Specifically engineered nano microporous solutions for thermal barriers, industrial ovens, and energy optimization projects across Switzerland.
Ultra-flexible nano-microporous blankets designed for curved high-temperature ductwork in Zurich chemical plants.
View Specifications
High-density microporous panels engineered for precise thermal insulation in Swiss watchmaking and pottery kilns.
View Specifications
Circular, custom-shaped fumed silica flexible mats configured for specialized laboratory equipment in Geneva.
View Specifications
Sophisticated PET film protected vacuum insulation panels for deep cold chain vaccine storage units in Basel.
View SpecificationsSwitzerland is internationally recognized for its rigorous environmental policies, notably the Swiss Federal Energy Act (EnG 2050) and active participation in the Swiss Energy Agency for Infrastructure (EnAW). To achieve carbon neutrality by 2050, high-temperature industrial sectors—ranging from metal refining and glassworks to chemical processing in the Basel bioregion—are under massive pressure to restrict thermal energy waste.
Traditional insulating materials like mineral wool or heavy refractory bricks are no longer compatible with modern spatial constraints and carbon tax liabilities. Our Nano Microporous Thermal Panels offer thermal conductivity as low as 0.015 W/m·K at high temperatures, enabling Swiss production plants to drastically reduce energy consumption while maximizing the usable volume of furnace chambers, exhaust systems, and metallurgical processes.
By replacing bulky conventional insulation with thin, highly efficient nano panels, Swiss plants can achieve compliance with the strict Cantonal Building Regulations (MuKEn) while claiming significant energy-saving rebates from federal CO2 reduction programs.
Download Swiss Application WhitepaperUnderstanding the gap between high-volume production and precision Swiss industrial design.
Across the globe, heavy industries like petrochemical processing, glass manufacturing, and iron production operate on massive thermal scales. In these systems, even a 1% thermal energy loss translates to millions of dollars in waste and tens of thousands of metric tons of carbon emissions. The development of nano microporous insulation—which utilizes fumed silica particles, opacifiers, and structural fibers—has completely revolutionized high-temperature engineering.
In Switzerland, the industrial landscape is characterized by high-value, highly automated, and compact manufacturing sites. Space is premium, and precision is paramount. Swiss watchmakers, laboratory apparatus manufacturers, and high-purity pharmaceutical plants require precise thermal zoning. Temperature fluctuations of even 0.5°C in custom metallurgy kilns can ruin precision silicon microchips or watch springs. Our high-temperature nano microporous insulation provides superior temperature uniformity, preventing local hotspots and maintaining thermal equilibrium at scales that match Swiss engineering standards.
No two industrial operations are identical. We provide bespoke geometries and configurations to meet exact specifications.
Providing high-precision, ultra-thin microporous thermal barriers for Swiss electric vehicle battery packs, preventing thermal runaway between cells.
Engineered with specialized surface coatings to prevent moisture ingress, ideal for Swiss municipal thermal networks and outdoor steam piping.
Certified, lightweight microporous core panels for high-rise residential and commercial elevator doors in Zurich and Geneva, offering peak fire safety.
Vacuum panels manufactured to custom structural CAD designs, fitting snug around complex pharmaceutical reactors in Basel and Bern.
Flexible nano-insulation wraps custom-molded to circular exhaust manifolds and process vessels, minimizing joint-related heat leaks.
Premium fumed silica VIPs enclosed in high-barrier film to retain deep vacuum integrity over decades of operational life.
Designed for ultra-low temperature storage applications, supporting Switzerland's world-leading pharmaceutical export logistics.
Oversized VIP units optimized for structural cold rooms, reducing seam heat bypass and energy consumption by up to 50%.
Zerothermo Technology Co., Ltd., a subsidiary of the prestigious CBVAC Group, is a recognized national high-tech enterprise. Headquartered in the Beijing Economic-Technological Development Area, our state-of-the-art production base is strategically located in Nanchong City, Sichuan Province. This facility stands as one of China’s largest and most technologically advanced comprehensive manufacturing hubs for vacuum technology application products.
By leveraging CBVAC’s decades of vacuum engineering expertise, Zerothermo has pushed the boundaries of thermal performance. Our specialized R&D teams hold multiple patents for fumed silica core formulas, high-barrier film seal integrity, and microporous panel manufacturing, establishing us as a trusted partner for elite industrial clients in Europe and Switzerland.
