Engineered specifically for heavy industrial applications under thermal strains exceeding 1000°C.
Flexible, ultra-thin high temperature mats optimized for pipeline curves and complex vessel geometries in Suez petrochemical complexes.
Technical Specs
Designed with high mechanical strength to support refractory linings in heavy-duty rotary cement and lime kilns across Egypt.
Technical Specs
Optimized round panels designed to minimize thermal bridging in casting ladles and industrial furnace linings.
Technical Specs
High-reflectivity barrier engineered for warehouse, refinery roofs, and plant ceiling applications in high-temperature zones.
Technical SpecsAs the Arab Republic of Egypt advances its ambitious Vision 2030 industrial strategy, the nation's manufacturing hubs—ranging from the Suez Canal Economic Zone (SCZONE) to industrial estates in Helwan, Tenth of Ramadan, and Alexandria—face unprecedented pressures. With the gradual elimination of electricity and natural gas subsidies for heavy industries, managing thermal energy loss is no longer just an environmental concern; it is a critical driver of bottom-line profitability.
Traditional refractory brick and ceramic fiber insulation systems are no longer sufficient. They require excessive thickness to achieve modern thermal insulation targets, taking up valuable volume in steel ladles, cement rotary kilns, and chemical processing chambers. Nano microporous panels offer a quantum leap forward, featuring a thermal conductivity rating of just 0.015 to 0.030 W/m·K. This allows them to achieve the same thermal performance as conventional insulation at a fraction of the thickness.
Furthermore, Egypt's hot climate increases ambient thermal loads on process piping and machinery. Installing advanced microporous insulation helps protect equipment, lower operational risks, and significantly reduce energy consumption in high-temperature processes.
Rigid validation under thermal loads exceeding 950°C to guarantee zero structure failure.
At the core of Zerothermo's technological edge is the manipulation of thermal dynamics at the nanoscale. Dynamic heat transfer occurs through three pathways: conduction, convection, and radiation. Nano microporous insulation panels target all three mechanisms:
Solving real-world thermal challenges in Egypt's primary manufacturing corridors.
High-temperature cracker tubes and catalytic reactors require precise, stable temperature profiles. Installing custom microporous panels on shell surfaces reduces heat loss, stabilizes chemical reactions, and prevents thermal degradation of surrounding components.
Rotary kilns operate under intense heat. Integrating a layer of nano microporous panels behind the working refractory lining allows plants to maintain high internal clinkering temperatures while lowering outer shell skin temperatures, extending kiln life and saving fuel.
In glass manufacturing, precise cooling rates are critical to preventing internal stress. Microporous insulation provides uniform thermal zoning along the lehr tunnel, helping to reduce defect rates and improve overall glass quality.
Based in the Beijing Economic-Technological Development Area, with our high-capacity production base in Nanchong City, Sichuan Province, Zerothermo stands as one of China’s largest and most technologically advanced manufacturers of vacuum insulation products. Operating under CBVAC Group's strict quality systems, our facilities are equipped with state-of-the-art automated production lines that ensure consistent quality across high-volume production runs.
Why Egypt’s Heavy Industries Choose Zerothermo:
We handle the administrative complexities to ensure smooth clearance at Alexandria, Port Said, and Sokhna ports.
We coordinate with Egyptian importers to register shipments on the Nafeza platform, obtaining the required 19-digit ACID number before shipping out of China.
All standard documents, including the Certificate of Origin, legalized commercial invoices, packing lists, and test reports, are processed carefully to ensure hassle-free clearance.
Panels are securely packaged in moisture-proof vacuum bags and reinforced crates to withstand maritime transit and humid warehouse storage conditions.
Reflecting CBVAC Group & Zerothermo Technology's production capabilities and industry experience.
