New Energy Lithium‑Battery Thermal Management

Create a customized solution that integrates "high performance, long lifespan, high cost-effectiveness, and safety protection" into one

Industry Background

the global new‑energy industry is entering a phase of large‑scale explosive growth. for core tracks including power batteries, energy‑storage batteries, new‑energy equipment, and charging‑swapping facilities, thermal‑management systems have evolved from auxiliary accessories into key components that determine core product competitiveness.

Industry Pain Points

Insufficient Thermal‑Safety Protection

thermal runaway propagates rapidly in power‑battery or energy‑storage cells. conventional thermal‑insulation materials deliver low‑efficiency heat resistance; they tend to powderize or emit toxic fumes under high temperature. they fail to meet national‑standard thermal‑barrier requirements under ultra‑thin thickness, resulting in severely inadequate safety margins.

Conflict Between Lightweight Design And Energy Efficiency

driven by higher energy density for new‑energy equipment, installation space for thermal management is extremely compressed. high thermal‑conductivity of traditional materials occupies valuable space within battery compartments and keeps thermal‑control energy consumption high, which directly impairs ev driving range and cycle life of energy‑storage systems.

Poor Adaptability To Complex Operating Conditions

new‑energy scenarios cover wide‑temperature‑range working conditions and harsh outdoor environments including temperature cycling, vibration and condensation. conventional materials suffer from easy aging, poor hydrophobicity and short service life. they cannot match the designed service life of new‑energy systems and lead to high later‑stage maintenance and replacement costs.

Tightening Environmental‑Protection Regulations

many conventional thermal‑insulation materials contain hazardous substances such as halogen and formaldehyde and release toxic smoke at high temperatures. they cannot satisfy increasingly strict domestic and overseas environmental‑protection rules and fail to support customers’ ESG goals and global market‑access standards.

New‑Energy Thermal‑Management Solution

based on self‑developed nano‑aerogel insulation materials, Jiayun New Materials provides customized four‑in‑one solutions of "high performance, long service life, cost efficiency and enhanced safety" to satisfy full‑scene new‑energy thermal‑management requirements. we break industry bottlenecks where conventional materials struggle to balance fire resistance, thermal insulation, lightweight properties and durability. we deliver end‑to‑end one‑stop services for new‑energy clients, including requirement research, thermal‑simulation verification, material selection, structural design, production delivery and on‑site technical support.

Build High‑efficiency Energy‑saving Performance And Maximize Product Value

two decades of industry‑university‑research accumulation delivers solid material support for new‑energy thermal management

Superior Thermal‑safety Protection To Meet Compliance Requirements

The aerogel material has a maximum temperature resistance of up to 1300℃. At high temperatures, it does not melt or drip. With an ultra-thin thickness, it can achieve efficient heat runaway prevention, far exceeding the national standards. It effectively inhibits the heat spread of the battery cell and provides a higher level of safety redundancy for the new energy system.

Ultra‑thin Lightweight Design To Boost Energy Density

to achieve equal insulation performance, aerogel material only requires 1/4‑1/2 thickness of traditional counterparts. it improves space utilization and energy density of power‑battery / energy‑storage systems. its ultra‑low thermal conductivity reduces system thermal‑control power consumption and helps extend driving mileage of new‑energy vehicles.

Stable Performance Over Wide Temperature Range To Lower Overall Costs

porous nano‑structure maintains stable thermal‑insulation performance across ‑40℃~1200℃. with ≥98% hydrophobic rate, excellent vibration resistance, anti‑aging and salt‑fog resistance, the material perfectly aligns with design life cycles of new‑energy systems and greatly cuts maintenance and replacement expenses.

Eco‑friendly Compliance For Global Market Access

aerogel materials are halogen‑free and free of toxic hazardous substances with high recyclability. carbon emissions during production are far lower than conventional thermal‑insulation materials. environmentally safe throughout service life and compliant with domestic and international regulations.

Redefine Industry Experience For Advanced‑material Sector

custom‑designed solutions and aerogel‑based products

Power‑Battery Thermal Management

Power‑Battery Thermal Management

custom high‑performance aerogel insulation sheets address diverse thermal‑runaway‑protection demands for power batteries and related components, realizing cell‑to‑cell heat‑propagation suppression, vibration buffering and high‑low‑temperature regulation.

Energy‑storage System Thermal Management

Energy‑storage System Thermal Management

for constant‑temperature control and thermal‑safety protection of battery PACKs and energy‑storage containers, aerogel inter‑cell insulation sheets and cabin‑insulation panels are deployed to block heat spread and reduce thermal‑control energy consumption.

New‑energy Facilities And Equipment

New‑energy Facilities And Equipment

custom aerogel special‑shaped parts and thermal‑insulation jackets deliver wide‑range thermal insulation, water‑proofing and dust‑proofing under harsh outdoor conditions for pv inverters, wind‑power converters, generators and electronic‑control systems.

