Engineered specifically for the stringent efficiency standards of United Kingdom heavy industries, manufacturing plants, and high-temperature thermal infrastructure.
High-performance flexible nanostructured thermal insulation blankets engineered to offer optimal thermal efficiency in confined spaces for UK manufacturing plants.
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Ultra-low thermal conductivity micro-porous silica boards. Ideal for backing linings of steel ladles and industrial glass furnaces in the United Kingdom.
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Custom-sized high performance vacuum insulation solutions designed specifically for global and domestic UK temperature-controlled shipping and vaccine cold chain systems.
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Specially tailored fumed silica vacuum core systems complete with highly durable PET barrier film encapsulation, designed for non-standard geometric architectural profiles.
Explore ProductThe United Kingdom's Industrial Decarbonisation Strategy mandates a drastic reduction in carbon emissions across energy-intensive sectors (including steel, glass, cement, and chemical manufacturing). UK factories face the dual pressure of soaring energy costs and rigid carbon tax policies, such as the Climate Change Levy (CCL) and the UK Emissions Trading Scheme (UK ETS).
In high-temperature processes, traditional insulation materials like mineral wool, calcium silicate, and refractory bricks are reaching their thermodynamic limitations. Increasing thickness to achieve better insulation is often impossible due to structural constraints. This is where Nano Microporous Insulation Panels emerge as a critical technology pathfinder.
By utilizing advanced fumed silica cores with nanometer-sized pore structures, our microporous panels minimize the three modes of heat transfer: conduction, convection, and radiation. This delivers up to four times the performance of conventional insulation at a fraction of the thickness, allowing UK manufacturing factories to achieve unprecedented thermal efficiency while reclaiming valuable factory floor footprint.
Discover the material science underlying the Knudsen Effect and pore size distribution that underpins our low thermal conductivity materials.
By engineering the average cell/pore size of the silica structure (approx. 20nm) to be smaller than the mean free path of air molecules (approx. 70nm), gas molecular collisions are eliminated, neutralizing gaseous thermal conduction.
Incorporating custom-engineered infrared opacifiers into the silica matrix scatters and absorbs thermal radiation, ensuring insulation stability at extreme temperatures up to 1050°C.
The low bulk density (typically 220–360 kg/m³) means the material stores very little thermal energy, enabling rapid heat-up and cool-down cycles for industrial kilns and metallurgical furnaces.
Providing tailor-made thermal solutions across multiple economic sectors in the UK market, prioritizing safety and energy efficiency.
Ensuring precise temperature control for life-saving therapeutics, vaccines, and logistics using high-efficiency fumed silica vacuum insulation technology.
Enabling ultra-low U-values for zero-carbon high-rise envelope systems, maximizing internal usable space in urban UK developments.
Backing insulation for iron & steel ladles, glass melting furnaces, petrochemical cracking heaters, and power generation turbines.
Thermal management and fireproofing in historic building restoration, structural heritage retrofits, and specialized transport vessels.
About Zerothermo Technology
Zerothermo Technology Co., Ltd., a proud subsidiary of CBVAC Group and a recognized national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area, with our state-of-the-art production base located in Nanchong City, Sichuan Province. This massive manufacturing facility stands as one of China’s largest and most technologically advanced comprehensive production centers for vacuum technology and nano thermal insulation products.
Equipped with automated batching systems, heavy-duty hydraulic pressing lines, and ISO 9001 quality management, we deliver both standardized and non-standard engineered products to clients across Europe, Asia, and North America. Our commitment to sustainable innovation aligns with international standards, helping energy-intensive industries transition toward green manufacturing.
How our integrated raw material access and advanced automation deliver unparalleled value to procurement managers in the United Kingdom.
Procuring thermal insulation for massive refinery retrofits, glass manufacturing plants, or EV gigafactories in the United Kingdom requires a stable, high-volume supply chain. Zerothermo Technology provides local UK companies with direct access to a world-class manufacturing base that achieves cost efficiencies through vertical integration:
Innovative engineering and international standards of delivery for critical global supply channels.
