High-performance custom composites featuring industry-leading thermal conductivity parameters to achieve Minergie-P and Minergie-A certification standards.
Henan Jutao New Material Co., Ltd. has been working for 10 years on thermal insulation solutions in Sustainability. We are the leading manufacturer and exporter of Aerogel material and Vacuum Insulation Panel to help solve challenges in resource efficiency, electrification, and sustainability. We are fully equipped to offer any size company with unparalleled product support and customer service.
We don’t just sell products. Instead, we are a knowledge-based provider backed by thousands of scientists, engineers, equipment, application and industry experts, and state-of-the-art laboratories dedicated to delivering tailored solutions for our customers from all over the world.
Mission:
Provide Green and High-quality Materials That Can Improve Human Living Environment and Life Safety.
The Canton of Geneva, known globally as a center for international diplomacy, also leads the world in implementing aggressive environmental protection measures. With the enactment of the strict Loi sur l’énergie (LEne) and the commitment to regional decarbonization, builders, architects, and engineering departments in Geneva are facing unprecedented regulatory pressure.
Due to the dense urban fabric of historical districts like the *Vieille Ville* and the space restrictions of modern premium real estate along *Lake Geneva*, traditional thick insulating materials (such as standard mineral wool or EPS) are structurally impractical. They consume valuable square footage, lowering the economic efficiency of properties.
Our next-generation composite panels, vacuum insulation panels (VIPs), and structural silica aerogels resolve this paradox by providing the lowest possible thermal conductivity (λ ≤ 0.005 W/m.K for VIPs) in thin, compact profiles. This enables architects to satisfy strict SIA 380/1 energy requirements without compromising spatial aesthetics or building footprint economics.
Catering to CERN’s cryogenic physics research, local cleanrooms, and high-precision watchmaking microclimates.
Geneva's status as a center of physics research (with facilities such as CERN) demands advanced thermal insulation for liquid gas storage and superconducting magnet systems. Our customized aerogel blankets provide isolation at cryogenic boundary conditions down to -200°C.
Precision watch manufacturers and pharmaceutical companies require constant humidity and temperature control. Our non-outgassing, dust-free aerogel composite panels provide thermal barrier protection without releasing particulate matter into cleanroom environments.
Innovative regional initiatives like GeniLac draw thermal energy directly from Lake Geneva. Insulating sub-surface distribution pipelines with space-saving, waterproof Aerogel Insulation Blankets ensures minimal energy loss across extensive thermal grids.
High-performance material groups engineered to reduce carbon footprints and improve thermal performance across global supply chains.
Direct physical properties benchmark comparison for engineers, estimators, and thermal designers in Geneva.
| Insulation Type | Thermal Conductivity (W/m.K) | Required Thickness for U-Value 0.15 | Fire Classification (EN 13501) | Primary Geneva Application |
|---|---|---|---|---|
| Jutao VIP Panel | ≤ 0.005 W/m.K | ~30 mm | Class A2-s1, d0 | Urban facade cladding, historic preservation retrofitting |
| JTA Aerogel Composite | ≤ 0.016 - 0.018 W/m.K | ~100 mm | Class A1 Non-combustible | District heating systems, high-temperature steam pipelines |
| Standard PIR Board | ~0.022 W/m.K | ~150 mm | Class E / D | General flat roof construction (Space permitting) |
| Traditional Mineral Wool | ~0.038 W/m.K | ~250 mm | Class A1 | Standard insulation where space constraints do not apply |
Precision-manufactured products compliant with international testing criteria and ready for local project site dispatch.
Browse our full range of aerogel powders, thermal films, insulation blankets, and custom engineered panels.
Understanding how nanoporous silica structure eliminates convective and conductive heat transfer paths.
The secret to our aerogel panel's performance lies in its microscopic pore architecture. The average pore diameter within our silica aerogel matrix ranges between 10 to 40 nanometers. Because this pore size is smaller than the mean free path of air molecules (approx. 68 nanometers under standard temperature and pressure), gas molecules trapped inside the matrix cannot collide with each other. This eliminates convective heat transfer.
Concurrently, the highly convoluted solid skeleton of silica nanoparticles creates a long path for solid thermal conduction, reducing the rate of heat transfer to minimal levels. This allows you to meet strict thermal performance requirements with thin structures.
Our Vacuum Insulation Panels (VIPs) use a high-dispersity fumed silica core encapsulated in a multi-layered, gas-tight barrier laminate. The internal vacuum levels are kept below 1 mbar.
Unlike fiberglass or polyurethane cores, our fumed silica cores have a small pore structure that resists vacuum decay over time. This design provides reliable thermal performance and maintains insulation efficiency for up to 60 years of service in structural walls.
Ensuring full compliance with local building regulations and technical codes for construction in Geneva.
All materials supplied to the Geneva market are certified to meet thermal insulation in buildings (SIA 380/1) and moisture protection standards (SIA 180). This helps simplify the building permit approval process with local municipal planning offices (*Département du territoire*).
Our ultra-thin VIPs and Aerogel Composite elements are designed for passive house (*Minergie-P*) and net-zero energy building (*Minergie-A*) specifications, allowing designs to meet required energy index metrics within tight structural parameters.
We handle logistics, custom clearance documentation, and direct delivery to construction sites within the Geneva area (including Meyrin, Vernier, Plan-les-Ouates, and Carouge). We work with Swiss transport networks to ensure deliveries arrive on schedule.
Expert answers regarding thermal engineering, material limits, and procurement processes for Swiss builders.
For standardized specifications, shipments are dispatched immediately from our central inventory within 7-10 working days. Custom laminates, specific dimensions, and tailored panel cutting require custom manufacturing. This typical lead time ranges from 4 to 6 weeks, which includes sea/rail transport and Swiss customs processing.
No, VIPs cannot be cut, drilled, or modified on-site. The panel relies on an internal vacuum core; puncturing the outer envelope causes a loss of the vacuum, raising the thermal conductivity to approximately 0.020 W/m.K. We work with clients to pre-plan the dimensions of the installation area, providing customized panel packages to minimize adjustments during installation.
Our aerogel products are treated to be highly hydrophobic throughout the silica matrix. They repel liquid water while remaining vapor-permeable, allowing moisture to escape the building envelope. This helps prevent interstitial condensation, dry rot, and mold growth, aligning with Swiss SIA 180 construction criteria.
Our building materials are manufactured with minimal binding agents, resulting in low VOC emissions. For internal applications, we wrap or seal the panels to prevent dust release, keeping cleanroom and residential air spaces clean.
Request a customized calculation, U-value projection, or pricing estimate from our engineering department.
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