Custom Biodegradable Product Supplier & Factory

Innovative Sustainable Thermal Management Solutions & Aerogel Nanotechnology

10+
Years Industry Expertise
<0.018
Aerogel Conductivity (W/m.K)
<0.005
VIP Panel Conductivity (W/m.K)
Class A
Fire Safety Grade Rating

Premium Sustainable Products Showcase

Direct access to our advanced high-performance environmental protection and high-efficiency thermal insulation materials.

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Henan Jutao Factory Production Line

Pioneering Sustainable Material Engineering

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.

Industrial Service Values & Quality Assurance

VISION: Trust, Respect, Faith, High Standards

Tailored Solution

Fully customized thickness, densities, sizing configurations, structural laminations, and composite bindings. We match your strict thermal efficiency requirements with precision engineering.

Fast Response

Our dedicated engineering department and support teams offer rapid responses, detailed mechanical drawings, feasibility analysis, and quotation turnarounds within 24 hours.

Fast Delivery

Leveraging high-throughput manufacturing facility automation, we expedite order processing to guarantee rapid shipping intervals, minimizing global supply chain friction.

Global Commercial Status & Advanced Sustainable Materials Whitepaper

Integrating High-Performance Nano-thermal Structures with Modern Circular Economy Frameworks

1. Global Industrial Landscape: The Sustainable Material Paradigm

The global industrial sector is undergoing a rapid structural pivot toward sustainability, accelerated by zero-carbon initiatives, carbon taxes (such as Europe's CBAM), and strict ESG disclosure policies. Historically, heavy industries and construction relied on carbon-intensive, non-recyclable fiberglass or petrochemical-based polyurethane insulation foams. However, modern engineering demands a dual-benefit framework: materials must display superior thermal performance while maintaining low life-cycle carbon impacts.

Advanced silica aerogels, vacuum insulation panels, and high-performance composites are replacing traditional materials. Companies are searching for customized, bio-derived, or circular-economy-integrated material suppliers to minimize scope-3 emissions. Aerogels, with their nanoporous, air-trapping structural properties, stand at the apex of energy efficiency. By incorporating sustainable binding chemicals and recyclable backings, modern factories are transforming aerogels from specialty laboratory materials into mainstream industrial solutions.

2. The Chinese Factory Advantage: Scale, Integration, and Advanced R&D

China's industrial infrastructure offers unique benefits for manufacturing advanced materials like aerogels and Vacuum Insulation Panels (VIPs). Raw materials such as liquid water glass (sodium silicate) and organosilanes are sourced through highly optimized local supply chains. Henan Jutao leverages these regional integrations to minimize raw material volatility and control production costs.

Our facility combines automated drying reactors, high-precision vacuum laminating machinery, and advanced quality assurance labs. Through these technologies, we can produce materials of consistent thickness and micro-porosity at large scales. Our production flexibility enables fast turnaround times and simplifies design customization. We provide globally competitive rates while meeting stringent ISO 9001 and ISO 14001 specifications, giving international clients a reliable supply chain partner.

3. Localized Applications & Technical Case Profiles

Developing effective thermal management systems requires adapting materials to specific environmental conditions:

  • EV Battery Packs: In cold climates, high-performance battery packs require insulation to maintain efficient operational temperatures, while also needing robust fire protection barriers. Aerogel thermal barriers help prevent heat transfer between cells, lowering the risk of thermal runaway.
  • Urban High-Rise Retrofits: Cities with strict energy regulations use Vacuum Insulation Panels (VIPs) for exterior wall insulation. Because VIPs are thin, they help maximize interior space while meeting building envelope requirements.
  • Subsea Pipeline Transport: Offshore oil and gas operations use JTG-series glass-fiber aerogel panels to insulate high-temperature pipelines under high hydrostatic pressures.

4. Global Enterprise Procurement Trends & Carbon Lifecycle Metrics

Global procurement teams are shifting away from evaluating suppliers based solely on initial cost. Modern procurement strategies utilize Life Cycle Assessment (LCA) data to calculate the long-term energy savings and carbon payback periods of high-efficiency insulation. For example, installing a 10mm VIP system can provide comparable insulation to a much thicker layer of mineral wool, saving space and energy over its service life.

Reliable logistics, certified raw materials, and traceable supply chains are essential for compliance. Our products meet international environmental guidelines, including RoHS and REACH, helping clients satisfy local carbon reduction requirements and build sustainable supply chains.

Primary Material Technology Profiles

Comprehensive technical specifications and application domains for our three main product categories.

Aerogel Insulation Material Structure

Aerogel Insulation Technology

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. Its nanoporous structure blocks thermal transfer by limiting molecular convection within the air pockets, delivering low thermal conductivity values.

