Engineered to mitigate thermal losses in high-ambient environments. Our primary product line reduces energy consumption and optimizes heat confinement.
High-flexibility thermal barriers custom-molded to accommodate curved pipe structures and irregular furnace geometries in Turkish steel plants.
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Advanced exterior cladding panels integrated with vacuum cores to offer space-saving insulation performance across metropolitan structures in Izmir.
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Highly robust pre-engineered vacuum insulation systems designed specifically to align with current green-building initiatives in Istanbul and Ankara.
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All-in-one panel combinations featuring structural durability alongside extremely low thermal conductivity values for storage and warehouses.
Explore Tech Specs →Turkey stands as a critical industrial hub bridging Europe and Asia. Key industrial sectors, such as the metallurgy lines of Iskenderun, cement manufacturing plants in Kocaeli, and ceramic and glass facilities in Izmir, consume massive quantities of fossil fuels to maintain operations exceeding 1000°C. With rising energy costs (specifically natural gas tariffs regulated by BOTAŞ) and the impending execution of the EU’s Carbon Border Adjustment Mechanism (CBAM), Turkish manufacturers are facing unprecedented pressure to enhance thermodynamic efficiency, optimize thermal retention, and minimize carbon footprints.
Traditional refractory insulating materials like ceramic fiber blankets, calcium silicate, and rock wool are no longer sufficient to meet modern energy constraints. Nano microporous panels represent the pinnacle of thermal barrier technology. Utilizing advanced fumed silica cores combined with infra-red opacifiers, these panels exploit the Knudsen Effect.
By confining gas molecules inside pores smaller than the mean free path of air (approximately 70 nanometers at atmospheric pressure), convective heat transfer within the porous structure is completely suppressed. In addition, infrared opacifiers intercept and scatter radiative heat transfer, making these panels exceptionally efficient at temperatures up to 1000°C. The thermal conductivity of nano microporous insulation remains lower than that of still air across its entire operational temperature spectrum.
| Insulation Material | Density (kg/m³) | Thermal Conductivity at 400°C (W/m·K) | Thickness Required for Equivalent Insulation | Max Limit Temperature (°C) |
|---|---|---|---|---|
| Nano Microporous Panels (Fumed Silica) | 220 - 320 | 0.021 - 0.025 | 25 mm (1x) | 1050 |
| Calcium Silicate Board | 250 - 300 | 0.095 - 0.120 | 100 mm (4x) | 1000 |
| Ceramic Fiber Board | 280 - 320 | 0.085 - 0.110 | 90 mm (3.6x) | 1260 |
| High-Quality Rock Wool | 140 - 160 | 0.110 - 0.140 | 120 mm (4.8x) | 650 |
In Turkish industrial centers, space is a critical premium. For instance, in steel ladle linings or glass tempering kilns, reducing the thickness of the insulation layer enables operators to increase the volumetric capacity of their equipment while maintaining external shell temperatures below 80°C. This directly translates to higher production outputs per cycle and lower fuel consumption, providing a rapid return on investment (ROI) that aligns with corporate sustainability objectives.
A national high-tech enterprise at the forefront of vacuum insulation technologies.
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. Combining rigorous manufacturing standards with deep academic and industrial research, we offer state-of-the-art thermal engineering solutions tailored to complex structural projects around the globe, including significant installations across Turkey.
Special dimensions beyond standard ranges are manufactured in accordance with local Turkish engineering blueprints and custom operating environments.
Square, circular, oval, or customized geometries designed to insulate high-precision machinery, including industrial micro-flanges and heavy pipes.
Bespoke insulation solutions developed specifically to handle thermal bridging and physical stress points in high-temperature environments.
Unmatched production standards and engineering flexibility to secure long-term industrial efficiency.
Our fumed silica and vacuum insulation systems serve as critical infrastructure across key industry verticals.
Providing thermal stability solutions for high-value cold chain transit across logistics hubs in Istanbul.
Assisting structural designers in achieving carbon neutrality goals using ultra-thin VIP wall envelopes.
Enabling massive energy reductions in heavy-duty metallurgy, ceramic kilns, and glass production chambers.
Deploying specialized microclimatic thermal pods and prefabricated structural insulation assemblies.
Demonstrated insulation integrity and carbon emission reduction across high-stakes industrial deployments.
Replaced standard refractory lining with 25mm microporous boards, achieving 32% thermal savings.
Integrated custom flexible nano-mats into steel ladle linings to enhance capacity and reduce shell heat.
Applied vacuum insulation paneling systems to meet stringent municipal heat loss regulations.
Supplied high-density VIP cooler boxes for safe transit of vaccines and temperature-sensitive biologicals.
As Turkey’s commercial framework integrates closer with European supply networks, environmental compliance is no longer optional. The Green Deal initiatives require deep industrial decarbonization. Implementing nano microporous panels allows Turkish metal and chemical exporters to verify their reduced energy footprints, avoiding carbon tariffs at international borders.
Our manufacturing workflow is certified to ISO 9001 and ISO 14001, ensuring that each board leaving our production line delivers consistent density, structural rigidity, and uniform thermal resistance. We work alongside Turkish technical teams to verify installation performance through thermal imaging and precise energy calculations, providing a comprehensive data log of actual carbon offsets achieved.
Our state-of-the-art engineering department shapes, wraps, and adapts vacuum and microporous assemblies to precise operational specifications.
Ultra-thin fumed silica barriers developed to prevent thermal runaway and optimize space in vehicle battery housings.
Specially coated microporous boards designed to resist humidity and moisture ingress in high-temperature sub-surface systems.
Meets stringent fire safety integrity codes in structural architecture, ensuring prolonged stability under flame exposure.
Precision-molded vacuum insulation panels structured to insulate irregular piping and sharp directional changes.
Flexible heat shields with outstanding thermal performance designed to easily mold over complex circular pipes.
Reflective-wrapped fumed silica boards that eliminate gas penetration and ensure durable thermal performance.
Advanced vacuum panels tailored for industrial cold storage operations, maximizing volume while minimizing energy.
Large-format VIP panels designed to integrate into heavy-duty containers for trans-national pharmaceutical shipping.
Explore technical specifications, material physics, and application parameters for microporous materials.
Explore our complete product line, designed to cover diverse industrial requirements, from high-temperature furnaces to cold-chain logistics.
Designed with enhanced protective layer shells to prevent damage during installation in rugged environments.
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High-efficiency heat shield panels for industrial facility walls, designed to reduce cooling and heating energy loss.
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Designed to withstand extreme operating conditions, offering minimal thermal conductivity at high temperatures.
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Provides critical thermal insulation to maintain vaccine stability and product safety during long-distance shipping.
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Flexible dimensions designed to integrate into high-capacity refrigeration and cargo cooling containers.
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Features low thermal conductivity and dynamic protection barrier film wrapping for enhanced durability.
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Incorporates fumed silica vacuum insulation panels to extend temperature control windows for fresh and medical cargo.
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Configured specifically to wrap around round objects, furnaces, and pipes, minimizing heat loss in high-temperature plants.
Detailed Specifications →Get customized solutions and direct price quotes for your project. Reach out to our technical team for assistance.
Our thermal management experts will analyze your system parameters (temperature limits, heat dissipation boundaries, physical space constraints) to configure the optimal nano microporous insulation system.
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Phone: +8615892792306
