Explore our foundational range of ultra-thin, low thermal conductivity aerogel materials, blankets, and custom protective layers manufactured in our state-of-the-art facility.
Henan Jutao New Material Co., Ltd. has been working for 10 years on thermal insulation solutions in Sustainability. We stand as a leading manufacturer and exporter of advanced Aerogel materials and Vacuum Insulation Panels (VIP) designed to solve complex challenges in resource efficiency, electrification, and thermal protection.
We don’t just sell off-the-shelf products. We are a knowledge-based provider backed by thousands of scientists, engineers, application experts, and state-of-the-art laboratories dedicated to delivering tailored solutions for our customers from all over the world. Whether you are an EV battery pack integrator or a chemical processing plant director, we are equipped to support you.
Provide Green and High-quality Materials That Can Improve Human Living Environment and Life Safety.
In the modern industrial arena, traditional barrier technologies are reaching their thermal and structural limits. Heavy industries, maritime shipping, petrochemical complexes, and the automotive sector are shifting toward integrated nano-scale protection. Advanced protective thermal barrier coatings and nanoporous matrices are no longer optional accessories—they are critical infrastructure safety assets. With rising global energy costs and strict environmental mandates (such as EU Green Deal and net-zero targets), selecting the right custom protective coating manufacturer directly impacts operational ROI and safety ratings.
Europe and North America lead high-spec safety mandates, requiring thermal protection systems to resist flames exceeding 1,000°C for electric vehicle battery packs, while minimizing structural weight. Concurrently, developing manufacturing hubs in Asia-Pacific are scaling up chemical and infrastructure installations that demand long-life corrosion protection coupled with high R-value insulation. This global trend has pushed factories to innovate beyond simple liquid-applied polymers, moving toward composite systems: integrated aerogel blankets, single-sided insulation films, and gas-tight vacuum core structures.
Years of Engineering
W/m.K Aerogel Cond.
W/m.K VIP Cond.
Years Expected Life
As a specialized custom protective coating factory, Henan Jutao bridges this technological gap. By synthesizing highly robust silicon-dioxide and carbon aerogel matrices, we supply the aerospace, automotive, and architectural sectors with solutions that dramatically lower thermal transfer while keeping the protective profile extremely thin. This satisfies the core design parameters of modern engineers: minimum thickness, maximum thermal barrier efficiency, and absolute structural safety.
How Jutao aerogel formulations and engineering structures outperform conventional thermal barrier methodologies.
Utilizing high-purity silica matrices with pore sizes under 50nm. This locks down air molecules, preventing convective heat transfer even under extreme thermal stress.
Inorganic compositions naturally resist combustion. Our protective blankets act as defensive shields against thermal runaway and flame propagation.
Traditional insulation requires bulky layers. Jutao's customized VIP structures reduce thickness by up to 80% while retaining equivalent R-values.
Our technical roadmap centers on the hybridization of organic/inorganic structures. By incorporating glass fiber backing, aluminum foil laminates, and specialized adhesives, we create physical protective barriers that are flexible yet chemically inert. In aggressive environments containing acids, oils, and vibrations (such as offshore platforms and electric vehicle sub-frames), our composite systems preserve thermal stability and prevent premature degradation of surrounding metals and polymers.
VISION: Trust, Respect, Faith, High Standards
Precision-engineered products customized for extreme thermal management and safety-critical environments.
Aerogel insulation, a groundbreaking material known as the lightest solid on Earth, has been widely applied in construction for ultra-thin wall, roof, and window insulation; in industry for pipelines, tanks, and industrial equipment to save energy and improve safety; and in aerospace, automotive, and cryogenic systems to protect against extreme temperatures. It is also used in energy storage systems to prevent thermal runaway in EV batteries, as well as in specialized clothing and electronics.
Advanced processing techniques ensure minimal particulate shedding during installation, preserving cleanroom standards.
100% non-combustible inorganic structure prevents flame transfer and safeguards high-value assets.
Exceptional thermal barrier performance with coefficients < 0.018 W/m.K, optimizing energy savings.
Vacuum Insulation Panel (VIP), a highly efficient thermal insulation material composed of a porous core and a gas-tight membrane to create a vacuum, is used in buildings for walls, floors, roofs, and facades to provide excellent insulation with reduced thickness. It is also used in cold-chain logistics, cryogenic preservation units, and high-efficiency refrigerators to drastically reduce energy consumption while maximizing interior volume.
Achieves up to five times the thermal resistance of traditional insulation materials of the same thickness.
Maintains thermal conductivity < 0.005 W/m.K under stable vacuum state conditions.
