heat dissipation and improve power efficiency.
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Elevator fireproof door insulation layers designed to block direct flame radiation and structure heat.
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Configured with circular cut-outs and complex folds for automated delivery packages or medical equipment.
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Molded curved mats with microporous materials for circular pipe networks, tanks, and chemical reactors.
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Integrated barrier technology utilizing advanced PET films for long-term thermal reliability under high humidity.
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Tailored sizes optimized to suit typical international flight containers and vaccine transport boxes.
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Extended footprint sizes designed to minimize joint lines and thermal bridges on cold container walls.
Request Customization QuoteOur engineering and manufacturing infrastructure is built to support critical, high-precision thermal isolation requirements worldwide.
We execute exhaustive quality control systems throughout every step of production. Every board undergoes strict helium leak verification and thermal testing.
Our engineering group translates complex physical designs into high-performance thermal insulation panels using rapid prototyping workflows.
Large-scale chamber systems and automated vacuum packing lines ensure consistent chemical and thermal properties for high-volume orders.
Located near shipping hubs, our logistics operations ensure efficient international dispatch and compliance handling for our global clients.
We provide long-term product lifecycle tracking, technical support, and post-installation monitoring to ensure reliable thermal performance.
China leads the world in integrated supply chains for fumed silica production, advanced core film laminating, and vacuum processing technologies. Raw materials like high-purity amorphous fumed silica are sourced directly from domestic chemical processing sites, insulating our production lines from upstream cost fluctuations.
By combining raw material processing and core fabrication in our Sichuan manufacturing center, we reduce material transfer times and costs. This enables us to offer cost-effective, high-performance thermal insulation products to global industries like cold-chain transport and high-temperature manufacturing.
Global engineering systems require strict compliance with international thermal performance and environmental safety standards. Our fumed silica core boards and VIPs are manufactured to meet ASTM C1484, ASTM C1676, CE, RoHS, and REACH criteria.
These certifications are crucial for shipping systems entering European markets or battery insulation panels integrated into EV battery packs. Our materials do not emit toxic outgassing compounds under high-heat scenarios, ensuring mechanical and environmental safety.
Our thermal insulation boards are engineered to solve energy challenges across diverse applications, from ultra-cold shipping systems to high-heat industrial furnaces.
Providing high-efficiency thermal insulation solutions for cold shipping storage boxes, safeguarding vaccines and organic samples with minimal space consumption.
Providing high-efficiency thermal insulation solutions for building envelope systems through innovative products such as vacuum insulation panels and vacuum insulated glass, empowering the construction sector to reduce carbon emissions and achieve carbon neutrality.
Provides critical high-heat insulation for processing systems, furnaces, and firedoors up to 1100°C, lowering radiant heat losses and energy consumption.
Delivers energy-efficiency materials for prefabricated, high-altitude shelters, eco-domes, and luxury modular cabins built in harsh environments.
Integrated vacuum panels inside precision laboratory analysis instruments to isolate delicate sensors from ambient thermal fluctuations.
Custom curved vacuum micro-insulations designed for high-performance process pipe assemblies in analytical chemistry suites.
Structural integration of building facade VIP panels to achieve green architectural certifications and lower heating/cooling loads.
Developed lightweight, durable fumed silica VIP coolers to protect pharmaceutical integrity during last-mile logistics.
Committed to supporting China’s “dual-carbon” goals, Zerothermo Technology drives high-quality development of new quality productivity while promoting sustainable industrial advancement.
Find authoritative answers to common engineering and procurement inquiries regarding heat resistant vacuum and microporous insulation systems.
We offer a one-stop vacuum insulation board solution. Reach out to our design and engineering team to request customized design drawings, thermal performance calculations, or price quotes.
Discover our comprehensive collection of insulated blankets, foil composites, and tailored vacuum insulation panels for residential, transport, and energy systems.
Engineered to mitigate thermal runaway propagation between battery cells inside modern electric car battery packs.
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Engineered with dual foil surfaces to reflect radiant heat energy, optimizing industrial roof structures.
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Designed in large footprints to insulate intermodal logistics shipping units while saving valuable inner cargo volume.
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Offers flexible wrap capabilities to insulate complex pipe junctions and industrial process equipment.
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Combines a fumed silica core with a high-resistance PET film barrier to limit moisture absorption.
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Offers customized geometry shapes tailored to fit specific cavities in medical packaging and refrigeration systems.
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A cost-effective exterior building insulation panel designed to support net-zero architectural compliance.
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Dual-pane glazing units featuring deep vacuum spaces for low-U-value windows in commercial architecture.
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