Vacuum Insulation Panel VIP Core System

Vacuum Insulation Panels (VIP)

Vacuum Insulation Panel (VIP), a highly efficient thermal insulation material composed of a porous core and a gas-tight membrane to create a vacuum, used in buildings for walls, floors, roofs, and facades to provide excellent insulation with reduced thickness.

Also used in refrigeration systems, medical cold chains, and storage containers to improve overall energy efficiency. Because it maintains an internal vacuum, the convection and conduction of gas molecules within the core material are minimized, providing high R-values per unit thickness.

AEROGEL Thermal Barriers Application

AEROGEL Thermal Barriers

AEROGEL Thermal Barriers are ultra-lightweight, highly effective thermal insulator and fire-resistant barrier to prevent EV batteries thermal runaway and improve batteries’ 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.

Engineered Quality Benchmarks

Ensuring reliable material performance through strict manufacturing tolerances and standard testing protocols.

Aerogel Blanket Properties

● Low Dust Aerogel: Decreased particulate shedding during installation and processing.

● Fire Resistance Class A: Non-combustible base material suitable for high-density safety profiles.

● Low Thermal Conductivity: <0.018 W/m.K thermal barrier properties.

Composite Panels

● Dual-Function Protection: Designed to provide heat insulation and sound insulation.

● Custom Fabrication: OEM and ODM services to meet unique structural demands.

● Eco-Friendly Base: Safe and environmentally friendly composition, reducing lifecycle footprint.

VIP Panels

● High R-value: Maximized insulation efficiency within thin-profile configurations.

● Low Thermal Conductivity: <0.005 W/m.K thermal barrier performance.

● Long Service Life: Designed to maintain structural integrity and insulation performance for up to 60 years.

Industrial Application Visual Profiles

Click learn more to access detailed CAD drawings, testing certifications, and material sheets.

AEROGEL BLANKET Production Detail
Quality Assurance

AEROGEL BLANKET

Low-dust, fire-resistant blanket designed for complex, curved geometries and high-temperature pipe networks.

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Composite Panel Detail
Acoustic & Thermal

Composite Panel

Multi-layered sandwich structure combining thermal barriers and acoustic dampening cores for structural support.

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VIP PANEL Detail
Extreme R-Value

VIP PANEL

Sealed vacuum cores providing high thermal resistance for refrigeration, logistics, and building facade insulation.

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Expert Q&A: Sustainable Thermal Management

Addressing key technical questions regarding the performance, safety, and applications of advanced insulation materials.

How does silica aerogel achieve ultra-low thermal conductivity levels?
Silica aerogels consist of a three-dimensional nanoporous network where over 90% of the volume is empty space (air). The average pore diameter is approximately 20 nanometers, which is smaller than the mean free path of air molecules (around 68 nanometers at STP). This structure restricts the movement and collisions of gas molecules within the material, reducing gaseous heat conduction to low levels.
Why are Vacuum Insulation Panels (VIPs) more effective than standard polyurethane boards?
Standard polyurethane boards rely on trapped blowing agent gases within closed cells, which gradually leak and conduct heat over time, resulting in a thermal conductivity of 0.022 to 0.028 W/m.K. In contrast, VIPs feature a core material (typically fumed silica) that is evacuated and sealed inside a gas-barrier envelope. This vacuum core limits thermal conductivity to under 0.005 W/m.K, providing high R-value insulation in a thin profile.
Are aerogel materials compatible with environmental and circular economy targets?
Yes, our silica aerogel products are designed with long-term sustainability in mind. Because aerogel is highly efficient, it reduces energy consumption throughout its lifecycle, helping to lower carbon emissions. We are also researching bio-based binders and natural fiber cores to further reduce the embodied carbon of our materials.
How do aerogel thermal barriers prevent thermal runaway propagation in EV batteries?
Aerogel thermal barriers are placed between individual battery cells. If a cell enters thermal runaway and heats up rapidly, the aerogel's low thermal conductivity and high heat resistance (up to 650°C and above) help block heat transfer to neighboring cells. This containment helps prevent the runaway from spreading, giving passengers more time to safely exit the vehicle.
What parameters can be customized for OEM/ODM orders?
We provide comprehensive customization, including dimensions, thicknesses (from 3mm to 50mm+), densities, thermal conductivity profiles, encapsulations, and backing substrates (such as glass fiber, carbon fiber, or aluminum foil). We also offer adhesive backings to simplify assembly on our clients' production lines.
What is the typical service lifespan of a Vacuum Insulation Panel (VIP)?
The service lifespan depends on the application environment. For static building applications, VIPs can maintain their vacuum and insulating performance for up to 60 years. In more demanding environments, such as transport logistics or refrigeration, the service life typically ranges from 15 to 25 years.

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Anyway, our high quality green materials help to reduce carbon footprint, enhance energy efficiency, and bring us a new living world.

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Explore Our Complete Material Catalog

Direct access to additional advanced insulation specifications, sizes, and compositions.

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