Product Model Illustration Thickness Size Temperature Color Density TC Download

Green & Low‑Carbon Buildings

Taking into account fire prevention and insulation, improving the living environment, and making aerogel accessible to millions of households and serving the people's livelihood

Industry Background

The building sector is one of the core areas for China to achieve the "Dual‑Carbon" goals. High‑quality development has become the priority for China’s urban‑rural construction. Green building standards are fully enforced for new buildings, and energy‑saving retrofits of existing buildings are being accelerated. Conventional thermal insulation materials can hardly meet the core requirements of modern high‑performance buildings for safety, comfort, environmental‑friendliness and intelligence.

Industry Pain Points

Conflict Between Thermal Insulation and Fire Resistance

Traditional organic materials are flammable and release toxic fumes under high temperature, posing severe fire hazards. Conventional inorganic materials feature high thermal conductivity and tend to absorb moisture, making it difficult to balance safety and living comfort.

Increasingly Stringent Energy‑Saving Standards

National codes have drastically tightened requirements for heat transfer coefficient of building envelopes. Thick‑layer traditional insulation materials occupy valuable interior space. They also fail to resolve thermal‑bridge issues around door‑window openings, resulting in persistently high building energy consumption.

High Full‑Life‑Cycle Cost

Conventional insulation materials have a service life mismatched with building structures. Complete replacement is required every 5‑10 years, generating massive construction waste and repeated construction costs, and failing to deliver low‑carbon performance throughout the building’s full lifecycle.

Poor Compatibility for Complex Structures

Energy‑saving renovation of existing buildings is constrained by original structures and difficult construction. Conventional materials struggle to satisfy fitting, moisture‑proofing and sound‑insulation demands for irregular‑shaped buildings, prefabricated buildings and passive houses with complex joints.

Green & Low‑Carbon Building Solutions

Centering on the four core attributes of high‑quality buildings: safety, comfort, environmental‑friendliness and intelligence, and following principles of minimally‑invasive urban renewal, quality improvement and disturbance reduction, Jiayun New Materials delivers customized solutions covering "envelope thermal insulation, thermal‑bridge interruption at joints, whole‑building energy conservation and living‑environment optimization" for full‑lifecycle and full‑scene building thermal‑insulation demands. We bring aerogel technology to households for public well‑being.

High‑efficiency Energy Saving & Maximized Product Value

Proven technical system adopted by over 800 enterprises, translating performance potential into business growth

Compliant with National Certification for Ultra‑low‑Energy Buildings

Aerogel achieves thermal conductivity as low as 0.020 W/(m·K) at ambient temperature. It significantly reduces heat‑transfer coefficient of building envelopes with equivalent insulation performance. It meets domestic and international green‑building certification standards while maximizing usable interior space.

Solving Core‑industry Dilemma: Superior Fire‑Safety & Thermal‑Insulation Performance

Class‑A non‑combustible material producing zero toxic smoke under high temperature, complying with fire‑safety codes for high‑rise buildings and densely‑occupied public buildings. Hydrophobicity ≥98 %, eliminating common defects of traditional materials such as performance degradation from water absorption, hollow delamination, mold and dampness.

Reduced Full‑Lifecycle Cost & Extended Service Life

Stable 3D nano‑porous structure delivers excellent anti‑aging and wind‑pressure resistance. Its service life matches that of building main structures. It eliminates recurring construction and maintenance costs caused by frequent replacement of conventional materials, and drastically cuts construction‑waste output.

Full‑scene Customized Assembly for Fast & Efficient Construction

Customizable product forms including boards, felts, coatings, mortars and profiled components for building envelopes and all types of joints. It lowers construction complexity and shortens project cycles.

Redefining Industrial Experience for Advanced‑Material Sector

Custom solution design & aerogel‑based products

Building Envelope

Building Envelope

To satisfy low heat‑transfer‑coefficient requirements, aerogel external‑wall insulation panels, roof aerogel insulation felts, dedicated thermal‑bridge insulating strips and door‑window‑aperture aerogel sealing gaskets are adopted to fulfill ultra‑low‑energy building standards.

Existing‑Building Retrofit

Existing‑Building Retrofit

Targeting space‑restraint pain points in renovation projects, ultra‑thin aerogel insulation panels, aerogel thermal‑insulation coatings and aerogel mortars are deployed. No demolition of original building structures is required, delivering easy installation with minimal space occupation.

Prefabricated Buildings

Prefabricated Buildings

Custom‑manufactured aerogel integrated insulation‑decor panels and joint‑specific aerogel sealing components enable service‑life consistency between insulation layers and building components, meeting industrialized construction requirements for prefabricated buildings.

