High-Temperature Engineering Core Series
Designed for complex geometries in maritime exhaust pipelines and district heating hubs across Denmark.
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Prefabs high-efficiency insulation cladding conforming to Danish building regulations and energy codes.
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Prefabricated internal wall panels with ultralow thermal conductivity for space-saving Nordic insulation.
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Engineered for sustainable urban constructions in Denmark, saving interior space while meeting net-zero goals.
Get Danish Market QuoteDanish Industry & Carbon Neutrality Goals
Denmark has set one of the world's most ambitious climate targets: achieving a 70% reduction in greenhouse gas emissions by 2030 (relative to 1990 levels) and reaching full climate neutrality by 2050. This aggressive policy framework, dictated by the Danish Climate Act, places immense pressure on heavy industries, waste-to-energy plants, and maritime shipping fleets to optimize energy consumption and minimize thermal wastage.
Traditional refractory and insulation materials such as rockwool, calcium silicate, and ceramic fibers are no longer sufficient. Their higher thermal conductivity at high temperatures demands thick, heavy structures that limit operational space, increase weight load, and yield suboptimal thermal efficiency. This is where Nano Microporous Panels present a paradigm shift for Danish process engineers and plant managers.
By leveraging advanced fumed silica nanostructures, these microporous materials restrict heat transfer to levels below the static air thermal conductivity limit, offering a step-change reduction in carbon footprint across Denmark's heavy manufacturing infrastructure.
Material Science & R&D
To understand the performance advantage of Zerothermo's Nano Microporous Panels, one must look at the nanoscale thermal dynamics. Traditional thermal insulation functions by trapping air within pore structures. However, gas convection and molecular collisions within these pores still transfer substantial heat. Our microporous panels utilize Fumed Silica (SiO2) nanoparticles aggregated to form pore sizes between 10 to 50 nanometers. This structural design operates on two fundamental physical phenomena:
The mean free path of an air molecule at standard pressure is approximately 68nm. By engineering internal pores with diameters smaller than 50nm, air molecules are physically restricted from colliding with one another. Consequently, gaseous thermal conduction is almost entirely eliminated.
At temperatures above 500°C, radiative heat transfer dominates. Our panels integrate high-efficiency opacifiers (such as Silicon Carbide or Zirconium Silicate) within the silica matrix to scatter, reflect, and absorb infrared radiation, minimizing radiative heat flux.
The solid contact points within the amorphous network of fumed silica are extremely sparse and thin. The heat path is highly tortuous, resulting in near-zero solid phase conduction through the core structural grid of the panel.
Danish Local Industrial Engineering
Denmark is a global pioneer in district heating and waste combustion systems (like Copenhill). Our Nano Microporous Panels insulate steam boilers, heat exchangers, and flue gas ducts, reducing heat leakage and maximizing CHP (Combined Heat and Power) system yields.
View Boiler Case Studies →Under strict IMO regulations and Denmark's maritime push, saving space in engine rooms is critical. High temperature flexible nano mats provide fire protection and thermal shields on marine exhaust gas recirculation (EGR) systems and silencers without compromising precious space.
View Marine Insulation Details →For Danish metal casting, foundry ladles, and glass melting facilities, installing our panels as backing insulation reduces shell temperatures, minimizes ladle volume requirements, and dramatically cuts gas consumption during preheating.
View Foundry Specifications →Tailored Solutions for Nordic Standards
Size: Customized | Thickness: 5-15mm. High energy density thermal runaway barriers.
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Size: Customized | Thickness: 5-50mm. Specially treated for high moisture environments.
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Class A1 fire-rated cores conforming to standard European construction fire tests.
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High-precision customized configurations for intricate district heating connections.
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Special circular profiles for burner nozzles, pipes and cylindrical reactor housings.
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Optimized cold chain and building facade solutions with extended vacuum warranty.
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Specially calibrated panels for insulin and vaccine supply chain container assemblies.
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Ideal for intermodal logistics and large cold room construction requirements in Denmark.
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Zerothermo Technology Co., Ltd., a subsidiary of the prestigious CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area. Our massive, state-of-the-art production base is located in Nanchong City, Sichuan Province. This facility stands as one of China’s largest and most comprehensive production centers for vacuum technology and nano-microporous application products.
We combine advanced vacuum processing technology developed over decades by CBVAC with the latest structural nanotechnology to provide global markets, particularly demanding energy systems in Denmark and broader Scandinavia, with thermal performance solutions that cut emissions and energy costs.
