Explore our high-performance product range engineered to deliver maximum R-value with minimal thickness.
Advanced high-durability VIPs optimized for industrial envelopes and structural systems requiring high load limits.
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Custom-formulated microporous materials for intricate geometries, heat shield layers, and high-temp barriers.
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Aesthetic dual-action cladding offering integrated thermal core properties alongside robust protective exterior facing.
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Tailor-molded vacuum cores protected by multilayer vapor barrier wraps, ideal for complex geometric layouts.
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Ultra-low thermal conductivity panels optimized for domestic appliance envelopes, freezers, and cold store boxes.
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Economical structural facade shield panels tailored for modern high-rise envelope standards and thermal retrofits.
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Reliable cold-chain protective boxes providing continuous temperature containment for biomedical payloads and food.
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Specially certified panels providing high-level structural integrity under low temperatures for intermodal transit.
Get Factory Quotes →In modern industrial architectural design, the thermal envelope is the primary metric for long-term operational efficiency. Commercial structures, warehouse facilities, and cold storage depots demand high thermal resistance parameters (R-value) alongside compact cross-sections. Traditional board products like expanded polystyrene (EPS) or mineral wool panels demand massive physical thicknesses to meet modern passive house codes, leading to elevated structure loading and complex roof deck junctions. Advanced VIP roofing boards circumvent these issues by employing a nanoporous core inside a vacuum barrier bag, providing a thermal conductivity rating down to 0.004 W/m·K.
From a global procurement perspective, sourcing direct from specialized manufacturers in China allows developers to achieve significant savings. Sourcing premium fumed silica or customized polyurethane (PU) hybrid VIPs reduces initial structural envelope cost while meeting strict energy codes (such as IECC 2021 or European EPBD regulations). The primary objective of selecting a high-tech manufacturer is finding the balance between competitive wholesale quotes and long-term envelope reliability. Zerothermo Technology provides this balance through integrated manufacturing processes under CBVAC Group.
Thermal bridging at parapets, membrane anchors, penetrations, and edge flashing remains a major contributor to envelope failure and energy loss. Ordinary board materials are highly susceptible to moisture ingress and compression-induced thermal degradation. Vacuum insulation boards, when integrated into a modular, multi-layer arrangement with protective high-density overlays, deliver a uniform thermal barrier. Our factory engineered VIP core provides excellent flatness, minimal edge tolerance, and custom shapes designed to minimize seams and joints, providing high protection against cold bridges and condensation lines on industrial ceilings.
Deploying advanced vacuum technology to drive high-performance insulation across worldwide industries.
Zerothermo Technology Co., Ltd., a subsidiary of the CBVAC Group and a recognized national high-tech enterprise, is headquartered within the Beijing Economic-Technological Development Area, with our primary large-scale production base situated in Nanchong City, Sichuan Province. This specialized facility stands as one of China’s largest comprehensive production hubs for vacuum technology application products.
Through our parent company’s deep background in precision vacuum engineering, we design, manufacture, and distribute VIP panels, flexible nano thermal insulation mats, and specialty vacuum glass systems. We cater to demanding industrial sectors, ranging from green building design and commercial cold chains to battery protection layers for new energy vehicles (NEVs).
Custom Manufacturing Capabilities:
Built on certified quality and high capacity to meet international enterprise project demands.
How Zerothermo VIPs compare to traditional commercial insulation boards.
| Insulation Board Type | Thermal Conductivity (W/m·K) | Nominal Thickness for R-30 (mm) | Fire Classification (EN 13501) | Expected Service Life (Years) | Moisture Ingress Vulnerability |
|---|---|---|---|---|---|
| Zerothermo Fumed Silica VIP | ≤ 0.0045 | 30 mm | Class A (Non-combustible core) | 50+ Years | Extremely Low (PET Multi-layer Barrier) |
| Polyurethane (PU) Foam VIP | 0.007 - 0.009 | 55 mm | Class B / C (Flame-retardant) | 30 - 40 Years | Moderate (Requires vapor barrier) |
| Polyisocyanurate (PIR) Board | 0.022 - 0.026 | 160 mm | Class B-s2, d0 | 15 - 25 Years | Moderate (Ages over time) |
| Expanded Polystyrene (EPS) | 0.034 - 0.038 | 230 mm | Class E / F (Combustible) | 15 - 20 Years | High (Water absorption issues) |
| Mineral Rock Wool Panel | 0.038 - 0.044 | 260 mm | Class A1 (Non-combustible) | 25 - 30 Years | High (Requires specialized breathing membranes) |
While fiberglass core vacuum insulation panels are highly suitable for low-temperature applications like medical cooler boxes, domestic refrigerators, and small-scale cold chain containers, their mechanical performance makes them less ideal for heavy-traffic roofing structures. Roofing insulation boards must withstand compressive loads from maintenance crews, ballast weight, and localized environmental stress. Fumed silica cores offer high compression resistance (typically up to 0.2 MPa or more depending on compaction density) and do not collapse under pressure. Furthermore, fumed silica panels retain excellent thermal values even in the event of minor vacuum degradation over time, whereas fiberglass cores degrade rapidly if vacuum integrity is compromised.
