Engineered for extreme structural thermal protection, providing Class A1 non-combustible performance for multi-story buildings and industrial complexes in Almaty and Nur-Sultan.
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Maximum R-value insulation with minimal thickness. Ideal for extreme cold preservation systems and energy-efficient building envelopes under Kazakhstan's SP RK standards.
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Specifically reinforced to withstand structural load stresses in industrial piping corridors, hydrocarbon refining facilities, and heavy-duty logistics operations.
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Optimized thermal protection for intercontinental shipping container fleets crossing the Eurasian transport corridor through western Kazakhstan ports.
Get Custom Panel QuotesKazakhstan, the largest landlocked economy in the world, presents unique challenges for structural engineers, project designers, and safety directors. The combination of intense climatic variations (temperatures swinging from below -40°C in winter to above +40°C in summer) and the rapid growth of heavy industrial sectors like oil extraction in the Tengiz basin, chemical processing in Shymkent, and urban high-rise developments in Astana demands next-generation insulating and fire-blocking systems.
Traditional thermal insulation solutions such as expanded polystyrene (EPS) and standard polyurethane (PU) foam fail to provide sufficient fire resistance under hydrocarbon combustion conditions. In response, engineering projects across the Caspian region are transitioning to Passive Fire Protection (PFP) solutions that serve dual functions: maximizing heat containment (energy efficiency) while ensuring structural integrity and safety during high-temperature emergencies.
Our advanced Nano Microporous Insulated Panels and Fumed Silica Vacuum Insulation Panels (VIPs) represent a major leap in material science. By utilizing vacuum technology and nanostructured silica cores, these materials eliminate convective thermal transport and minimize heat conduction. For high-hazard environments like elevator shafts, commercial building envelopes, battery storage systems, and pipeline networks, these solutions deliver unparalleled safety margins that comply with local SP RK (Construction Regulations of the Republic of Kazakhstan) and international fire safety standards.
A detailed breakdown of key performance indicators for structural thermal defense and passive fire protection systems.
| Insulation Type | Thermal Conductivity (W/m·K) | Fire Classification (EN 13501) | Space Requirement (For Equivalent R-Value) | Moisture & Ageing Resistance |
|---|---|---|---|---|
| Zerothermo Fumed Silica VIPs | ≤ 0.0045 | Class A2-s1, d0 (Non-Combustible) | Minimal (e.g., 20mm vs 150mm Mineral Wool) | High (Sealed barrier maintains barrier integrity) |
| High-Temp Nano Microporous Panels | ≤ 0.018 (at 800°C) | Class A1 (Completely Fire-Safe) | Ultrathin profiling for doors/shafts | Exceptional thermal shock stability |
| Standard Polyurethane (PU) Foam | ~ 0.022 - 0.028 | Class B / E (Highly Flammable) | Moderate space footprint | Degrades over time, releases toxic gases |
| Mineral Rock Wool | ~ 0.035 - 0.040 | Class A1 | Large space requirements (Very bulky) | Prone to moisture absorption and sagging |
Zerothermo Technology Co., Ltd., a subsidiary of the distinguished CBVAC Group and a national high-tech enterprise, is headquartered in the Beijing Economic-Technological Development Area. Our primary manufacturing facility is located in Nanchong City, Sichuan Province, standing as one of China's largest comprehensive production bases for vacuum technology application products.
Leveraging decades of vacuum engineering expertise, we produce advanced insulation materials that serve a global clientele. Our products comply with strict international quality and environmental management systems (ISO 9001, ISO 14001), ensuring reliable and high-performance operation in the demanding climate of Central Asia.
We manufacture custom-configured flanges beyond standard ANSI/ASME/DIN dimensions, tailored to specific engineering drawings and technical parameters for custom vacuum enclosures.
Designing square, oval, or unique custom-shaped flanges, including oversized components (exceeding 60 inches) and micro-precision flanges for technical systems.
Our engineering team works closely with project developers in Kazakhstan to customize VIP shapes, edge trims, and thermal conductivity ranges. We ensure seamless installation for complex projects like the Almaty Metro expansion and modern municipal facilities in Shymkent.
Our vacuum technology platform is built on five core pillars, providing customized passive fire protection for high-hazard projects globally.
We utilize premium core materials (fumed silica, fiberglass) combined with high-barrier barrier films to ensure long-term thermal reliability of our panels.
Our engineering team designs custom sizes, shapes, and thicknesses, providing rapid project estimation and optimization to fit specific site constraints.
Operating large-scale automated lines in Sichuan, we handle major commercial and infrastructure orders with consistent quality control.
Experienced in shipping across the China-Europe rail link and major Central Asian truck routes, we ensure secure and timely product delivery.
We support engineers and installers at every stage—from thermal calculation and design review to on-site testing—delivering reliable fire safety and insulation systems.
Ensuring reliable temperature control for vaccine and bio-transit systems across long transport routes between Almaty, Astana, and western ports.
Helping high-rise developments achieve energy efficiency and strict fire ratings by integrating thin vacuum insulation panels in wall assemblies.
Providing insulation for metal smelting, chemical processing, and refining facilities to lower energy loss and protect equipment.
Providing lightweight, modular insulated panels for housing units and operations bases in remote regions under challenging outdoor conditions.
Our insulation and fire safety solutions are deployed in demanding infrastructure and cold chain systems across Central Asia.
Supplied custom vacuum enclosures and thin insulation panels to protect sensitive equipment from outdoor thermal fluctuations.
Designed microporous thermal barriers to insulate process pipelines and heat-exchanger units, improving safety and efficiency.
Supplied Class A1 non-combustible nano-microporous panels for elevator shafts and fire doors, meeting local safety regulations.
Supplied high-barrier fumed silica VIP insulation to transport medical goods securely over long regional distances.
Designed for wrapping complex pipes, industrial vessels, and irregular thermal shapes. Maintains stability under extreme heat cycles.
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Combines radiation reflection and foam insulation in a single roll, offering durable roof thermal protection for warehouses and hangars.
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Protected by a robust PET film layer, this panel offers excellent mechanical defense during installation in high-traffic wall assemblies.
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High-performance vacuum-insulated cooler boxes engineered to maintain temperature stability for sensitive vaccine distribution.
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Double-sealed structural glazing offering excellent thermal performance, designed for energy-efficient facades in cold climates.
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Designed for modern pre-fabricated buildings, providing rapid site installation and reliable thermal insulation performance.
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Combines the durability of PU foam protection with a vacuum insulated core for high-efficiency commercial refrigeration.
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Engineered for facade structural thermal shielding, providing fire resistance and energy efficiency for building renovations.
Request Architecture GuideWhether you are designing a high-temperature industrial system in Atyrau or planning an energy-efficient residential project in Astana, our technical specialists can assist with thermal calculations, custom sizing, and shipping coordination.