All our manufacturing lines operate under ISO 9001, ISO 14001, and ISO 45001 management protocols. Materials undergo strict batch analysis using guarded hot plate testers (ASTM C177 / EN 12667) before shipping to European distribution hubs.
330
1100°C
3+
400km²
Why Partner With Us
Tested compliance with EN and ASTM standards.
Rapid prototype designs and CNC shape routing.
High capacity ensures timely delivery for major projects.
DDP delivery to industrial ports like Aarhus and Copenhagen.
Full lifecycle support, including recycling consultations.
Danish Market Sector Profiles
Providing high-efficiency thermal insulation solutions for cold chain packaging systems through vacuum insulation panels (VIPs). This technology preserves the stability of critical products like insulin during transport, supporting the net-zero supply chain initiatives of major Danish manufacturers.
Our ultra-thin vacuum insulation panels enable architectural designs to achieve low U-values without the thick walls traditional insulation requires, maximizing rentable indoor space in Danish urban residential developments.
Designed for kilns, ovens, and furnaces in Denmark's advanced casting and manufacturing plants. Minimizes structural weight, improves temperature uniformity, and cuts process energy costs.
Proven Field Performance
Data Validation & Auditing
| Insulation Type | Thermal Conductivity (W/m·K) at 400°C | Density Range (kg/m³) | Thickness Required for U-value 0.35 (mm) | Maximum Temperature Limit (°C) |
|---|---|---|---|---|
| Nano Microporous Panels (Zerothermo) | 0.020 - 0.022 | 220 - 320 | approx. 20 - 25 mm | 1100°C |
| Standard Rockwool / Mineral Fiber | 0.048 - 0.065 | 100 - 180 | approx. 80 - 100 mm | 650°C |
| Calcium Silicate Board | 0.075 - 0.095 | 250 - 300 | approx. 110 - 130 mm | 1000°C |
| Ceramic Fiber Board | 0.082 - 0.110 | 280 - 360 | approx. 120 - 150 mm | 1260°C |
Industry Knowledge Hub
Analysis of structural integrity improvements and weight reduction parameters in commercial high-rise fire doors using fumed silica cores.
Showcasing our latest breakthroughs in next-generation VIP fumed silica cores and flexible nano-mats for extreme operations.
A deep dive into structural benefits, mechanical performance, and durability in environments with extreme vibration levels.
Expanded Industrial Product Range
Engineered with high compression structural reinforcement cores to withstand high physical stress.
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Cost-efficient building insulation solutions featuring thermal barriers that comply with BR18 standards.
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Tailored thickness, dimensions, and framing configurations designed for industrial installations.
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Optimized cold retention times for temperature-sensitive shipping setups.
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Fumed silica core insulation sheets designed for robust thermal protection in freight containers.
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Constructed with high gas-barrier PET wrapping films for long-term operational lifespan.
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Portable thermal packaging solutions designed for critical vaccines and biological transport.
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Flexible wrap-around design for irregular hot process lines and piping installations.
Get Danish Market QuoteAdditional Specialty Vacuum & Nano Products:
Special Shaped VIPs | Fiberglass Core VIPs | Aluminium Foil Boards | PU Foam VIPsTechnical Support & Consultation
Nano Microporous Panels have a thermal conductivity of approximately 0.020 W/m·K, which is 3 to 4 times lower than standard rockwool (typically 0.060-0.080 W/m·K at high temperatures). This allows engineers to achieve identical insulation performance with only 25% of the thickness, saving valuable space in equipment setups like marine engine exhaust systems or district heating tunnels.
Yes. Our panels are constructed from fumed silica and inorganic opacifiers, achieving Class A1 non-combustibility certification under European standard EN 13501-1. They contain no organic binders or toxic fibers, complying with REACH regulations and meeting Danish BR18 energy guidelines for thermal barrier installations.
We provide full customization, including custom sizes, curved layouts, circular shapes, and special wraps (such as aluminum foil, glass fiber cloth, or high-temperature plastic films). Our advanced CNC routing ensures dimensional tolerances within ±0.5mm, meeting strict engineering drawings.
Standard lead time for manufacturing customized batches is 15-20 days. Shipping routes to major Danish ports (such as Aarhus, Copenhagen, or Fredericia) take approximately 30-35 days. We also offer air freight services for urgent maintenance and repair projects, ensuring swift delivery.
Get a technical evaluation and custom quote for your project in Denmark. Our engineering team is ready to assist you.
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