Featured Safety & Thermal Materials
Specifically engineered for high-rise commercial structures and industrial elevator shafts, offering superior thermal containment under fire loads.
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Ultra-low thermal conductivity materials designed to reinforce structural resilience against external heat penetration in desert regions.
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Flexible, nano-microporous wrapping insulation that ensures energy retention and safe thermal boundaries for commercial water systems.
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Preserving strict temperature ranges for cold chain logistics and medical pharmaceutical hubs throughout Algeria's major cities.
View SpecificationsStrategic Industry Brief
Algeria stands as one of Africa's primary energy centers, with extensive hydrocarbon refineries in Arzew, Skikda, and Hassi Messaoud operated by Sonatrach. As industrial capacity expands alongside rapid modernization of municipal infrastructure in major cities like Algiers, Oran, and Constantine, the demand for high-tier fire safety is critical. In critical environments, standard insulation materials no longer meet regulatory demands or performance needs. Specifying high-efficiency Passive Fire Protection (PFP) has transitioned from a structural recommendation to a mandatory design requirement.
Industrial installations and commercial high-rise buildings in Algeria are governed by strict building codes, including executive decrees under the Ministry of Housing, Urban Planning and the City, alongside international benchmarks like BS EN 13501-1 (Class A1 non-combustible classification) and UL 1709 guidelines for hydrocarbon fire curves. Zerothermo’s nano-microporous and vacuum insulation panels provide unmatched thermal barrier performance in extremely thin profiles, allowing engineers to meet fire safety compliance without increasing structural weight or wall thickness.
In alignment with Algeria's national energy transition plan to improve building efficiency and reduce carbon emissions, architects are looking beyond traditional rockwool and polyurethane foam. Zerothermo's Fumed Silica Vacuum Insulation Panels (VIPs) achieve a thermal conductivity rating of <0.004 W/m·K. This allows for superior thermal barriers in architectural facades, ensuring that internal mechanical cooling is preserved while providing an absolute block against fire propagation in structural envelopes.
Petrochemical processes involve high thermal loads and risk of rapid-temperature hydrocarbon fires. Standard structural barriers fail rapidly when exposed to temperatures exceeding 1000°C. Zerothermo’s Nano-Microporous High-Temperature Panels are rated to withstand continuous working temperatures of up to 1000°C. They maintain dimensional stability and structural integrity, preventing structural steel deformation and providing crucial time for evacuation and response in industrial plants.
Global Engineering Authority
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 advanced 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.
By leveraging our deep expertise in high-vacuum physics, advanced materials science, and thermal engineering, we deliver robust commercial solutions for structural thermal isolation and passive fire safety. Our production capability operates under rigorous ISO 9001 and ISO 14001 quality management structures, ensuring that every panel delivered to the Algerian market meets strict international safety baselines.
| Technical Characteristic | Standard Value | Safety Benefit |
|---|---|---|
| Thermal Conductivity (VIP) | <0.004 W/m·K | Unmatched thermal barrier thickness optimization |
| Max Service Temp (Microporous) | Up to 1000°C | Hydrocarbon-level fire containment capabilities |
| Fire Performance Rating | Class A1 (Non-combustible) | Zero smoke development, zero toxic droplets |
| Core Material | Fumed Silica Core | Environmentally friendly, recyclable, non-toxic |
Market Tailored Implementations
Ensuring ultra-precise temperature management for perishable cargo, vaccines, and biologics throughout transit terminals and warehousing hubs in dry North African desert environments.
Empowering commercial skyscrapers and civic centers in Algiers to curb energy consumption via building envelope integration of VIP insulated glass and high-grade thermal barrier panels.
Supplying structural furnace shields, pipeline jackets, and refinery separation systems with nano-microporous blankets to optimize energy usage and ensure workplace safety.
Preventing fire spread in public buildings and historical preservation sites via fireproof barriers integrated into floor assemblies, wall structures, and interior partition systems.
We offer structural materials engineered to achieve thermal performance matching the operational demands of the energy sector. By integrating vacuum barriers and nano-scale porous structures, we provide robust safety panels that protect critical components from thermal fatigue and fire hazards.
Tailored Specifications
Designed for EV battery thermal runaway mitigation. Custom sizes and thicknesses ranging from 5mm to 15mm.
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Highly efficient custom insulation configurations to maximize thermal retention and prevent heat loss in processing units.
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Engineered for commercial high-rise elevator shaft fire safety barriers, tested under standard furnace curves.
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Engineered for complex structural shapes requiring precise thermal performance under tight geometric constraints.
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Flexible high-temperature wraps for pipes, valve stations, and engine exhausts in industrial processing facilities.
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The gold standard in architectural wall systems, providing ultra-low thermal transfer and maximizing floor space.
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Optimized thermal protection for cross-border refrigerated logistics corridors between Europe and Algeria.
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High-efficiency insulating inserts designed to fit standard cargo shipping configurations and storage cells.
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Structural vacuum core insulation integrated within high-density technological server rooms and heat mitigation shields.
Passive wall systems and insulation blankets protecting complex thermal processing machinery zones.
A1-class fireproof thermal insulation panels protecting structural vertical corridors and student common areas.
Integrated cold chain boxes with specialized VIPs, ensuring reliable medical containment and vaccine storage during transit.
Technical Roadmap
Our products are manufactured under strict ISO controls and certified to meet European standard EN 13501-1, ensuring performance in high-stakes projects.
With modern manufacturing centers, we support large-scale industrial projects with consistent quality and reliable lead times.
Our logistics networks handle customs clearance, secure transit, and prompt delivery directly to construction and industrial sites in Algeria.
Expert Support Panel
Our Fumed Silica Vacuum Insulation Panels are built around a non-combustible fumed silica core. When exposed to fire, they maintain their mechanical stability without releasing toxic fumes, smoke, or combustible droplets, satisfying Class A1 non-combustible ratings.
Yes. We offer complete custom services for structural components, curved shapes, and high-temperature panels, tailored to meet the drawings and engineering requirements of project zones across Algeria.
Traditional rockwool can degrade under high humidity fluctuation and desert thermal shifts. Zerothermo VIPs are encased in multi-barrier envelope layers, ensuring durable thermal resistance of less than 0.004 W/m·K and a service life designed to match the lifespan of the building facade.
Our materials meet EN 13501-1 and standard UL certification pathways. They are engineered to comply with high-level safety parameters required by international consulting engineers working within Algerian petrochemical facilities.
Complete Engineering Catalog
High-performance vacuum panels optimized for thermal container isolation in overland transport networks.
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Flexible nano-mats designed for easy wrapping around complex pipeline joints and process equipment.
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Combines aesthetic facade finishing with integrated high-efficiency thermal insulation in single modular systems.
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Specialized vacuum packaging structure providing enhanced humidity resistance and gas barrier properties.
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Architectural panels providing robust thermal barrier performance to reduce cooling energy usage in structural walls.
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Polyurethane composite vacuum cores offering high mechanical strength and reliability in logistics box insulation.
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Extremely low thermal conductivity panel systems optimized for commercial appliance and refrigeration systems.
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Innovative structural glazing units designed to prevent thermal bridging across window and curtain wall frameworks.
Technical DatasheetDirect Project Communication
Our engineering department offers detailed technical guidance, project design support, and custom material production matching. Contact our global sales team today to request material samples, compliance certificates, and commercial pricing.
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