*Ranking is not in any particular order.
Aerogel insulation blankets are used in industrial systems where insulation thickness, temperature resistance, and installation space need to be considered together. Unlike rigid insulation boards, flexible aerogel blankets can be cut, wrapped, and fitted around pipelines, tanks, vessels, valves, and other irregular surfaces.
When comparing suppliers, buyers usually need to look beyond a general thermal conductivity figure. Service temperature, blanket thickness, density, reinforcement fiber, hydrophobic treatment, facing material, roll dimensions, production capacity, and customization options can all affect whether a product fits a specific project.
Runfew New Material
Runfew New Material, operated by Zhejiang Runhui New Materials Co., Ltd., focuses on the research, development, and manufacturing of aerogel insulation materials. Its product range includes aerogel insulation blankets, panels, fabrics, powders, coatings, and special-shaped insulation components.
Aerogel Blanket Product Range
Runfew offers several aerogel blanket structures, including fiberglass aerogel blankets, ceramic fiber aerogel blankets, and pre-oxidized PAN fiber aerogel products. Different fiber reinforcements allow the insulation material to be matched with different temperature and installation conditions.
The fiberglass aerogel blanket combines silica aerogel with fiberglass reinforcement. Its flexible structure allows the material to be cut and wrapped around pipelines, vessels, tanks, heat-transfer equipment, and other curved surfaces.
For its industrial aerogel insulation systems, Runfew lists thermal conductivity as low as 0.015 W/(m·K). Its published product information also covers different temperature grades and structures for industrial, cryogenic, and high-temperature applications.
Manufacturing and Customization
Runfew operates its own aerogel material manufacturing system and provides customized product configurations for industrial customers. Depending on the project, buyers can specify thickness, facing material, roll dimensions, laminated structures, coatings, and packaging.
Its aerogel blanket products are available in flexible formats that can be cut and wrapped during installation. For projects with unusual pipe diameters, equipment shapes, or limited installation space, customized dimensions can be discussed before production.
Typical Applications
Runfew aerogel blankets are used for industrial pipelines, petrochemical equipment, LNG and cryogenic systems, heat-transfer equipment, energy-storage systems, and building insulation.
Its published industrial case studies include steam pipeline insulation, LNG cryogenic insulation, refinery thermal insulation, and industrial equipment insulation. One steam pipeline project listed an operating temperature of 445°C and thermal conductivity of 0.015 W/(m·K).
For higher-temperature equipment, ceramic fiber or other high-temperature reinforcement structures can be selected according to the operating conditions. For cryogenic applications, vapor barriers, moisture protection, joints, and external cladding also need to be considered during installation.
Guangdong Alison Technology
Guangdong Alison Technology is a Chinese aerogel manufacturer with a product portfolio covering aerogel materials, blankets, and panels. Its insulation products are used in industrial pipelines, petrochemical equipment, heat-transfer networks, kilns, construction, transportation, and new-energy applications.
Its aerogel blanket products include flexible insulation structures designed for both high- and low-temperature environments. Published specifications include flexible construction, low thermal conductivity, hydrophobic options, and service temperatures covering cryogenic applications.
For procurement, buyers can compare blanket specifications according to thickness, density, thermal conductivity, temperature range, and available product formats.
Aerogel Core
Aerogel Core is a UK-based aerogel technology company involved in the development and supply of aerogel materials and insulation products. Its portfolio covers silica aerogel-based thermal insulation for industrial and energy-related applications.
The company is relevant for buyers looking at aerogel technology developed for demanding thermal environments. For blanket procurement, specifications such as reinforcement, thickness, operating temperature, and available dimensions should be confirmed according to the project.
Thermablok
Thermablok is known for aerogel-based thermal insulation products used in building and construction applications. Its products are designed around the need to reduce thermal transfer in areas where conventional insulation cannot easily provide the required thermal break.
Its product range is more focused on building components and thermal bridging than large industrial pipeline insulation. It can therefore be considered when the purchasing requirement involves thin aerogel insulation for walls, framing systems, windows, or other building details.
