Engineered to deliver industry-leading thermal efficiency under extreme Middle Eastern environmental profiles and high operational loads.
Iraq is undergoing a massive industrial revitalization, centered around high-intensity sectors such as oil and gas refining in Basra, petrochemical operations near Khor Al-Zubair, cement manufacturing in Sulaymaniyah, and heavy metallurgy in southern provinces. However, operating heavy machinery, industrial furnaces, and steam generation systems in Iraq presents severe challenges. The harsh Middle Eastern summer temperatures, often exceeding 50°C, combined with continuous, high-temperature operations (ranging from 800°C to 1200°C in process chambers), demand advanced thermal management systems to protect infrastructure, ensure worker safety, and reduce fuel consumption.
Traditional insulation materials, such as refractory ceramics, rockwool, and calcium silicate, require considerable thickness to achieve high thermal resistance. In refinery retrofits and compact kiln chambers, space is at a premium. Excessive thickness also adds dead load to steel structures. Nano microporous panels offer a thermal conductivity profile lower than still air, allowing for a 70% reduction in insulation thickness while offering identical heat barriers, lowering carbon emissions and direct fuel consumption by up to 30% in high-temperature processes.
Globally, the transition to green energy and industrial efficiency is driving the adoption of fumed silica-based vacuum insulation panels and nano microporous materials. In Iraq, this technology is finding critical application paths in:
Tailor-made dimensions, densities, and laminations for special mechanical configurations across complex processing environments.
Product Details: Size: Customized, Thickness: 5-15mm. High mechanical resistance and thermal runaway containment for battery packs.
Specially engineered for humid environments. Incorporates hydrophobic core formulas ensuring insulation performance under steam ingress.
Guarantees fire-rating standards. Nano microporous infill limits heat transfer, ensuring safety compliance across commercial towers in Iraq.
Custom geometries (L-shaped, circular, or multi-curved) designed through precise CNC routing to eliminate thermal bridging.
Optimized for pipe wraps and heat exchangers, offering flexible manipulation with high heat resistance.
Featuring robust barrier PET films, minimizing gas permeation to preserve internal vacuum states for decades.
Preservation insulation materials for vaccines and temperature-critical biologics shipping in desert regions.
Allows cold chain container units to optimize their internal volume-to-insulation-ratio for large sea or road logistics runs.
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 primary production base located in Nanchong City, Sichuan Province. This facility stands as one of China’s largest and most technologically advanced production centers for vacuum insulation materials and high-temperature nano microporous panel applications.
By leveraging advanced raw material refining, continuous online monitoring of thermal conductivity, and automated packaging systems, Zerothermo ensures that every panel shipped meets global industrial specs (such as ASTM and ISO standards). Our manufacturing footprint gives us unmatched supply chain robustness, allowing us to supply large-scale projects in Iraq and the wider Middle East with competitive pricing structures and secure delivery timelines.
Special sizes beyond standard ANSI/ASME/DIN guidelines, produced strictly according to client drawings.
Square, oval, and unique geometry configurations, including oversized or ultra-thin precision flanges.
Helium leak testing, ultra-high vacuum chamber validation, and thermal imaging reporting before shipment.
Why Zerothermo stands as the preferred long-term partner for heavy industries in the Middle East.
Unparalleled standards across our material inputs. We utilize fumed silica with precise particle distribution, yielding minimum thermal conductivity.
Swift engineering execution from CAD files to custom CNC cut, stamped, or flexible mats designed specifically for your furnace shell geometries.
With massive automated vacuum manufacturing lines, we guarantee consistent quality and high output to support large-scale infrastructure projects.
Direct export routes from Nanchong to the port of Umm Qasr or via overland routes to northern Iraq, ensuring cargo integrity during transit.
Comprehensive engineering support, post-installation performance analysis, and optimization consulting for high-temperature setups.
Get a comprehensive engineering calculation for your project and custom pricing within 24 hours.
Get a Quote Now →Optimizing heat containment, structural safety, and operational reliability in diverse sectors.
High-efficiency vacuum insulation packaging systems keeping life-saving medicines and vaccines stable under high desert ambient heat.
Empowering the construction sector to reduce HVAC electrical consumption through vacuum insulation building envelopes.
Lowering energy bills and preventing outer shell thermal fatigue in blast furnaces, chemical pipes, and ceramic kilns.
Specialized acoustic and thermal management panels for commercial spaces, galleries, and public exhibits.
Real-world applications proving the long-term reliability and cost benefits of our panels.
Reduced fuel consumption on a reforming furnace by 18% with flexible nano thermal mats.
Achieved target surface temperatures of <60°C under severe ambient summer conditions.
Large-scale institutional energy savings project utilizing structural vacuum insulation walls.
Fumed silica insulated cooler boxes used for regional vaccine distribution under extreme conditions.
When procurement managers in Iraq seek high-temperature insulation, understanding the total cost of ownership (TCO) is crucial. While the initial investment in nano microporous panels is higher than rockwool or calcium silicate, the reduction in energy consumption, coupled with space savings, yields payback periods often under 12 months. Below is a comparative pricing matrix based on specifications commonly ordered for industrial projects in the Middle East.
| Material Lamination Type | Common Thickness (mm) | Max Temp Limit (°C) | Thermal Conductivity (W/m·K) | Est. FOB Price Range (USD / Sq.m) | Ideal Application in Iraq |
|---|---|---|---|---|---|
| Fiberglass Cloth Cladded Microporous Panel | 10 - 25 | 1000 | 0.016 - 0.022 | $45 - $80 | Refinery reformer backing insulation |
| Aluminum Foil Hydrophobic Microporous Panel | 5 - 20 | 950 | 0.018 - 0.024 | $55 - $95 | High humidity steam pipes & heat exchangers |
| Stainless Steel Mesh Encased Flex Mat | 10 - 15 | 1050 | 0.017 - 0.023 | $75 - $120 | Gas turbine exhaust ducts, vibrating piping |
| Fumed Silica Vacuum Insulation Panel (VIP) | 15 - 30 | 80 (Cold chain focus) | 0.004 - 0.006 | $35 - $60 | Reefer containers, pharmaceutical coolers |
*Note: The prices provided are estimates and vary according to raw material fluctuations, order volume, and density requirements. For accurate project-specific pricing, please contact our sales office.
Technical answers for procurement departments, project engineers, and thermal consultants.
Whether you are designing a high-temperature kiln lining in Sulaymaniyah, retrofitting a cracking furnace in Basra, or requiring high-efficiency fumed silica vacuum insulation panels for medical cold boxes in Baghdad, Zerothermo Technology provides full-process support.
Reach out to our engineering sales team with your dimensional details, maximum operating temperatures, and expected volumes to receive an engineered suggestion alongside a detailed cost quotation.
Watch our automated manufacturing processes, quality inspection procedures, and helium leak testing systems.
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Discover our full catalog of fumed silica vacuum insulation panels, thermal boards, and hydrophobic high-temperature panels.