A pricing guideline framework based on raw material components and technical specifications.
| Insulation Panel Type | Core Composition | Density (kg/m³) | Temp Limits | Thermal Conductivity | Estimated Price Range (FOB China) |
|---|---|---|---|---|---|
| Flexible Nano Thermal Mat | Fumed Silica / Filament Matrix | 200 - 240 | -50°C to 1000°C | ≤ 0.020 W/m·K (at 600°C) | Contact for Quote |
| Rigid Microporous Panel | Fumed Silica / Opacifiers / Inorganics | 280 - 320 | -50°C to 950°C | ≤ 0.018 W/m·K (at 400°C) | Contact for Quote |
| Aluminium Foil Laminated Board | Fiberglass Core / Foil Composite | 160 - 200 | -30°C to 120°C | ≤ 0.005 W/m·K (at Room Temp) | Contact for Quote |
| Fumed Silica Vacuum Panel (VIP) | Fumed Silica Core / Barrier Envelope | 180 - 220 | -50°C to 80°C | ≤ 0.004 W/m·K (at Room Temp) | Contact for Quote |
Please Note: Exact unit prices depend on panel thickness (standard thicknesses range from 5mm to 50mm), custom shapes, and packaging requirements. Contact our engineering team for a detailed custom quote.
Explore our full line of vacuum and microporous insulation panels, designed for building construction, cold chain logistics, and high-temperature manufacturing.
Tailored thermal designs to fit challenging layouts in new energy vehicles, industrial equipment, and fire doors.
Thickness: 5-10mm. Designed to prevent thermal runaway in EV battery enclosures.
Fitted with protective coatings to prevent moisture ingress in challenging industrial environments.
Elevator fireproof door thermal cores, delivering excellent fire resistance with a thin profile.
Custom-engineered 3D shapes to fit complex geometries and reduce thermal bridging.
Perfect for cylindrical furnace openings, pipe flanges, and industrial valves.
Provides reliable thermal protection for commercial cooling displays and domestic refrigerators.
Ensures stable temperature control for transporting sensitive biologicals and high-value pharmaceuticals.
Large-format thermal panels designed for intermodal containers and large cold storage facilities.
Zerothermo Technology is committed to delivering advanced materials that balance high thermal efficiency with mechanical strength, helping industrial plants reduce carbon emissions and achieve sustainability goals.
Our raw materials, mixing ratios, and vacuum sealing processes are monitored closely to ensure stable, reliable thermal performance over a long service life.
Our engineering team works directly with clients to design customized shapes and sizes, delivering custom solutions that integrate smoothly into existing equipment.
Our automated manufacturing lines allow us to scale production efficiently for large-scale projects without compromising on strict quality checks.
Special designs produced according to customer drawings or technical parameters.
Oversized panels or micro precision panels engineered for custom equipment configurations.
Real-world applications showcasing the efficiency and reliability of Zerothermo insulation systems.
Integrated nano microporous panels into high-temperature process piping, reducing thermal losses and improving processing efficiency.
Replaced conventional thick insulation boards with customized round microporous panels, increasing holding capacity and stabilizing temperatures.
Outfitted large pharmaceutical storage rooms with fumed silica vacuum insulation panels, ensuring strict temperature stability.
Supplied vacuum insulated shipper boxes, extending safe transit times for heat-sensitive vaccines without depending on active cooling.
Delivering high-efficiency thermal insulation solutions that empower businesses to optimize energy usage and reduce carbon footprints.
Ensuring temperature stability for sensitive medical products through advanced vacuum insulation box systems.
Delivering high-performance insulation boards for building envelopes to reduce heating and cooling loads.
Optimizing energy efficiency and thermal safety in industrial furnaces, kilns, and high-temp processing piping.
Implementing quiet, highly efficient thermal insulation panels for temperature control in modular structures.
Addressing technical, operational, and logistics queries for industrial buyers in Egypt.
Stay informed about developments in high-temperature thermal barriers, sustainable technologies, and industrial insulation standards.
Discover how modern building codes utilize ultra-thin microporous panels to meet strict safety and fire-rating standards in high-rise constructions.
We enjoyed connecting with global partners at the Canton Fair and showcasing our latest fumed silica vacuum insulation technologies.
An in-depth review of how aerospace and heavy metallurgy fields utilize microporous matrices to optimize high-temperature environments.
Contact our engineering and sales teams to request detailed product specifications, test data, or a custom shipping quote to your site in Egypt.
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