Product Model Illustration Macro Particle Size Size Temperature Density TC Download
Product Model Illustration Appearance Stress resistance Tensile Content Fire‑Rating TC Download
Product Model Illustration Appearance Specifications Temperature Content Fire‑Rating TC Download

Industrial Thermal Insulation & Energy‑Saving

Accurately meet energy‑efficiency requirements of new national standards, satisfy long‑term service and extreme‑operating‑condition adaptation of industrial equipment, and deliver full‑scene customized solutions

Industry Background

China’s industry is now at a critical transition phase for energy‑efficiency improvement. Industries are shifting from extensive energy consumption to refined energy management. Constrained by inherent material properties, traditional thermal‑insulation materials such as rock wool, aluminum silicate and calcium silicate can hardly satisfy new national‑standard energy‑efficiency requirements, long‑term service demands of industrial equipment and weather‑resistance requirements under extreme working conditions.

Industry Pain Points

Severe Heat Loss at High Temperatures

Traditional rock wool, aluminum silicate, calcium silicate and other materials feature high thermal conductivity and rapid performance degradation under high temperature. Heat loss from high‑temperature industrial facilities keeps rising, putting enterprises under dual pressure from total‑energy‑consumption control and cost inflation.

Prominent Safety Hazards

Conventional insulation materials show poor hydrophobicity and are prone to moisture absorption, creating a vicious cycle of “moisture penetration‑material corrosion‑insulation failure‑rising energy consumption”. This may trigger safety incidents and unplanned shutdowns over long‑term operation.

High Full‑Life‑Cycle Costs

Under operating conditions, traditional insulation materials suffer pulverization, settlement and collapse within only 3‑5 years, leading to insulation failure. Their service life is severely mismatched with the design life of industrial equipment, resulting in persistent high repair‑and‑replacement costs.

Barriers to Delivering Dual‑Carbon Goals

Limited energy‑saving performance of conventional materials cannot cut fuel consumption and carbon emissions at the source of industrial production, making it hard for enterprises to fulfill core requirements for green‑and‑low‑carbon industrial transformation.

Industrial Energy Management Solutions

For full‑temperature‑range energy‑management requirements across industrial scenarios, Jiayun New Materials provides one‑stop industrial energy‑management solutions covering “pre‑project energy‑consumption diagnosis, customized energy‑saving design, scenario‑specific material matching, on‑site construction support and post‑operation review”. Our solutions cover a broad temperature spectrum ranging from low‑temperature cold retention to high‑temperature energy conservation, supporting enterprises in achieving Dual‑Carbon targets and completing green transition.

High‑efficiency Energy Saving & Maximized Product Value

Proven technical system adopted by over 800 enterprises, translating performance potential into business growth

Break Low‑Energy‑Efficiency Bottlenecks for Maximum Energy‑Saving & Cost Reduction

Leveraging the ultra‑low thermal conductivity of aerogel materials to drastically reduce linear heat loss. Help enterprises quickly reach industrial benchmark energy‑efficiency levels and comply with total‑energy‑consumption control policies.

Enable Long‑Term Reliability & Mitigate Corrosion Risks

Long‑lasting hydrophobicity fundamentally prevents equipment corrosion, insulation‑performance degradation and energy waste induced by moisture ingress, greatly extending the service life of insulation systems.

Optimize Full‑Lifecycle Cost with Superior Long‑Term Weather Resistance

Outstanding compressive‑tensile performance, vibration resistance and anti‑pulverization properties match the design service life of industrial equipment. Avoid shutdown losses, material expenses and construction costs caused by frequent replacement.

Efficient Construction & Maintenance for Diverse Operating Conditions

Custom‑formulated products including blankets, boards, coatings and profiled components are flexible and easy‑to‑cut. Perfectly suited for elbows, flanges, valves, irregular‑shaped equipment and confined spaces; only partial disassembly is needed for later‑stage maintenance.

Redefining Industrial Experience for Advanced‑Material Sector

Custom solution design & aerogel‑based products

High‑Temperature Piping & Equipment Energy‑Saving System

High‑Temperature Piping & Equipment Energy‑Saving System

Custom composite‑insulation solutions for steam pipelines, boilers, kilns and other facilities in petrochemical, metallurgy, thermal‑power and other industries to cut energy losses.

Low‑ & Cryogenic‑Temperature Equipment Cold‑Retention System

Low‑ & Cryogenic‑Temperature Equipment Cold‑Retention System

Aerogel cold‑retention blankets are deployed for LNG, marine vessels and cold‑chain warehousing to resolve pain points of conventional cold‑insulation materials such as cold loss, condensation, frost heave and cracking.

Integrated Insulation System for Special Working Conditions

Integrated Insulation System for Special Working Conditions

Pre‑fabricated integrated aerogel composite components are adopted for complex operating‑scenarios including corrosive chemical environments, cyclic high‑low‑temperature shifts and equipment installed within confined spaces.