Unparalleled manufacturing standards following CE, UKCA, and ISO directives. Guaranteed longevity under intense high-heat industrial cycles.
Rapid product engineering and fabrication. We supply customized sizes and protective configurations according to specific client drawings.
Large-scale hydraulic pressing machines and dry vacuum chamber lines allow high-volume production with uncompromised quality controls.
Global logistics network with optimized marine, rail, and air cargo routes. Strong partnerships ensure fast shipping directly to UK ports.
Reviewing real-world applications and installations of our high-temperature and vacuum insulation boards.
Our comprehensive catalogue spans vacuum wall systems, building heat shields, cold chain logisitics panels, and high-temp mats.
Structural modular insulation panels ideal for zero-carbon building cladding systems and industrial factory exterior walls.
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Off-site modular vacuum cladding elements for quick architectural assembly and outstanding thermal envelop performance.
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Integrated double-action wall systems that serve as decorative cladding and energy-saving high performance VIP boards.
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Heavy duty VIP boards reinforced with structural grid overlays to resist mechanical wear in underground or floor installations.
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Highly cost-competitive heat shield panels configured to prevent thermal bridging in modern residential and commercial frameworks.
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Optimized cold chain logistics VIP panels developed to safeguard biopharmaceuticals and food logistics routes across Britain.
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Ultra-low thermal conductivity VIPs wrapped in micro-engineered PET film barrier structures to prevent moisture infiltration.
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Medical-grade portable cooler boxes integrating high-performance VIPs for extended hold times without external power.
Explore ProductEngineered thermal systems specifically crafted for EVs, architectural doors, and cold chain logistic frameworks.
Custom sizes (5-15mm thickness) designed to provide thermal runaway protection in EV battery modules.
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Microporous insulation structures encapsulated with specialized water-repellent protective coatings.
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Slim-profile high-temperature core sheets designed to achieve certified fire ratings for elevator doors.
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Round geometric and radial custom-designed insulation blankets for industrial piping and circular kiln flues.
Request Spec SheetsProviding certified, code-compliant high-performance materials for high-stress applications.
We understand that UK industrial projects require absolute adherence to safety and environmental regulations. Our engineering services provide full documentation, material tracing, and safety compliance reports to smooth project approvals:
Furthermore, Zerothermo Technology provides direct engineering consulting to UK-based project managers, providing heat transfer calculations (using finite element analysis) to determine precise optimal panel thicknesses.
Deep engineering insights concerning the practical application of Nano Microporous Thermal Insulation.
Nano Microporous Panels have a thermal conductivity as low as 0.018 W/m·K at high temperatures, which is approximately 3 to 4 times lower than conventional ceramic fiber insulation blankets or mineral wool. This means you can achieve the same insulating value with only 25% of the insulation thickness, saving valuable space, lowering furnace outer-wall temperatures, and minimizing structural steel weight.
Yes, absolutely. While microporous materials are rigid and dust-prone when cut directly on-site, we strongly recommend pre-engineering the panels at our China Factory 4.0. We produce custom geometries, including round shapes, custom grooves, and specific cut-outs, which are then encapsulated in glass fiber cloth or aluminum foil to maintain structural integrity and prevent dust emissions during installation.
As a key subsidiary of the CBVAC Group, we utilize state-of-the-art logistics and export protocols. We maintain strategic buffer inventories of raw fumed silica and have designated shipping partners serving key UK ports (including London Gateway, Felixstowe, and Liverpool). This ensures our production runs are protected against shipping delays, maintaining lead times within 4–6 weeks for custom orders.
Under design temperature parameters (continuous exposure up to 950°C for microporous and -40°C to 80°C for vacuum insulation panels), our systems are engineered to match the lifecycle of the host machinery or building envelope, often exceeding 25 to 50 years. Moisture protection through advanced barrier films (such as PET/Aluminium laminates) prevents aging of the core silica structure.
Connect with our senior engineering team to get tailored technical designs, performance calculations, and competitive pricing for your UK project.
Our technical engineering desk is available to assist with heat loss simulations, thickness calculations, and commercial quotation drafts.
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