Application
Buyers across oil & gas, EV manufacturing, construction, and industrial heating are searching for an aerogel insulation material for the same underlying reason, even though their industries look nothing alike: they need to control heat inside a footprint that keeps shrinking, under fire and energy regulations that keep tightening. A pipeline engineer worried about heat loss on an offshore platform and a battery pack designer worried about thermal runaway are solving the same equation — how much thermal performance can be packed into the least possible thickness and weight.
Three pressures are driving adoption of aerogel insulation material regardless of sector:
Space is disappearing from every design. Wall assemblies in construction, battery pack cavities in EVs, and equipment enclosures in electronics have all gotten thinner while performance requirements went up — conventional insulation (mineral wool, foam, EPS) simply doesn't fit anymore at the thickness required.
Fire and safety regulation is converging across sectors. Building codes now push for Class A/non-combustible envelope materials, EV battery standards increasingly require thermal-runaway containment between cells, and industrial facilities face stricter passive fire protection requirements — all of which favor an inorganic, non-combustible aerogel thermal insulation layer over organic alternatives.
Energy efficiency mandates are no longer optional. From China's building energy codes to district heating network loss targets, procurement teams are increasingly required to document thermal performance, not just claim it — which is why compliance documentation matters as much as the material spec itself.
Oil & Gas Industry — high-temperature aerogel insulation blanket for steam pipelines and heavy oil exploration at 350-400°C medium temperatures, where moisture resistance and thermal stability under continuous operation matter more than anything else.
New Energy Cars and Batteries — thermal barriers engineered to contain thermal runaway before it propagates cell-to-cell, addressing the self-ignition and impact-fire risk that's become a safety-certification issue across the EV supply chain.
Transportation Area — lightweight insulation for rail transit vehicles, where reducing body weight directly improves energy efficiency without compromising passenger safety or comfort.
Building Construction — exterior wall and envelope insulation sized for China's 1.7-1.8 billion square meters of annual new construction, where fixed wall thickness and tightening energy codes rule out conventional board insulation. See a full project breakdown in our building insulation case study.
City Heating System — pipeline network insulation for centralized steam and hot water distribution, where minimizing heat loss over long distribution runs is a direct energy-cost line item.
Solar Thermal System — insulation for molten-salt and heating-oil heat storage mediums in solar thermal power generation, where thermal loss directly reduces plant efficiency.
Equipment and OEM Services — ultra-thin insulation down to 0.5mm for electrical and electronic equipment facing the same narrow-space problem as the industries above, just at a smaller scale.
Because aerogel insulation material ships in several physical forms, the product decision usually comes before the industry-specific spec conversation:
Aerogel Blanket — flexible rolls for pipe, equipment, and wall applications; this is the standard form for oil & gas, city heating, and building construction
Aerogel Sheet — thinner, more rigid format for battery cell barriers and space-constrained electronics
Aerogel Fabric — flexible textile form for wearable and apparel-adjacent thermal applications
Aerogel Powder & Particle — for coatings, plasters, and composite formulations rather than standalone insulation layers
Aerogel Removable Insulation Covers — fitted jackets for valves, flanges, and equipment requiring periodic maintenance access
Aerogel Coating — applied thermal barrier for surfaces where a blanket or sheet isn't practical to install
Nano Tech has manufactured silica aerogel and its composites since 2004, and was the lead organization drafting China's national standard for reinforced nanoporous aerogel insulation products — so every nano-porous insulation materialbatch we produce is tested against the same benchmark your compliance team will ask about. With an in-house R&D team, 28 invention patents, and 8,000,000 square meters of annual production capacity, we support buyers ranging from single-project procurement to multi-year, multi-site supply agreements, with export documentation and factory-direct pricing built into the process rather than handled through a trading intermediary.
Whatever industry you're sourcing for, the underlying question is usually the same: how much thermal performance can fit into how little space, at what compliance level. Our technical team can walk through the right high-performance insulation material and format for your specific project.Contact us for a technical consultation on your application
Aerogel insulation blanket is mainly applied to heavy oil exploration via high temperature steam pipelines, the medium temperature is 350 to 400.
Recent years, more and more new energy cars have been used as urban transportation tools. However, safety accidents of self-ignition and impact fire happened frequently.
Rail transit vehicles provide passengers with a faster, safer, more comfortable and better travel experience. Nano Tech. provides frontier technology solutions to help the vehicle manufacturers achieve the goals of reducing body weight
China is a big developing country with the big building market, the area of newly built houses reaches 1.7-1.8 billion square meters every year, which is more than the total area of that of all developed countries.
Centralized heating refers to the steam and hot water generated from the central heat source, which supply the heat needed for producing, heating and living in a city (town) or part of a region via the pipeline network.
Solar thermal power generation is an important aspect of solar thermal utilization. This technology uses collectors to collect the solar radiation heat through the heat storage medium (molten salt and heating oil)
After years of development, electrical and electronic products pursue thinner and more energy-saving goals. The thinnest product we can produce is 0.5mm, which can help our customers solve the homogenizing problem in narrow space.
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