Aspen Systems
Aspen Systems is an aerogel technology company involved in the development and manufacture of aerogel materials and related products. Its background includes aerogel research, material processing, and specialty insulation applications.
For buyers comparing aerogel suppliers, Aspen Systems represents a materials-focused option rather than a conventional insulation contractor. Product availability, blanket structure, thickness, and current production capability should be confirmed directly for commercial orders.
Aerogel Technologies, LLC
Aerogel Technologies develops and manufactures aerogel materials in different forms, including monolithic and particulate structures. The company works with silica and other aerogel materials for applications involving thermal insulation and specialty material performance.
Its broader aerogel material portfolio makes it relevant to buyers seeking specialized aerogel solutions rather than only standard industrial blankets. For blanket projects, buyers should confirm the exact composite construction and commercial supply format.
BASF
BASF is a major global chemical and materials manufacturer with a broad portfolio covering insulation, specialty chemicals, and advanced materials. Its position in the insulation market is broader than that of dedicated aerogel blanket manufacturers.
For procurement teams, BASF is relevant when aerogel or advanced insulation materials are being evaluated alongside other chemical-based insulation technologies. The exact product configuration and availability should be checked according to the application rather than assuming that all BASF insulation materials are aerogel blankets.
Wacker Chemie
Wacker Chemie is a German chemical company with expertise in silicones, polymers, and specialty materials. Its materials are used across construction, industrial, and energy-related applications.
Although it is not positioned solely as an aerogel blanket producer, its silicone and specialty-material technologies are relevant to thermal-management systems. Buyers looking for aerogel blanket products should verify the specific material format, reinforcement structure, and commercial availability before including it in a blanket-focused RFQ.
Evonik
Evonik develops specialty chemicals and advanced materials used in industrial, construction, and energy applications. The company has a long-standing position in silica-based materials and has been associated with aerogel-related material development.
Its role in the market is different from a manufacturer focused entirely on finished insulation blankets. For buyers evaluating aerogel raw materials, specialty silica, or downstream insulation technologies, Evonik can be included in the supplier comparison.
Aspen Aerogels Europe
Aspen Aerogels' European operations support aerogel insulation products for industrial and energy markets. Its product portfolio covers flexible aerogel blankets designed for high-temperature, cryogenic, and thermal-management applications.
The company is relevant to projects involving industrial pipelines, process equipment, energy infrastructure, and other systems where thin flexible insulation is required. Buyers should match the specific blanket grade with the operating temperature and installation environment.
Key Specifications to Check Before Ordering
Aerogel blankets from different manufacturers are not automatically interchangeable. A quick technical comparison can help narrow the supplier list before sampling.
| Specification | What to Check | Why It Matters |
|---|---|---|
| Thermal Conductivity | W/(m·K) and test temperature | Indicates heat-transfer performance |
| Service Temperature | Continuous and maximum temperature | Determines suitable product structure |
| Thickness | Available and custom thickness | Affects insulation space |
| Density | kg/m³ | Influences weight and material structure |
| Reinforcement | Fiberglass, ceramic fiber, PAN fiber, etc. | Affects flexibility and temperature range |
| Hydrophobicity | Water absorption / moisture resistance | Important for outdoor and cryogenic use |
| Facing | Foil, fiberglass, aramid, or other layers | Affects handling and surface protection |
| Roll Size | Width × length | Determines cutting and installation requirements |
| Documentation | TDS, SDS, test reports | Supports technical approval |
For large orders, buyers should also confirm MOQ, production capacity, lead time, sample approval, OEM options, and packaging requirements before finalizing the supplier.
Why Aerogel Blanket Specifications Matter
The main advantage of an aerogel blanket is not simply its low thermal conductivity. In many industrial projects, the ability to achieve the required insulation level within a limited thickness is equally important.
For example, a pipeline located in a narrow equipment area may require a flexible blanket that can be wrapped around fittings without significantly increasing the overall diameter. A cryogenic system may require a different construction because moisture and vapor penetration can affect insulation performance. High-temperature equipment may require ceramic fiber or another reinforcement rather than a standard fiberglass structure.
This is why suppliers should be compared according to the actual operating conditions instead of using one general specification as the deciding factor.