Encapsulated with specialized multi-barrier foils, offering a reliable lifetime up to 60 years.
AEROGEL Thermal Barriers are ultra-lightweight, highly effective thermal insulators and fire-resistant barriers designed to prevent EV battery thermal runaway and improve pack safety and performance. Its nanoporous structure creates exceptional thermal resistance in a thin, compact form factor, which also allows for more space in the battery pack for energy storage. Key applications include insulating individual battery cells to stop heat transfer, acting as thermal barriers between cells and components, and lining battery enclosures for external protection.
Extremely thin barriers prevent cascading heat failure between adjacent lithium-ion cells.
Reduces bulk, allowing EV manufacturers to maximize cell density and increase driving range.
Excellent mechanical integrity maintains structure and performance despite constant road vibrations.
Our specialized Composite Panels provide dual-action heat and sound insulation. Available via customized OEM and ODM services, these structural sandwich panels integrate safety, eco-friendliness, and quick assembly. We use premium non-toxic fibers and protective coatings to ensure a safe work site and clean building occupancy.
How modern enterprises integrate Jutao thermal and fire barrier technologies into complex infrastructure designs.
Thermal runaway is a critical challenge in battery pack design. By applying our customized aerogel thermal barriers between individual cells, battery pack engineers can prevent rapid thermal propagation. In the event of a single-cell rupture, the aerogel barrier restricts the heat to that cell, preventing thermal propagation. This ensures compliance with global automotive safety standards.
With strict global carbon emissions targets, buildings must optimize space and limit heat transfer. Our Vacuum Insulation Panels (VIP) and aerogel blankets allow architects to achieve high thermal performance within thin wall, roof, and window profiles. This saves floor space while reducing heating and cooling demands over a 60-year operational lifetime.
Steam pipes and processing vessels run at extreme temperatures, risking heat loss and workforce safety. Applying traditional insulation is bulky and can lead to Corrosion Under Insulation (CUI). Jutao's aerogel blankets wrap tightly around complex shapes, repel moisture, and provide efficient insulation, protecting systems from corrosion and thermal loss.
Liquid nitrogen tanks and high-altitude electronics require defense against extreme temperatures. Our advanced multi-layered aerogel and vacuum panel formulations deliver reliable insulation, ensuring steady operational temperatures in extreme conditions.
Technical answers to common questions about selecting, processing, and installing our specialized thermal systems.
Aerogel consists of a highly porous silica or carbon network structure, where over 95% of the total volume is air trapped in pores smaller than 50 nanometers. This restricts molecular movement, minimizing convective thermal conduction. Additionally, the solid matrix pathways are long and tortuous, which lowers conductive heat transfer. This performance surpasses standard polymer coatings and foam insulations.
Yes. Through our custom OEM/ODM services, we fabricate aerogel and vacuum insulation panels (VIP) to precise sizes, thicknesses, and performance specifications. This includes options for reflective aluminum foils, glass fiber backings, and customized shapes to match complex industrial piping, EV battery enclosures, or pre-engineered building components.
Our formulations use inorganic, non-combustible ingredients like silica (SiO2). Unlike polymer coatings that degrade, emit toxic gas, or ignite under flame, our silica structures remain stable at high temperatures, preventing flame spread and protecting critical structures.
A VIP features a porous core material that is enclosed in a multi-layered gas-tight barrier envelope and vacuum-sealed. Drawing air out of the panel eliminates gaseous thermal conduction, leaving only minimal solid-contact heat transfer. This lets VIPs achieve low thermal conductivity in thin, lightweight profiles.
Thanks to our high-barrier films and sealing techniques, our VIPs maintain vacuum integrity and performance for up to 60 years in typical architectural settings, outlasting polyurethane foams and mineral wools that degrade over time.
Yes. Our aerogel blankets are formulated to be hydrophobic. They repel liquid water while remaining vapor-permeable, allowing moisture to escape. This helps keep underlying steel pipes and vessels dry, reducing corrosion risks compared to water-retaining fiber insulation.
Placed between cells, our thin aerogel thermal barriers block heat from a failing cell from reaching adjacent cells. This cell-to-cell isolation helps prevent cascading pack failure, buying time for vehicle occupants and meeting safety standards.
We supply pre-cut aerogel strips, blankets with protective aluminum backing, and wrap-around JTA series panels. These configurations simplify installation on piping elbows and valves while minimizing thermal bridging at joints.
Reach out to our engineering team to design custom thermal barriers, request technical datasheets, or discuss OEM supply needs for your next industrial project.
Submit Technical InquiryA comprehensive catalog of vacuum insulation systems, structural sandwich panels, and heat shielding films for high-temperature applications.
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