Product Model Illustration Thickness Size Temperature Density TC Download
Product Model Illustration Appearance Temperature Content Fire Rating TC Download

Future Cutting‑edge Applications

Featuring exceptional thermal insulation, ultra‑lightweight properties, wide‑temperature‑range adaptability and structural stability, aerogel has become a critical foundational material for high‑end frontier sectors

Industry Background

Our country's cutting-edge technology industry has entered a period of accelerated breakthroughs. In strategic emerging fields such as aerospace, special equipment, and high-end medical technology, the extreme performance requirements for materials are constantly being surpassed. Aerogel, with its core characteristics such as extreme insulation, ultra-lightweight, wide temperature range adaptability, and stable structure, has become a key foundational material in the forefront of the industry.

Industry Pain Points

Inadequate Performance Under Extreme Operating Conditions

Frontier industries face extreme working conditions including ultra‑cryogenic / ultra‑high‑temperature swings, ultra‑high vacuum, deep‑sea high pressure, intense radiation and severe corrosion. Most conventional materials have reached their performance limits and fail to meet operational requirements in harsh environments.

Light‑Weighting Requirement Alongside High Performance

Aerospace, deep‑sea equipment and special‑defense applications impose stringent weight constraints for hardware. Conventional materials demand several‑fold thickness to achieve target insulation performance, substantially increasing equipment weight, occupying payload space and restricting performance improvement as well as endurance capacity.

Mandate for Long‑term High Reliability

Deep‑space exploration and deep‑sea systems require materials to sustain stable performance over years or even decades under extreme conditions. Traditional materials suffer pulverization, settlement, cracking and performance degradation, unable to satisfy high‑reliability and maintenance‑free long‑duration operation.

Precision Non‑standard Customization Needs

Most frontier‑technology projects require customized, low‑volume and high‑precision materials. Mass‑standardized production from conventional material suppliers cannot rapidly respond to personalized R&D demands and keep pace with fast‑paced iteration of cutting‑edge technologies.

Future Cutting‑edge Technology Applications

Leveraging national‑level R&D platforms and industry‑university‑research collaborative innovation ecosystem, Jiayun New Materials delivers end‑to‑end one‑stop services covering material selection, formulation development, structural design, simulation verification, prototype trial‑manufacturing and scaled‑up production, addressing requirements for extreme‑condition resistance, high reliability and personalized customization for frontier industries. The company has built joint‑innovation laboratories with top‑tier domestic research institutes and leading enterprises to empower high‑quality development of future‑oriented industries.

High‑efficiency Energy Saving & Maximized Product Value

Proven technical system adopted by over 800 enterprises, translating performance potential into business growth

Break High‑low Temperature Limits & Adapt to Diverse Conditions

Our self‑developed aerogel material system covers full temperature spectrum and helps resolve thermal‑protection challenges under extreme environments.

Ultra‑lightweight Design & Unlock Performance Potential

At equivalent insulation performance, aerogel drastically reduces the weight of thermal‑insulation layers and frees‑up design margin for equipment.

Stable Long‑term Performance & Guarantee Reliable Operation

Built‑on nano‑porous 3D cross‑linked structure, it delivers excellent anti‑aging and weather‑resistant properties and greatly cuts downstream operation‑and‑maintenance costs.

Full‑chain Custom R&D & Fast Iteration Support

For personalized requirements from frontier industries, we rapidly accomplish formula adjustment, structural design, sample fabrication and performance validation.

Redefining Industrial Experience for Advanced‑Material Sector

Custom solution design & aerogel‑based products

Aerospace & Deep‑space Exploration

Aerospace & Deep‑space Exploration

Custom aerospace‑grade aerogel thermal‑insulation materials for extreme‑condition scenarios including thermal‑protection systems, cryogenic‑storage tank cold retention, lander thermal buffer and precision thermal control for on‑orbit payloads.

Deep‑sea & Polar‑region Equipment

Deep‑sea & Polar‑region Equipment

Pressure‑resistant custom aerogel composite solutions for high‑pressure, high‑corrosion and cryogenic environments of deep‑sea manned submersibles, subsea production systems, polar‑scientific‑research hardware and deep‑sea oil‑gas pipelines, enabling reliable deep‑sea operations.

Special‑purpose Equipment & Advanced Manufacturing

Special‑purpose Equipment & Advanced Manufacturing

Multi‑functional integrated aerogel materials are tailored for lightweight thermal‑insulation needs of defense‑grade special hardware, high‑end smart‑manufacturing machinery and laser equipment, overcoming functional limitations of traditional materials.

Product Model Illustration Thickness Size Temperature Density TC Download
Product Model Illustration Thickness Size Temperature Color Density TC Download