Discover our key vacuum insulation boards and microporous protective barriers engineered to slash U-values and optimize dimensional structural profiles.
As the construction sector accelerates towards net-zero carbon footprints, standard insulation materials (like PU, EPS, or Mineral Wool) struggle to meet modern energetic specifications without significantly compromising internal building spaces. Zerothermo Technology addresses this design bottleneck via next-generation Vacuum Insulation Panels (VIPs) and Nano Microporous Insulation systems.
By trapping gas molecules within a core pore structure smaller than the mean free path of air (~70nm), gas heat transfer is neutralized.
Achieves λ values ≤ 0.0035 W/(m·K), five to ten times lower than conventional synthetic insulation variants.
Unlocks up to 90% space recovery compared to traditional insulation thicknesses while maintaining equivalent thermal barriers.
Our solutions target extreme reliability. Incorporating multi-layer composite barrier films, fumed silica cores, and state-of-the-art getter technology, Zerothermo insulated components ensure operational lifespans exceeding 50 years. This technology transforms standard envelope elements into dynamic, energy-conserving protective shells.
At our core is a deep dedication to scaling precision engineering. Leveraging our status as a subsidiary of the renowned CBVAC Group, Zerothermo Technology Co., Ltd. has established one of China’s largest and most advanced vacuum technology applications bases.
Tailored custom sizes extending beyond ANSI, ASME, and DIN regulations, engineered precisely to customer drawings or parameter demands.
Complex geometries (square, oval, and polygonal profiles) featuring oversized or micro-precision diameters exceeding 60 inches.
Every non-standard unit undergoes non-destructive diagnostic validation, ensuring vacuum leak rates match industrial standards.
Located in Nanchong City, Sichuan Province, and headquartered in the Beijing Economic-Technological Development Area, our production hub features fully automated manufacturing. This guarantees continuous production runs, precise vacuum chamber encapsulation, and robust quality control metrics.
Standard panels fail to address structural irregularities, complex spatial designs, or localized high-temperature conditions. Zerothermo specializes in providing customizable structural layouts tailored for high-demand industrial scenarios.
Thickness Range: 5-15mm. Optimizes cell packing space while ensuring critical thermal runaway isolation.
Thickness: Customized. Perfect envelope configuration to eliminate heat loss in high-temperature tanks.
Delivers high-grade fire performance (Class A1) and structural thinness for elevators.
Custom shapes designed for pipe configurations, bends, and spatial structures.
Adaptable round and curved microporous thermal wraps for challenging cylindrical bodies.
Premium grade core material for long-term vacuum stability and minimal aging degradation.
Designed for vaccine cooling units, cold storage facilities, and refrigerated shipment systems.
Oversized panels developed for building envelopes, modular walls, and large container systems.
Zerothermo Technology designs, validates, and delivers thermal barrier products that satisfy strict global specifications. Our production cycles adhere to the following five pillars:
Our manufacturing protocols align with global standards, validating core density, envelope sealing strength, and vacuum integrity.
From initial design to rapid execution, we provide custom sizes, specialized shapes, and custom layer materials for high-temperature barriers.
Our large-scale manufacturing ensures consistent quality, fast turnaround times, and bulk pricing benefits for projects globally.
Secure packaging systems prevent decompression during transit, maintaining the structural vacuum on job sites worldwide.
We work closely with global design institutes, HVAC planners, and cold-chain providers to achieve long-term carbon reduction goals.
As green building certifications like LEED v4, BREEAM, and passive house designs become standard, insulation materials must continue to evolve. Zerothermo is expanding its developmental roadmap to include next-generation hybrid solutions:
Pioneering silica formulations utilizing eco-friendly, organic templates to ensure the panels are recyclable at the end of their lifecycle.
Integrating RFID/NFC-linked sensor arrays to measure inner chamber pressures dynamically, ensuring reliable performance in architectural facades.
Combining structural safety glass outer layers directly with vacuum cores to create load-bearing, transparent insulation panels.
Our roadmap focuses on reducing thermal bridging effects at panel edges. By using advanced polymeric films and glass-fiber-reinforced composite borders, we reduce linear thermal transmittance, achieving optimal performance across entire building facades.
Our technology provides specialized thermal protection across several key markets, helping companies achieve energy efficiency and regulatory compliance.
Ensuring ultra-precise temperature control for vaccines, biological specimens, and clinical supplies. Our fumed silica VIPs prevent thermal fluctuations, reducing reliance on constant active cooling systems.
Empowering green construction initiatives by installing low-thickness, high-efficiency barriers in wall cavities, flat roofs, and balconies. This recovers valuable floor space while meeting strict building codes.
Reducing energy consumption in furnaces, smelting equipment, and power generation boilers. Our nanoporous panels withstand high service temperatures while minimizing the insulation footprint.
Integrating pre-fabricated insulating structures into modular cabins, pods, and high-end ecotourism projects, protecting guests from extreme external weather conditions.
Explore some of our real-world projects showing how Zerothermo systems perform in demanding architectural and cold-chain settings.
Thermal envelope system utilizing high-performance fumed silica VIPs for micro-environment semiconductor fabrication areas.
Customized high-vacuum VIPs integrated into building walls, reducing structural heat loads by 42%.
Integrated green building wall insulation system designed to satisfy regional low-carbon public facilities criteria.
High-efficiency VIP panel systems developed for last-mile cold chain storage, extending thermal holding times to 120+ hours.
Explore our specialized range of high-efficiency insulation panels and battery wraps engineered for demanding environments.
Stay informed with our latest articles on advancements in nanoporous materials and vacuum insulation technologies.
We provide comprehensive support for vacuum insulation boards, customized shapes, and high-temperature thermal barriers. Reach out to our engineering team to discuss your project requirements and request a quote.
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