Backed by CBVAC's legacy in high-vacuum valves and machinery.
In-house thermal laboratories testing conductivity up to 1200°C.
Compliant with CE, RoHS, ISO 9001, and Swiss safety guidelines.
Specialized vacuum flange custom fabrications conforming to ANSI, ASME, and DIN standards for process stability.
Square, oval, and micro-precision flanges optimized for cleanroom-grade containment vessels.
Providing absolute sealing integrity under negative pressure, minimizing gaseous heat transfer.
Why industrial engineers in Switzerland choose Zerothermo over conventional thermal insulation providers.
Every batch of fumed silica raw material is tested for specific surface area and particle size distribution. Outgoing panels undergo laser-controlled thermal conductivity validation before dispatch.
We provide full-service manufacturing solutions. Utilizing state-of-the-art CNC routers, we machine microporous blocks into complex 3D shapes to suit complex high-temperature Swiss machinery.
Our continuous automated manufacturing lines produce consistent panel densities, eliminating raw material variances and guaranteeing reliable insulation profiles across large-scale projects.
We manage direct shipping lines and customs logistics to Switzerland (Zurich, Basel, Geneva, and Lugano), ensuring stress-free compliance with Swiss import controls.
From initial thermal gradient simulation via finite element analysis (FEA) to post-installation lifecycle analysis, we support your thermal objectives throughout the product lifecycle.
How our fumed silica technology improves efficiency across Swiss industrial sectors.
Pharmaceutical Logistics: Switzerland hosts some of the world's most advanced pharmaceutical centers in Basel and Zurich. Our vacuum insulation panels ensure cold-chain integrity for temperature-sensitive biologics, maintaining -70°C or -20°C storage profiles in compact packaging.
Advanced Metallurgy & Ceramics: Swiss precision kilns and metal casting systems utilize our microporous silica boards to prevent thermal loss. This reduces heating cycle runtimes, ensures precise temperature curves, and minimizes the outer surface temperature of equipment, protecting operators in close quarters.
Energy Efficient Green Buildings: Aligning with Switzerland's energy objectives, our ultrathin VIPs provide superior insulation values for historic buildings where external insulation thickness is restricted by heritage laws.
A look at recent retrofitting and construction achievements employing our thermal panels.
Pioneering the next generation of industrial thermal barriers.
The transition toward carbon neutrality requires continuous innovation in materials science. Zerothermo is committed to pushing the boundaries of microporous silica research. Our research roadmap focuses on three main objectives:
Addressing the common questions of Swiss engineering departments and project procurement specialists.
Stay informed about industrial energy efficiency breakthroughs and global events.
Analyzing structural thermal behavior under extreme fire testing regimes in high-density Swiss developments.
Meeting with European energy managers to review technical developments in high-vacuum panel assembly.
How microthermal fumed silica layers are replacing heavy refractory fibers to save floor space and reduce fuel use.
Browse our complete list of high-efficiency insulation panels and cold-chain thermal solutions.
All-in-one insulated decorative cladding for Swiss energy-efficient industrial complexes.
Get Quote
Prefabricated wall panels providing high-performance insulation for Swiss building designs.
Get Quote
Pre-engineered wall panels combining vacuum insulation cores with durable decorative finishes.
Get Quote
Reinforced fumed silica vacuum insulation panels for high-traffic cold rooms in Switzerland.
Get Quote
Cost-efficient vacuum panels providing high-performance insulation for Swiss building designs.
Get Quote
Designed specifically for long-distance transport of biologics and pharmaceuticals in Switzerland.
Get Quote
Large-format panels engineered for airfreight pharma shipping containers.
Get Quote
Durable PET film-clad panels that retain long-term vacuum levels for industrial cooling lines.
Get Quote
Medical-grade portable cooler boxes engineered with fumed silica panels for local distribution of vaccine doses.
Get Quote
High-efficiency fiberglass core panels optimized for refrigeration units and construction details.
Get Quote
Foil-faced thermal boards providing radiant heat protection for industrial facilities.
Get Quote
Composite panels featuring PU outer shells and fumed silica cores for maximum protection in cold-chain logistics.
Get QuoteConnect with our technical engineers for detailed product parameters, custom configuration options, and tailored shipping pricing to Switzerland.
