Aerogel Insulation home

AG06 650 | एयरजेल इंसुलेशन 

उच्च प्रदर्शन | कम लागत | दीर्घ काल तक रहना

वेज AG06 650 कम घनत्व, कम मोटाई, लचीले वाणिज्यिक ग्रेड Airgel Blanket हैं जिनमें अत्यधिक उच्च प्रदर्शन है  औद्योगिक और भवन अनुप्रयोगों दोनों में पाइप इन्सुलेशन में। AG06 650 airgel इन्सुलेशन कंबल उच्च गुणवत्ता के बने होते हैं  सिलिका एयरजेल और ग्लास फाइबर नीडल कंबल।


विशेषताएं और लाभ

• हल्के, पतले, कस्टम मेड और बहुत लचीले

• गैर-दहनशील और पर्यावरण के अनुकूल

• अधिकांश रसायनों के लिए प्रतिरोधी

• सुपीरियर इंसुलेशन प्रदर्शन

• पारंपरिक इन्सुलेशन से 4 से 5 गुना बेहतर

लंबे समय तक सेवा जीवन वाले उत्पाद

• कम इन्सुलेशन मोटाई

• हाइड्रोफोबिसिटी और फायर-प्रूफ

• पानी को पाइप में घुसने से रोकना

• अग्निरोधक की A1 रेटिंग

• परिवहन लागत बचत

• कम पैकिंग मात्रा और कम वजन कर सकते हैं

रसद लागत में बहुत कटौती


• गर्म पानी / गैस / तेल पाइपलाइन

• उच्च ताप भाप पाइपलाइन

• पेट्रोकेमिकल उद्योग और बिजली उत्पादन

• आग रोक लाइन वाले पाइपों में बैक-अप इंसुलेशन

• एग्ज़हॉस्ट सिस्टम

• गद्दे, कैसेट, हीट शील्ड के लिए भराव सामग्री,

जोड़ों का विस्तार

• इन्सुलेशन के साथ पूर्वनिर्मित पाइप

• टैंक, जहाज और अन्य उपकरण

• पेट्रोकेमिकल संयंत्रों में पाइप लाइन इन्सुलेशन

• ऑटोमोबाइल, हाई-स्पीड, ट्रेन और सबवे

• भवन और निर्माण

• पीएफपी (निष्क्रिय अग्नि सुरक्षा)

Aerogel Insulation
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Features and Benefits

  • Lightweight, thin, custom made & very flexible

  • Water 💦 Repellent 100% Hydrophobic

  • Thinnest possible insulation after vacuum.

  • Delivers better performance with lower weight

  • Aerogels lower thermal conductivity (0.015 W/m. K)

  • The conduction through aerogels is made minimal.

  • Better insulation than still air

  • Better insulation than Rockwool, EPS, PUF, PIR

  • Superior Thermal Performance

  • Up to five times better high-thermal performance

  • Less Time and Labour cost to Install

  • Reusable lower maintenance cost

  • Shipping and Warehousing Savings

  • A1 Fireproof and Waterproof, 99% Hydrophobicity

  • Environmentally Safe, Longer Service Life

  • Sound Insulation and Shock Absorption

  • Wide working temperature range -50 to 650 Degree C.

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  • Hot Water / Gas / Oil Pipeline

  • High heat Steam Pipeline

  • EV Lithium Ion Battery Insulation

  • Petrochemical industry & power generation

  • Back-up insulation in refractory lined pipes

  • Exhaust systems

  • Filler material for mattresses, cassettes, heat shields, expansion joints

  • Prefabricated pipe with insulation

  • Tanks, vessels and other equipment

  • Pipe line insulation in Petrochemical plants

  • Automobile, high-speed, train, and subway

  • Building and Construction

  • PFP (Passive Fire Protection)

Technical Specification of Wedge Aerogel

Quality        : WAG650-3
Thickness, mm        : 3 - 20 mm
Length, m       : 38
Width, mm        : 1500
Colour        : White
Density    kg/m3    : 220
Classification Temperature    ºC   :  -50 to 650
Shor term Temperature Resistance more than 5 minutes    ºC    : 1200
Compression Strength at 10%    KPa    : 100
Non combustibility test
Classification, Fire Proofing        : A1
Tensile Strength    KPa    1400
Thermal conductivity at 25°C    W/m.K    0.018
Thermal conductivity at 200°C    W/m.K    0.028
Thermal conductivity at 300°C    W/m.K    0.036
Thermal conductivity at 400°C    W/m.K    0.047
Thermal conductivity at 500°C    W/m.K    0.068
Hydrophobicity    %    99
Coverings        :Aluminium Foil, E-Glass Cloth, Ceramic Paper, Mica, Millboard, Steel

For more details Download Technical Data Sheet
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Aerogel Comparison with other insulation

In comparison with other insulation materials such as Rockwool it gives 4 to 5 times higher performance. 

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50% Heat Loss Reduction
30% Temperature Reduction

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What are end Uses of Aerogel insulation?

The main applications are in oil & gas, construction, transportation, performance coating, day-lightning, and LVHS. The blanket form is the largest segment of the aerogel market. It was the first form of commercial aerogel for various applications. The blanket material has a clear value proposition, as it is super insulating and two to three times better than particle material in terms of thermal properties. Blanket materials are used for a broad range of applications, such as oil & gas, construction, automotive, and marine and aerospace, as these can be cut and modified as per specific requirements due to their flexible physical structure.


  • Pipeline Insulation

  • Industrial cryogenics thermal barriers

  • Lithium ion batteries insulation in EVs

  • Interior insulation solutions for building retrofit

  • Thin facade insulation for the renovation

  • Building roof Insulation

  • Door Insulation

  • Fire Safety clothing and Apparel

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What are key market trends in Aerogel Insulation Industry?

Silica aerogel is one of the most common types of aerogel, and the most extensively used one. Currently, silica aerogel is commercially obtained using silica gel, or by using a modified process.

Upon exposure to an open environment, the silica content in silica aerogel solidifies into the three-dimensional structure and makes up about 3% of the volume. The remaining 97% of the volume is completely composed of air in extremely small nano porous. Hence, due to the presence of only 3% of solid content, conduction through the silica aerogel is extremely low. Silica aerogels also have a high optical transmission of about 99% and a low refractive index.​

Silica aerogel has low density, low thermal conductivity, low sound speed, low refractive index, and high transparency, which makes it suitable to be used for super-capacitors, water deionisers, sensors for gas detection, pollution filters, dielectric integrated circuits, absorbents, catalysis, matching layers for acoustical transducers, sound insulation, kinetic energy absorbers, sound insulation, impact protection, nuclear particle detectors, and many more.​


The use of silica aerogel is gaining significant attention from the aerospace industry in recent years, due to its exceptional insulation properties and lightweight nature.


In the oil and gas industry, it is widely used in insulation packs for oil and gas subsea pipelines. In the construction industry, its application can be found in architectural panels, glass units, and tensile roofing systems, among other applications.​