Beyond standard dimensions—engineered VIPs tailored to your precise industrial application parameters.
Custom dimensions, thickness ranging from 5-15mm. Tailored for thermal runaway protection and high battery compartment safety.
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Thickness starting from 5mm, customizable dimensions. Combines high thermal barriers with excellent water-shedding performance.
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Specially certified fireproof door cores designed to limit temperature transmission and provide fire containment.
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Complex contour profiles designed to wrap piping, round structural columns, and fit complex roof deck corners.
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Circular thermal blankets providing temperature protection for high-heat vents, exhausts, and circular ducts.
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Features ultra-tough PET facing film to protect the vacuum barrier envelope during challenging site handling.
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High-efficiency temperature insulation panels optimized to reduce payload loss in biological shipment networks.
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Large format boards designed to cover large commercial roofs and cold storage panels with fewer joints.
View Customization Options →Why international EPC contractors choose Zerothermo for major projects.
Strict quality control processes, matching international standards like ISO 9001, CE, and European thermal regulations.
In-house mechanical workshops enable swift fabrication of custom shapes, sizes, and protective coverings.
Large manufacturing footprint in Nanchong City, guaranteeing consistent capacity for multi-square-meter projects.
Optimized logistics solutions to securely transport fragile vacuum systems across all key worldwide markets.
Decades of collective experience under CBVAC Group, providing stable financial, technical, and postsale backing.
How our thermal barrier technologies solve complex insulation challenges across sectors.
Providing high-efficiency thermal insulation solutions for building envelope systems through vacuum insulation panels and vacuum insulated glass, enabling stable cold chains and reduced carbon footprints.
High-efficiency envelope solutions using vacuum insulation panels (VIPs) and vacuum insulated glass, enabling the construction sector to lower heating/cooling demands and meet carbon neutrality goals.
Advanced microporous and flexible thermal barriers that insulate furnaces, elevator shafts, industrial boilers, and thermal pipelines up to extreme temperature thresholds.
Deployable prefabricated micro-cabins and luxury modular hotels require slim, highly insulated wall profiles to maximize interior space without sacrificing thermal comfort.
Proven execution in challenging structural projects worldwide.
Implementation of custom high-density building heat shield vacuum insulated panels for exterior walls and roof decks to meet regional low-carbon criteria.
Architectural thermal retrofit of historical campus facilities using thin-profile VIP panels, preserving facade layout while meeting energy efficiency requirements.
Mass integration of fumed silica vacuum insulation panel modules within cold containers, maintaining strict cold chain compliance during logistics.
Committed to supporting carbon neutrality goals through thermal technology innovations.
Analyzing thermal containment and flame retardant properties required under international elevator safety codes.
Published: 2023/Apr/19
Showcasing our latest thin-profile vacuum insulation boards and multi-layer PET barrier configurations at the Canton Fair.
Published: 2023/Apr/17
A study on the integration of fumed silica cores to resolve thermal envelope challenges in aerospace and high-heat industries.
Published: 2023/Apr/13Technical guidance from our expert engineering team.
Get professional advice, design assistance, and wholesale price quotes for your project.
We provide one-stop vacuum insulation solutions from layout design to manufacturing and delivery. Speak directly with our application engineers to determine the ideal board configuration for your project.
Browse our selection of VIP components, vacuum insulation cores, and thermal blankets.
Integrated wall modules built for fast installation and reliable structural insulation performance in modern building envelopes.
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Highly reflective multi-layer foam rolls optimized for radiant heat barriers and under-slab thermal isolations.
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High-efficiency architectural glass systems providing low U-values alongside excellent structural durability and clarity.
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Large format vacuum panels configured to fit intermodal freight containers and commercial cold storages.
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Encapsulated with dense PET protective films to resist punctures, micro-tears, and wear during installation.
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Custom-shaped flexible blankets engineered for heat insulation inside industrial pipes, turbines, and engine spaces.
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High-efficiency hybrid panels with PU foam cladding, providing reliable thermal protection for vaccine boxes and cold stores.
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High-efficiency insulation blankets engineered to shield battery packs in new energy vehicles from temperature spikes.
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